3900 series base station performance counter reference(v4r6c08) 3

Airbridge 3900 Series CDMA Base StationV400R006C08

Performance Counter Reference

Issue 02

Date 2010-06-18

HUAWEI TECHNOLOGIES CO., LTD.

Copyright © Huawei Technologies Co., Ltd. 2010. All rights reserved.No part of this document may be reproduced or transmitted in any form or by any means without prior writtenconsent of Huawei Technologies Co., Ltd. Trademarks and Permissions

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.All other trademarks and trade names mentioned in this document are the property of their respective holders. NoticeThe purchased products, services and features are stipulated by the contract made between Huawei and thecustomer. All or part of the products, services and features described in this document may not be within thepurchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information,and recommendations in this document are provided "AS IS" without warranties, guarantees or representationsof any kind, either express or implied.

The information in this document is subject to change without notice. Every effort has been made in thepreparation of this document to ensure accuracy of the contents, but all statements, information, andrecommendations in this document do not constitute the warranty of any kind, express or implied.

Huawei Technologies Co., Ltd.Address: Huawei Industrial Base

Bantian, LonggangShenzhen 518129People's Republic of China

Website: http://www.huawei.com

Email: [email protected]

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http://www.huawei.com

mailto:[email protected]

About This Document

PurposeDescribes the measurement methods, and the measurement points of the BTS performancemeasurement.

Product VersionThe following table lists the product versions related to this document.

Product Name Version

3900 Series BaseStation

V400R006C08

Intended AudienceThis document is intended for:

l Network planning engineer

l System engineer

Update HistoryVersion Change History

02 (2010-06-18) The modifications in this version are asfollows:l Product version update.

01 (2010-03-15) This is the initial release of theV400R006C08.

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Organization1 FCH Performance Measurement

2 SCH Performance Measurement

3 1X Traffic Model Performance Measurement

4 DO Traffic Model Performance Measurement

5 PCH Performance Measurement

6 ACH Performance Measurement

7 FCCCH Performance Measurement

8 EACH Performance Measurement

9 DO Services Performance Measurement

10 RSSI Performance Measurement

11 DO CCH Performance Measurement

12 DO ACH Performance Measurement

13 DOA RTCH Performance Measurement

14 CE Res Performance Measurement

15 BTS3900 CDMA Channel Element Performance Measurement

16 BTS3900 CDMA CE License Performance Measurement

17 BTS3900 CDMA Abis Link Resource Performance Measurement

18 BTS3900 CDMA Abis Link Congestion Performance Measurement

19 BTS3900 CDMA Abis Link Quality Performance Measurement

20 BTS3900 CDMA Board CPU Occupancy Performance Measurement

21 BTS3900 CDMA TRM Transmitter Power Performance Measurement

ConventionsSymbol Conventions

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The symbols that may be found in this document are defined as follows.

Symbol Description

Indicates a hazard with a high level of risk, which if notavoided,will result in death or serious injury.

Indicates a hazard with a medium or low level of risk, whichif not avoided, could result in minor or moderate injury.

Indicates a potentially hazardous situation, which if notavoided,could result in equipment damage, data loss,performance degradation, or unexpected results.

Indicates a tip that may help you solve a problem or savetime.

Provides additional information to emphasize or supplementimportant points of the main text.

General Conventions

The general conventions that may be found in this document are defined as follows.

Convention Description

Times New Roman Normal paragraphs are in Times New Roman.

Boldface Names of files, directories, folders, and users are inboldface. For example, log in as user root.

Italic Book titles are in italics.

Courier New Examples of information displayed on the screen are inCourier New.

Command Conventions

The command conventions that may be found in this document are defined as follows.


Boldface The keywords of a command line are in boldface.

Italic Command arguments are in italics.

[ ] Items (keywords or arguments) in brackets [ ] are optional.

{ x | y | ... } Optional items are grouped in braces and separated byvertical bars. One item is selected.



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[ x | y | ... ] Optional items are grouped in brackets and separated byvertical bars. One item is selected or no item is selected.

{ x | y | ... }* Optional items are grouped in braces and separated byvertical bars. A minimum of one item or a maximum of allitems can be selected.

[ x | y | ... ]* Optional items are grouped in brackets and separated byvertical bars. Several items or no item can be selected.

GUI Conventions

The GUI conventions that may be found in this document are defined as follows.


Boldface Buttons, menus, parameters, tabs, window, and dialog titlesare in boldface. For example, click OK.

> Multi-level menus are in boldface and separated by the ">"signs. For example, choose File > Create > Folder.

Keyboard Operations

The keyboard operations that may be found in this document are defined as follows.

Format Description

Key Press the key. For example, press Enter and press Tab.

Key 1+Key 2 Press the keys concurrently. For example, pressing Ctrl+Alt+A means the three keys should be pressed concurrently.

Key 1, Key 2 Press the keys in turn. For example, pressing Alt, A meansthe two keys should be pressed in turn.

Mouse Operations

The mouse operations that may be found in this document are defined as follows.

Action Description

Click Select and release the primary mouse button without movingthe pointer.

Double-click Press the primary mouse button twice continuously andquickly without moving the pointer.

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Action Description

Drag Press and hold the primary mouse button and move thepointer to a certain position.



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Contents

About This Document...................................................................................................................iii

1 FCH Performance Measurement.............................................................................................1-11.1 FCH Seizure Duration Performance Stat........................................................................................................1-2

1.1.1 FCH Soft Handoff Branch Traffic [s]....................................................................................................1-21.1.2 FCH Softer Handoff Branch Traffic [s].................................................................................................1-21.1.3 FCH Soft-Softer Handoff Branch Traffic [s].........................................................................................1-3

1.2 FCH FER Performance Stat............................................................................................................................1-31.2.1 FCH Single Branch Average FER [0.10%]........................................................................................... 1-41.2.2 FCH Single Branch Max FER [0.10%]..................................................................................................1-41.2.3 FCH Soft Handoff Branch Average FER [0.10%].................................................................................1-51.2.4 FCH Softer Handoff Branch Average FER [0.10%]..............................................................................1-51.2.5 FCH Softer Handoff Branch Max FER [0.10%]....................................................................................1-61.2.6 FCH Soft-Softer Handoff Branch Average FER [0.10%]......................................................................1-7

1.3 FCH Eb/Nt Performance Stat..........................................................................................................................1-71.3.1 FCH Single Branch Average Eb/Nt [0.125 dB].....................................................................................1-81.3.2 FCH Single Branch Max Eb/Nt [0.125 dB]...........................................................................................1-81.3.3 FCH Single Branch Min Eb/Nt [0.125 dB]............................................................................................1-91.3.4 FCH Soft Handoff Branch Average Eb/Nt [0.125 dB]..........................................................................1-91.3.5 FCH Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................1-101.3.6 FCH Softer Handoff Branch Max Eb/Nt [0.125 dB]...........................................................................1-101.3.7 FCH Softer Handoff Branch Min Eb/Nt [0.125 dB]............................................................................1-111.3.8 FCH Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].............................................................1-12

2 SCH Performance Measurement.............................................................................................2-12.1 SCH Seizure Duration Performance Stat........................................................................................................2-2

2.1.1 FSCH 1X Single Branch Traffic [s].......................................................................................................2-22.1.2 FSCH 1X Soft Handoff Branch Traffic [s]............................................................................................2-32.1.3 FSCH 1X Softer Handoff Branch Traffic [s].........................................................................................2-42.1.4 FSCH 1X Soft-Softer Handoff Branch Traffic [s].................................................................................2-42.1.5 RSCH 1X Traffic [s]..............................................................................................................................2-52.1.6 FSCH 2X Single Branch Traffic [s].......................................................................................................2-62.1.7 FSCH 2X Soft Handoff Branch Traffic [s]............................................................................................2-62.1.8 FSCH 2X Softer Handoff Branch Traffic [s].........................................................................................2-7

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2.1.9 FSCH 2X Soft-Softer Handoff Branch Traffic [s].................................................................................2-72.1.10 RSCH 2X Traffic [s]............................................................................................................................2-82.1.11 FSCH 4X Single Branch Traffic [s].....................................................................................................2-92.1.12 FSCH 4X Soft Handoff Branch Traffic [s]..........................................................................................2-92.1.13 FSCH 4X Softer Handoff Branch Traffic [s].....................................................................................2-102.1.14 FSCH 4X Soft-Softer Handoff Branch Traffic [s].............................................................................2-102.1.15 RSCH 4X Traffic [s]..........................................................................................................................2-112.1.16 FSCH 8X Single Branch Traffic [s]...................................................................................................2-122.1.17 FSCH 8X Soft Handoff Branch Traffic [s]........................................................................................2-122.1.18 FSCH 8X Softer Handoff Branch Traffic [s].....................................................................................2-132.1.19 FSCH 8X Soft-Softer Handoff Branch Traffic [s].............................................................................2-132.1.20 RSCH 8X Traffic [s]..........................................................................................................................2-142.1.21 FSCH 16X Single Branch Traffic [s].................................................................................................2-152.1.22 FSCH 16X Soft Handoff Branch Traffic [s]......................................................................................2-152.1.23 FSCH 16X Softer Handoff Branch Traffic [s]...................................................................................2-162.1.24 FSCH 16X Soft-Softer Handoff Branch Traffic [s]...........................................................................2-162.1.25 RSCH 16X Traffic [s]........................................................................................................................2-17

2.2 SCH FER Performance Stat..........................................................................................................................2-182.2.1 RSCH 1X Average FER [0.10%].........................................................................................................2-182.2.2 RSCH 1X Max FER [0.10%]...............................................................................................................2-192.2.3 RSCH 2X Average FER [0.10%].........................................................................................................2-192.2.4 RSCH 2X Max FER [0.10%]...............................................................................................................2-202.2.5 RSCH 4X Average FER [0.10%].........................................................................................................2-202.2.6 RSCH 4X Max FER [0.10%]...............................................................................................................2-212.2.7 RSCH 8X Average FER [0.10%].........................................................................................................2-222.2.8 RSCH 8X Max FER [0.10%]...............................................................................................................2-222.2.9 RSCH 16X Average FER [0.10%].......................................................................................................2-232.2.10 RSCH 16X Max FER [0.10%]...........................................................................................................2-23

3 1X Traffic Model Performance Measurement......................................................................3-13.1 1X Traffic Model Performance Stat................................................................................................................3-2

3.1.1 Max Ach One Way Delay......................................................................................................................3-53.1.2 Number of access messages in 1X ACH region (0 km <0 mi.> to 1 km <0.62 mi.>) [piece]...............3-53.1.3 Number of access messages in 1X ACH region (1 km <0.62 mi.> to 2 km <1.24 mi.>) [piece]..........3-63.1.4 Number of access messages in 1X ACH region (2 km <1.24 mi.> to 3 km <1.86 mi.>) [piece]..........3-73.1.5 Number of access messages in 1X ACH region (3 km <1.86 mi.> to 4 km <2.49 mi.>) [piece]..........3-73.1.6 Number of access messages in 1X ACH region (4 km <2.49 mi.> to 5 km <3.11 mi.>) [piece]..........3-83.1.7 Number of access messages in 1X ACH region (5 km <3.11 mi.> to 6 km <3.73 mi.>) [piece]..........3-83.1.8 Number of access messages in 1X ACH region (6 km <3.73 mi.> to 7 km <4.35 mi.>) [piece]..........3-93.1.9 Number of access messages in 1X ACH region (7 km <4.35 mi.> to 8 km <4.97 mi.>) [piece]........3-103.1.10 Number of access messages in 1X ACH region (8 km <4.97 mi.> to 9 km <5.59 mi.>) [piece]......3-103.1.11 Number of access messages in 1X ACH region (9 km <5.59 mi.> to 10 km <6.21 mi.>) [piece]....3-11

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3.1.12 Number of access messages in 1X ACH region (10 km <6.21 mi.> to 11 km <6.84 mi.>) [piece].......................................................................................................................................................................3-123.1.13 Number of access messages in 1X ACH region (11 km <6.84 mi.> to 12 km <7.46 mi.>) [piece].......................................................................................................................................................................3-123.1.14 Number of access messages in 1X ACH region (12 km <7.46 mi.> to 13 km <8.08 mi.>) [piece].......................................................................................................................................................................3-133.1.15 Number of access messages in 1X ACH region (13 km <8.08 mi.> to 14 km <8.70 mi.>) [piece].......................................................................................................................................................................3-133.1.16 Number of access messages in 1X ACH region (14 km <8.70 mi.> to 15 km <9.32 mi.>) [piece].......................................................................................................................................................................3-143.1.17 Number of access messages in 1X ACH region (15 km <9.32 mi.> to 16 km <9.94 mi.>) [piece].......................................................................................................................................................................3-153.1.18 Number of access messages in 1X ACH region (16 km <9.94 mi.> to 17 km <10.56 mi.>) [piece].......................................................................................................................................................................3-153.1.19 Number of access messages in 1X ACH region (17 km <10.56 mi.> to 18 km <11.19 mi.>) [piece].......................................................................................................................................................................3-163.1.20 Number of access messages in 1X ACH region (18 km <11.19 mi.> to 19 km <11.81 mi.>) [piece].......................................................................................................................................................................3-173.1.21 Number of access messages in 1X ACH region (19 km <11.81 mi.> to 20 km <12.43 mi.>) [piece].......................................................................................................................................................................3-173.1.22 Number of access messages in 1X ACH region (20 km <12.43 mi.> to 21 km <13.05 mi.>) [piece].......................................................................................................................................................................3-183.1.23 Number of access messages in 1X ACH region (21 km <13.05 mi.> to 22 km <13.67 mi.>) [piece].......................................................................................................................................................................3-183.1.24 Number of access messages in 1X ACH region (22 km <13.67 mi.> to 23 km <14.29 mi.>) [piece].......................................................................................................................................................................3-193.1.25 Number of access messages in 1X ACH region (23 km <14.29 mi.> to 24 km <14.91 mi.>) [piece].......................................................................................................................................................................3-203.1.26 Number of access messages in 1X ACH region (24 km <14.91 mi.> to 25 km <15.53 mi.>) [piece].......................................................................................................................................................................3-203.1.27 Number of access messages in 1X ACH region (25 km <15.53 mi.> to 26 km <16.16 mi.>) [piece].......................................................................................................................................................................3-213.1.28 Number of access messages in 1X ACH region (26 km <16.16 mi.> to 27 km <16.78 mi.>) [piece].......................................................................................................................................................................3-223.1.29 Number of access messages in 1X ACH region (27 km <16.78 mi.> to 28 km <17.40 mi.>) [piece].......................................................................................................................................................................3-223.1.30 Number of access messages in 1X ACH region (28 km <17.40 mi.> to 29 km <18.02 mi.>) [piece].......................................................................................................................................................................3-233.1.31 Number of access messages in 1X ACH region (29 km <18.02 mi.> to 30 km <18.64 mi.>) [piece].......................................................................................................................................................................3-233.1.32 Number of access messages in 1X ACH region (30 km <18.64 mi.> to 31 km <19.26 mi.>) [piece].......................................................................................................................................................................3-243.1.33 Number of access messages in 1X ACH region (31 km <19.26 mi.> to 32 km <19.88 mi.>) [piece].......................................................................................................................................................................3-253.1.34 Number of access messages in 1X ACH region (32 km <19.88 mi.> to 33 km <20.51 mi.>) [piece].......................................................................................................................................................................3-253.1.35 Number of access messages in 1X ACH region (33 km <20.51 mi.> to 34 km <21.13 mi.>) [piece].......................................................................................................................................................................3-26



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3.1.36 Number of access messages in 1X ACH region (34 km <21.13 mi.> to 35 km <21.75 mi.>) [piece].......................................................................................................................................................................3-273.1.37 Number of access messages in 1X ACH region (35 km <21.75 mi.> to 36 km <22.37 mi.>) [piece].......................................................................................................................................................................3-273.1.38 Number of access messages in 1X ACH region (36 km <22.37 mi.> to 37 km <22.99 mi.>) [piece].......................................................................................................................................................................3-283.1.39 Number of access messages in 1X ACH region (37 km <22.99 mi.> to 38 km <23.61 mi.>) [piece].......................................................................................................................................................................3-283.1.40 Number of access messages in 1X ACH region (38 km <23.61 mi.> to 39 km <24.23 mi.>) [piece].......................................................................................................................................................................3-293.1.41 Number of access messages in 1X ACH region (39 km <24.23 mi.> to 40 km <24.86 mi.>) [piece].......................................................................................................................................................................3-303.1.42 Number of access messages in 1X ACH region (40 km <24.86 mi.> to 41 km <25.48 mi.>) [piece].......................................................................................................................................................................3-303.1.43 Number of access messages in 1X ACH region (41 km <25.48 mi.> to 42 km <26.10 mi.>) [piece].......................................................................................................................................................................3-313.1.44 Number of access messages in 1X ACH region (42 km <26.10 mi.> to 43 km <26.72 mi.>) [piece].......................................................................................................................................................................3-323.1.45 Number of access messages in 1X ACH region (43 km <26.72 mi.> to 44 km <27.34 mi.>) [piece].......................................................................................................................................................................3-323.1.46 Number of access messages in 1X ACH region (44 km <27.34 mi.> to 45 km <27.96 mi.>) [piece].......................................................................................................................................................................3-333.1.47 Number of access messages in 1X ACH region (45 km <27.96 mi.> to 46 km <28.58 mi.>) [piece].......................................................................................................................................................................3-333.1.48 Number of access messages in 1X ACH region (46 km <28.58 mi.> to 47 km <29.21 mi.>) [piece].......................................................................................................................................................................3-343.1.49 Number of access messages in 1X ACH region (47 km <29.21 mi.> to 48 km <29.83 mi.>) [piece].......................................................................................................................................................................3-353.1.50 Number of access messages in 1X ACH region (48 km <29.83 mi.> to 49 km <30.45 mi.>) [piece].......................................................................................................................................................................3-353.1.51 Number of access messages in 1X ACH region (49 km <30.45 mi.> to 50 km <31.07 mi.>) [piece].......................................................................................................................................................................3-363.1.52 Number of access messages in 1X ACH region (50 km <31.07 mi.> to 51 km <31.69 mi.>) [piece].......................................................................................................................................................................3-373.1.53 Number of access messages in 1X ACH region (51 km <31.69 mi.> to 52 km <32.31 mi.>) [piece].......................................................................................................................................................................3-373.1.54 Number of access messages in 1X ACH region (52 km <32.31 mi.> to 53 km <32.93 mi.>) [piece].......................................................................................................................................................................3-383.1.55 Number of access messages in 1X ACH region (53 km <32.93 mi.> to 54 km <33.56 mi.>) [piece].......................................................................................................................................................................3-383.1.56 Number of access messages in 1X ACH region (54 km <33.56 mi.> to 55 km <34.18 mi.>) [piece].......................................................................................................................................................................3-393.1.57 Number of access messages in 1X ACH region (55 km <34.18 mi.> to 56 km <34.80 mi.>) [piece].......................................................................................................................................................................3-403.1.58 Number of access messages in 1X ACH region (56 km <34.80 mi.> to 57 km <35.42 mi.>) [piece].......................................................................................................................................................................3-403.1.59 Number of access messages in 1X ACH region (57 km <35.42 mi.> to 58 km <36.04 mi.>) [piece].......................................................................................................................................................................3-41



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3.1.60 Number of access messages in 1X ACH region (58 km <36.04 mi.> to 59 km <36.66 mi.>) [piece].......................................................................................................................................................................3-423.1.61 Number of access messages in 1X ACH region (59 km <36.66 mi.> to 60 km <37.28 mi.>) [piece].......................................................................................................................................................................3-423.1.62 Number of access messages in 1X ACH region (over 60 km <37.28 mi.>) [piece]..........................3-43

4 DO Traffic Model Performance Measurement....................................................................4-14.1 DO Traffic Model Performance Stat...............................................................................................................4-2

4.1.1 DO Max Ach One Way Delay...............................................................................................................4-54.1.2 Number of access messages in DO ACH region (0 km <0 mi.> to 1 km <0.62 mi.>) [piece]..............4-54.1.3 Number of access messages in DO ACH region (1 km <0.62 mi.> to 2 km <1.24 mi.>) [piece].........4-64.1.4 Number of access messages in DO ACH region (2 km <1.24 mi.> to 3 km <1.86 mi.>) [piece].........4-74.1.5 Number of access messages in DO ACH region (3 km <1.86 mi.> to 4 km <2.49 mi.>) [piece].........4-74.1.6 Number of access messages in DO ACH region (4 km <2.49 mi.> to 5 km <3.11 mi.>) [piece].........4-84.1.7 Number of access messages in DO ACH region (5 km <3.11 mi.> to 6 km <3.73 mi.>) [piece].........4-84.1.8 Number of access messages in DO ACH region (6 km <3.73 mi.> to 7 km <4.35 mi.>) [piece].........4-94.1.9 Number of access messages in DO ACH region (7 km <4.35 mi.> to 8 km <4.97 mi.>) [piece].......4-104.1.10 Number of access messages in DO ACH region (8 km <4.97 mi.> to 9 km <5.59 mi.>) [piece].......................................................................................................................................................................4-104.1.11 Number of access messages in DO ACH region (9 km <5.59 mi.> to 10 km <6.21 mi.>) [piece].......................................................................................................................................................................4-114.1.12 Number of access messages in DO ACH region (10 km <6.21 mi.> to 11 km <6.84 mi.>) [piece].......................................................................................................................................................................4-124.1.13 Number of access messages in DO ACH region (11 km <6.84 mi.> to 12 km <7.46 mi.>) [piece].......................................................................................................................................................................4-124.1.14 Number of access messages in DO ACH region (12 km <7.46 mi.> to 13 km <8.08 mi.>) [piece].......................................................................................................................................................................4-134.1.15 Number of access messages in DO ACH region (13 km <8.08 mi.> to 14 km <8.70 mi.>) [piece].......................................................................................................................................................................4-134.1.16 Number of access messages in DO ACH region (14 km <8.70 mi.> to 15 km <9.32 mi.>) [piece].......................................................................................................................................................................4-144.1.17 Number of access messages in DO ACH region (15 km <9.32 mi.> to 16 km <9.94 mi.>) [piece].......................................................................................................................................................................4-154.1.18 Number of access messages in DO ACH region (16 km <9.94 mi.> to 17 km <10.56 mi.>) [piece].......................................................................................................................................................................4-154.1.19 Number of access messages in DO ACH region (17 km <10.56 mi.> to 18 km <11.19 mi.>) [piece].......................................................................................................................................................................4-164.1.20 Number of access messages in DO ACH region (18 km <11.19 mi.> to 19 km <11.81 mi.>) [piece].......................................................................................................................................................................4-174.1.21 Number of access messages in DO ACH region (19 km <11.81 mi.> to 20 km <12.43 mi.>) [piece].......................................................................................................................................................................4-174.1.22 Number of access messages in DO ACH region (20 km <12.43 mi.> to 21 km <13.05 mi.>) [piece].......................................................................................................................................................................4-184.1.23 Number of access messages in DO ACH region (21 km <13.05 mi.> to 22 km <13.67 mi.>) [piece].......................................................................................................................................................................4-184.1.24 Number of access messages in DO ACH region (22 km <13.67 mi.> to 23 km <14.29 mi.>) [piece].......................................................................................................................................................................4-19



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4.1.25 Number of access messages in DO ACH region (23 km <14.29 mi.> to 24 km <14.91 mi.>) [piece].......................................................................................................................................................................4-204.1.26 Number of access messages in DO ACH region (24 km <14.91 mi.> to 25 km <15.53 mi.>) [piece].......................................................................................................................................................................4-204.1.27 Number of access messages in DO ACH region (25 km <15.53 mi.> to 26 km <16.16 mi.>) [piece].......................................................................................................................................................................4-214.1.28 Number of access messages in DO ACH region (26 km <16.16 mi.> to 27 km <16.78 mi.>) [piece].......................................................................................................................................................................4-224.1.29 Number of access messages in DO ACH region (27 km <16.78 mi.> to 28 km <17.40 mi.>) [piece].......................................................................................................................................................................4-224.1.30 Number of access messages in DO ACH region (28 km <17.40 mi.> to 29 km <18.02 mi.>) [piece].......................................................................................................................................................................4-234.1.31 Number of access messages in DO ACH region (29 km <18.02 mi.> to 30 km <18.64 mi.>) [piece].......................................................................................................................................................................4-234.1.32 Number of access messages in DO ACH region (30 km <18.64 mi.> to 31 km <19.26 mi.>) [piece].......................................................................................................................................................................4-244.1.33 Number of access messages in DO ACH region (31 km <19.26 mi.> to 32 km <19.88 mi.>) [piece].......................................................................................................................................................................4-254.1.34 Number of access messages in DO ACH region (32 km <19.88 mi.> to 33 km <20.51 mi.>) [piece].......................................................................................................................................................................4-254.1.35 Number of access messages in DO ACH region (33 km <20.51 mi.> to 34 km <21.13 mi.>) [piece].......................................................................................................................................................................4-264.1.36 Number of access messages in DO ACH region (34 km <21.13 mi.> to 35 km <21.75 mi.>) [piece].......................................................................................................................................................................4-274.1.37 Number of access messages in DO ACH region (35 km <21.75 mi.> to 36 km <22.37 mi.>) [piece].......................................................................................................................................................................4-274.1.38 Number of access messages in DO ACH region (36 km <22.37 mi.> to 37 km <22.99 mi.>) [piece].......................................................................................................................................................................4-284.1.39 Number of access messages in DO ACH region (37 km <22.99 mi.> to 38 km <23.61 mi.>) [piece].......................................................................................................................................................................4-284.1.40 Number of access messages in DO ACH region (38 km <23.61 mi.> to 39 km <24.23 mi.>) [piece].......................................................................................................................................................................4-294.1.41 Number of access messages in DO ACH region (39 km <24.23 mi.> to 40 km <24.86 mi.>) [piece].......................................................................................................................................................................4-304.1.42 Number of access messages in DO ACH region (40 km <24.86 mi.> to 41 km <25.48 mi.>) [piece].......................................................................................................................................................................4-304.1.43 Number of access messages in DO ACH region (41 km <25.48 mi.> to 42 km <26.10 mi.>) [piece].......................................................................................................................................................................4-314.1.44 Number of access messages in DO ACH region (42 km <26.10 mi.> to 43 km <26.72 mi.>) [piece].......................................................................................................................................................................4-324.1.45 Number of access messages in DO ACH region (43 km <26.72 mi.> to 44 km <27.34 mi.>) [piece].......................................................................................................................................................................4-324.1.46 Number of access messages in DO ACH region (44 km <27.34 mi.> to 45 km <27.96 mi.>) [piece].......................................................................................................................................................................4-334.1.47 Number of access messages in DO ACH region (45 km <27.96 mi.> to 46 km <28.58 mi.>) [piece].......................................................................................................................................................................4-334.1.48 Number of access messages in DO ACH region (46 km <28.58 mi.> to 47 km <29.21 mi.>) [piece].......................................................................................................................................................................4-34



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4.1.49 Number of access messages in DO ACH region (47 km <29.21 mi.> to 48 km <29.83 mi.>) [piece].......................................................................................................................................................................4-354.1.50 Number of access messages in DO ACH region (48 km <29.83 mi.> to 49 km <30.45 mi.>) [piece].......................................................................................................................................................................4-354.1.51 Number of access messages in DO ACH region (49 km <30.45 mi.> to 50 km <31.07 mi.>) [piece].......................................................................................................................................................................4-364.1.52 Number of access messages in DO ACH region (50 km <31.07 mi.> to 51 km <31.69 mi.>) [piece].......................................................................................................................................................................4-374.1.53 Number of access messages in DO ACH region (51 km <31.69 mi.> to 52 km <32.31 mi.>) [piece].......................................................................................................................................................................4-374.1.54 Number of access messages in DO ACH region (52 km <32.31 mi.> to 53 km <32.93 mi.>) [piece].......................................................................................................................................................................4-384.1.55 Number of access messages in DO ACH region (53 km <32.93 mi.> to 54 km <33.56 mi.>) [piece].......................................................................................................................................................................4-384.1.56 Number of access messages in DO ACH region (54 km <33.56 mi.> to 55 km <34.18 mi.>) [piece].......................................................................................................................................................................4-394.1.57 Number of access messages in DO ACH region (55 km <34.18 mi.> to 56 km <34.80 mi.>) [piece].......................................................................................................................................................................4-404.1.58 Number of access messages in DO ACH region (56 km <34.80 mi.> to 57 km <35.42 mi.>) [piece].......................................................................................................................................................................4-404.1.59 Number of access messages in DO ACH region (57 km <35.42 mi.> to 58 km <36.04 mi.>) [piece].......................................................................................................................................................................4-414.1.60 Number of access messages in DO ACH region (58 km <36.04 mi.> to 59 km <36.66 mi.>) [piece].......................................................................................................................................................................4-424.1.61 Number of access messages in DO ACH region (59 km <36.66 mi.> to 60 km <37.28 mi.>) [piece].......................................................................................................................................................................4-424.1.62 Number of access messages in DO ACH region (over 60 km <37.28 mi.>) [piece].........................4-43

5 PCH Performance Measurement.............................................................................................5-15.1 PCH Using Ratio Performance Stat................................................................................................................5-2

5.1.1 PCH Average Using Ratio [%]..............................................................................................................5-25.1.2 PCH Max Using Ratio [%].....................................................................................................................5-35.1.3 PCH Min Using Ratio [%].....................................................................................................................5-35.1.4 PCH Overhead Message Using Ratio [%].............................................................................................5-45.1.5 PCH Call Message Using Ratio [%]......................................................................................................5-45.1.6 PCH Non-call Message Using Ratio [%]...............................................................................................5-55.1.7 PCH Total DBM Message Count [piece]...............................................................................................5-65.1.8 PCH DBM Message Average Occupancy Ratio [%].............................................................................5-65.1.9 PCH DBM Message Max Occupancy Ratio [%]...................................................................................5-75.1.10 PCH Total DBM Message Fail Send Count [piece]............................................................................5-8

5.2 PCH Discard Performance Stat.......................................................................................................................5-85.2.1 PCH Discarded Call Message Using Ratio [%].....................................................................................5-95.2.2 PCH Discarded Non-call Message Using Ratio [%]............................................................................5-105.2.3 PCH Discarded Call Slotted Message Count Due to Buffer Full [piece]............................................5-105.2.4 PCH Discarded Call Slotted Message Count Due to Living Time [piece]..........................................5-115.2.5 PCH Call Slotted Message in Buffer Message Count [piece]..............................................................5-12



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5.2.6 PCH Discarded Non-call Slotted Message Count Due to Buffer Full [piece].....................................5-125.2.7 PCH Discarded Non-call Slotted Message Count Due to Living Time [piece]...................................5-135.2.8 PCH Non-call Slotted Message in Buffer Message Count [piece]...................................................... 5-145.2.9 PCH Discarded Call Non-Slotted Message Count Due to Buffer Full [piece]....................................5-145.2.10 PCH Discarded Call Non-Slotted Message Count Due to Living Time [piece]................................5-155.2.11 PCH Call Non-Slotted Message in Buffer Message Count [piece]................................................... 5-165.2.12 PCH Discarded Non-call Non-Slotted Message Count Due to Buffer Full [piece]...........................5-165.2.13 PCH Discarded Non-call Non-Slotted Message Count Due to Living Time [piece].........................5-175.2.14 PCH Non-call Non-Slotted Message in Buffer Message Count [piece]............................................5-185.2.15 PCH Discarded Call Non-Slotted Message Resend Message Count Due to Buffer Full [piece]...... 5-185.2.16 PCH Discarded Call Non-Slotted Message Resend Message Count Due to Living Time [piece].......................................................................................................................................................................5-195.2.17 PCH Call Non-Slotted Message Resend Message in Buffer Message Count [piece]........................5-205.2.18 PCH Discarded Non-call Non-Slotted Message Resend Message Count Due to Buffer Full [piece].......................................................................................................................................................................5-205.2.19 PCH Discarded Non-call Non-Slotted Message Resend Message Count Due to Living Time [piece].......................................................................................................................................................................5-215.2.20 PCH Non-call Non-Slotted Message Resend Message in Buffer Message Count [piece]................ 5-225.2.21 PCH Discarded High Priority Prof Ptt Message Count Due to Buffer Full [piece]...........................5-225.2.22 PCH Discarded High Priority Prof Ptt Message Count Due to Living Time [piece].........................5-235.2.23 PCH High Priority Prof Ptt Message in Buffer Message Count [piece]............................................5-245.2.24 PCH High Priority Prof Ptt Message Which Send Succeed Message Count [piece].........................5-245.2.25 PCH Discarded Normal Priority Prof Ptt Message Count Due to Buffer Full [piece].......................5-255.2.26 PCH Discarded Normal Priority Prof Ptt Message Count Due to Living Time [piece].................... 5-255.2.27 PCH Normal Priority Prof Ptt Message in Buffer Message Count [piece]........................................5-265.2.28 PCH Normal Priority Prof Ptt Message Which Send Succeed Message Count [piece].....................5-275.2.29 PCH Discarded Prof Ptt Resend Message Count Due to Buffer Full [piece]....................................5-275.2.30 PCH Discarded Prof Ptt Resend Message Count Due to Living Time [piece]..................................5-285.2.31 PCH Prof Ptt Resend Message in Buffer Message Count [piece]......................................................5-295.2.32 PCH Prof Ptt Resend Message Which Send Succeed Message Count [piece]..................................5-29

5.3 PCH Delay Performance Stat........................................................................................................................5-305.3.1 PCH 0 Delay Call Slotted Message Count [piece]...............................................................................5-305.3.2 PCH 1 Delay Call Slotted Message Count [piece]...............................................................................5-315.3.3 PCH 2 Delay Call Slotted Message Count [piece]...............................................................................5-315.3.4 PCH More Cycle Delay Call Slotted Message Count [piece]..............................................................5-325.3.5 PCH 0 Delay Non-call Slotted Message Count [piece]....................................................................... 5-335.3.6 PCH 1 Delay Non-call Slotted Message Count [piece]....................................................................... 5-335.3.7 PCH 2 Delay Non-call Slotted Message Count [piece]....................................................................... 5-345.3.8 PCH More Cycle Delay Non-call Slotted Message Count [piece]...................................................... 5-34

5.4 PCH GPM Combine Performance Stat.........................................................................................................5-355.4.1 PCH 0 Call GPM Combined Num Count [piece]................................................................................5-355.4.2 PCH 1 Call GPM Combined Num Count [piece]................................................................................5-365.4.3 PCH 2 Call GPMs Combined Num Count [piece]...............................................................................5-36



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5.4.4 PCH 3 or More Call GPMs Combined Num Count [piece].................................................................5-375.4.5 PCH 0 Non-call GPM Combined Num Count [piece].........................................................................5-385.4.6 PCH 1 Non-call GPM Combined Num Count [piece].........................................................................5-385.4.7 PCH 2 Non-call GPMs Combined Num Count [piece].......................................................................5-395.4.8 PCH 3 or More Non-call GPMs Combined Num Count [piece].........................................................5-395.4.9 PCH Broadcast Slotted Message Count [piece]...................................................................................5-405.4.10 PCH Regulation1 Slotted Message Count [piece].............................................................................5-415.4.11 PCH Regulation2 Slotted Message Count [piece].............................................................................5-415.4.12 PCH Regulation3 Slotted Message Count [piece].............................................................................5-42

6 ACH Performance Measurement............................................................................................6-16.1 ACH Performance Stat....................................................................................................................................6-2

6.1.1 ACH Average Using Ratio [%]..............................................................................................................6-26.1.2 ACH Max Using Ratio [%]....................................................................................................................6-36.1.3 ACH Min Using Ratio [%].....................................................................................................................6-36.1.4 ACH Average Collision Ratio [%].........................................................................................................6-46.1.5 ACH Max Collision Ratio [%]...............................................................................................................6-46.1.6 ACH Min Collision Ratio [%]...............................................................................................................6-56.1.7 ACH Total Origination Message Count [piece].....................................................................................6-66.1.8 ACH Total Order Message Count [piece]..............................................................................................6-66.1.9 ACH Total DBM Message Count [piece]..............................................................................................6-76.1.10 ACH Total Page Response Message Count [piece].............................................................................6-76.1.11 ACH Total Registration Message Count [piece]..................................................................................6-8

7 FCCCH Performance Measurement.......................................................................................7-17.1 FCCCH Using Ratio Performance Stat...........................................................................................................7-2

7.1.1 FCCCH Average Using Ratio [%].........................................................................................................7-27.1.2 FCCCH Max Using Ratio [%]...............................................................................................................7-27.1.3 FCCCH Min Using Ratio [%]................................................................................................................7-37.1.4 FCCCH Call Message Using Ratio [%].................................................................................................7-47.1.5 FCCCH Non-call Message Using Ratio [%]..........................................................................................7-4

7.2 FCCCH Discard Performance Stat..................................................................................................................7-57.2.1 FCCCH Discarded Call Message Using Ratio [%]................................................................................7-67.2.2 FCCCH Discarded Non-call Message Using Ratio [%]........................................................................7-67.2.3 FCCCH Discarded Call Slotted Message Count Due to Buffer Full [piece].........................................7-77.2.4 FCCCH Discarded Call Slotted Message Count Due to Living Time [piece].......................................7-77.2.5 FCCCH Call Slotted Message in Buffer Message Count [piece]..........................................................7-87.2.6 FCCCH Discarded Non-call Slotted Message Count Due to Buffer Full [piece]..................................7-97.2.7 FCCCH Discarded Non-call Slotted Message Count Due to Living Time [piece]................................7-97.2.8 FCCCH Non-call Slotted Message in Buffer Message Count [piece].................................................7-107.2.9 FCCCH Discarded Call Non-Slotted Message Count Due to Buffer Full [piece]...............................7-107.2.10 FCCCH Discarded Call Non-Slotted Message Count Due to Living Time [piece]...........................7-117.2.11 FCCCH Call Non-Slotted Message in Buffer Message Count [piece]..............................................7-127.2.12 FCCCH Discarded Non-call Non-Slotted Message Count Due to Buffer Full [piece]......................7-12



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7.2.13 FCCCH Discarded Non-call Non-Slotted Message Count Due to Living Time [piece]...................7-137.2.14 FCCCH Non-call Non-Slotted Message in Buffer Message Count [piece].......................................7-137.2.15 FCCCH Discarded Call Non-Slotted Message Resend Message Count Due to Buffer Full [piece].......................................................................................................................................................................7-147.2.16 FCCCH Discarded Call Non-Slotted Message Resend Message Count Due to Living Time [piece].......................................................................................................................................................................7-157.2.17 FCCCH Call Non-Slotted Message Resend Message in Buffer Message Count [piece]..................7-157.2.18 FCCCH Discarded Non-call Non-Slotted Message Resend Message Count Due to Buffer Full [piece].......................................................................................................................................................................7-167.2.19 FCCCH Discarded Non-call Non-Slotted Message Resend Message Count Due to Living Time [piece].......................................................................................................................................................................7-167.2.20 FCCCH Non-call Non-Slotted Message Resend Message in Buffer Message Count [piece]...........7-17

7.3 FCCCH Delay Performance Stat...................................................................................................................7-187.3.1 FCCCH 0 Delay Call Slotted Message Count [piece].........................................................................7-187.3.2 FCCCH 1 Delay Call Slotted Message Count [piece].........................................................................7-197.3.3 FCCCH 2 Delay Call Slotted Message Count [piece].........................................................................7-197.3.4 FCCCH More Cycle Delay Call Slotted Message Count [piece]........................................................7-207.3.5 FCCCH 0 Delay Non-call Slotted Message Count [piece]..................................................................7-207.3.6 FCCCH 1 Delay Non-call Slotted Message Count [piece]..................................................................7-217.3.7 FCCCH 2 Delay Non-call Slotted Message Count [piece]..................................................................7-217.3.8 FCCCH More Cycle Delay Non-call Slotted Message Count [piece].................................................7-22

7.4 FCCCH GPM Combine Performance Stat....................................................................................................7-227.4.1 FCCCH 0 Call GPM Combined Num Count [piece]...........................................................................7-237.4.2 FCCCH 1 Call GPM Combined Num Count [piece]...........................................................................7-237.4.3 FCCCH 2 Call GPMs Combined Num Count [piece].........................................................................7-247.4.4 FCCCH 3 or More Call GPMs Combined Num Count [piece]...........................................................7-247.4.5 FCCCH 0 Non-call GPM Combined Num Count [piece]....................................................................7-257.4.6 FCCCH 1 Non-call GPM Combined Num Count [piece]....................................................................7-257.4.7 FCCCH 2 Non-call GPMs Combined Num Count [piece]..................................................................7-267.4.8 FCCCH 3 or More Non-call GPMs Combined Num Count [piece]....................................................7-27

8 EACH Performance Measurement..........................................................................................8-18.1 EACH Performance Stat.................................................................................................................................8-2

8.1.1 EACH Average Using Ratio [%]...........................................................................................................8-28.1.2 EACH Max Using Ratio [%].................................................................................................................8-28.1.3 EACH Min Using Ratio [%]..................................................................................................................8-38.1.4 EACH Average Collision Ratio [%]......................................................................................................8-48.1.5 EACH Max Collision Ratio [%]............................................................................................................8-48.1.6 EACH Min Collision Ratio [%].............................................................................................................8-5

9 DO Services Performance Measurement...............................................................................9-19.1 DO FTCH Traffic Performance Stat...............................................................................................................9-2

9.1.1 DO Quality of Service Level One FTCH 38.4k 16Slots Sent Packet Count [packet]...........................9-79.1.2 DO Quality of Service Level One FTCH 76.8k 8Slots Sent Packet Count [packet].............................9-89.1.3 DO Quality of Service Level One FTCH 153.6k 4Slots Sent Packet Count [packet]...........................9-9



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9.1.4 DO Quality of Service Level One FTCH 307.2k 2Slots Sent Packet Count [packet]...........................9-99.1.5 DO Quality of Service Level One FTCH 307.2k 4Slots Sent Packet Count [packet].........................9-109.1.6 DO Quality of Service Level One FTCH 614.4k 1Slot Sent Packet Count [packet]...........................9-119.1.7 DO Quality of Service Level One FTCH 614.4k 2Slots Sent Packet Count [packet].........................9-119.1.8 DO Quality of Service Level One FTCH 921.6k 2Slots Sent Packet Count [packet].........................9-129.1.9 DO Quality of Service Level One FTCH 1228.8k 1Slot Sent Packet Count [packet].........................9-139.1.10 DO Quality of Service Level One FTCH 1228.8k 2Slots Sent Packet Count [packet].....................9-139.1.11 DO Quality of Service Level One FTCH 1843.2k 1Slot Sent Packet Count [packet].......................9-149.1.12 DO Quality of Service Level One FTCH 2457.6k 1Slot Sent Packet Count [packet].......................9-159.1.13 DO BCH Total Received Traffic MAC Packet Count [packet].........................................................9-159.1.14 DO BCH Total PID Delay MAC Packet Count [packet]...................................................................9-169.1.15 DO BCH Total Abis Lost MAC Packet Count [packet]....................................................................9-179.1.16 DO BCH Total Normal Send MAC Packet Count [packet]...............................................................9-179.1.17 DO Average Special User Slot Using Ratio [%]................................................................................9-189.1.18 DO Max Special User Slot Using Ratio [%]......................................................................................9-189.1.19 DO Min Special User Slot Using Ratio [%]...................................................................................... 9-199.1.20 DO Quality of Service Level Two FTCH 38.4k 16Slots Sent Packet Count [packet].......................9-209.1.21 DO Quality of Service Level Two FTCH 76.8k 8Slots Sent Packet Count [packet].........................9-209.1.22 DO Quality of Service Level Two FTCH 153.6k 4Slots Sent Packet Count [packet].......................9-219.1.23 DO Quality of Service Level Two FTCH 307.2k 2Slots Sent Packet Count [packet].......................9-219.1.24 DO Quality of Service Level Two FTCH 307.2k 4Slots Sent Packet Count [packet].......................9-229.1.25 DO Quality of Service Level Two FTCH 614.4k 1Slot Sent Packet Count [packet]........................9-239.1.26 DO Quality of Service Level Two FTCH 614.4k 2Slots Sent Packet Count [packet].......................9-239.1.27 DO Quality of Service Level Two FTCH 921.6k 2Slots Sent Packet Count [packet].......................9-249.1.28 DO Quality of Service Level Two FTCH 1228.8k 1Slot Sent Packet Count [packet]......................9-259.1.29 DO Quality of Service Level Two FTCH 1228.8k 2Slots Sent Packet Count [packet].....................9-259.1.30 DO Quality of Service Level Two FTCH 1843.2k 1Slot Sent Packet Count [packet]......................9-269.1.31 DO Quality of Service Level Two FTCH 2457.6k 1Slot Sent Packet Count [packet]......................9-279.1.32 DO Quality of Service Level Three FTCH 38.4k 16Slots Sent Packet Count [packet].....................9-279.1.33 DO Quality of Service Level Three FTCH 76.8k 8Slots Sent Packet Count [packet].......................9-289.1.34 DO Quality of Service Level Three FTCH 153.6k 4Slots Sent Packet Count [packet].....................9-299.1.35 DO Quality of Service Level Three FTCH 307.2k 2Slots Sent Packet Count [packet].....................9-299.1.36 DO Quality of Service Level Three FTCH 307.2k 4Slots Sent Packet Count [packet].....................9-309.1.37 DO Quality of Service Level Three FTCH 614.4k 1Slot Sent Packet Count [packet]......................9-319.1.38 DO Quality of Service Level Three FTCH 614.4k 2Slots Sent Packet Count [packet].....................9-319.1.39 DO Quality of Service Level Three FTCH 921.6k 2Slots Sent Packet Count [packet].....................9-329.1.40 DO Quality of Service Level Three FTCH 1228.8k 1Slot Sent Packet Count [packet]....................9-339.1.41 DO Quality of Service Level Three FTCH 1228.8k 2Slots Sent Packet Count [packet]...................9-339.1.42 DO Quality of Service Level Three FTCH 1843.2k 1Slot Sent Packet Count [packet]....................9-349.1.43 DO Quality of Service Level Three FTCH 2457.6k 1Slot Sent Packet Count [packet]....................9-359.1.44 DO Quality of Service Level Four FTCH 38.4k 16Slots Sent Packet Count [packet]......................9-359.1.45 DO Quality of Service Level Four FTCH 76.8k 8Slots Sent Packet Count [packet]........................9-36



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9.1.46 DO Quality of Service Level Four FTCH 153.6k 4Slots Sent Packet Count [packet]......................9-379.1.47 DO Quality of Service Level Four FTCH 307.2k 2Slots Sent Packet Count [packet]......................9-379.1.48 DO Quality of Service Level Four FTCH 307.2k 4Slots Sent Packet Count [packet]......................9-389.1.49 DO Quality of Service Level Four FTCH 614.4k 1Slot Sent Packet Count [packet]........................9-399.1.50 DO Quality of Service Level Four FTCH 614.4k 2Slots Sent Packet Count [packet]......................9-399.1.51 DO Quality of Service Level Four FTCH 921.6k 2Slots Sent Packet Count [packet]......................9-409.1.52 DO Quality of Service Level Four FTCH 1228.8k 1Slot Sent Packet Count [packet]......................9-419.1.53 DO Quality of Service Level Four FTCH 1228.8k 2Slots Sent Packet Count [packet]....................9-419.1.54 DO Quality of Service Level Four FTCH 1843.2k 1Slot Sent Packet Count [packet]......................9-429.1.55 DO Quality of Service Level Four FTCH 2457.6k 1Slot Sent Packet Count [packet]......................9-439.1.56 DO Quality of Service Level Five FTCH 38.4k 16Slots Sent Packet Count [packet].......................9-439.1.57 DO Quality of Service Level Five FTCH 76.8k 8Slots Sent Packet Count [packet].........................9-449.1.58 DO Quality of Service Level Five FTCH 153.6k 4Slots Sent Packet Count [packet].......................9-459.1.59 DO Quality of Service Level Five FTCH 307.2k 2Slots Sent Packet Count [packet].......................9-459.1.60 DO Quality of Service Level Five FTCH 307.2k 4Slots Sent Packet Count [packet].......................9-469.1.61 DO Quality of Service Level Five FTCH 614.4k 1Slot Sent Packet Count [packet]........................9-479.1.62 DO Quality of Service Level Five FTCH 614.4k 2Slots Sent Packet Count [packet].......................9-479.1.63 DO Quality of Service Level Five FTCH 921.6k 2Slots Sent Packet Count [packet].......................9-489.1.64 DO Quality of Service Level Five FTCH 1228.8k 1Slot Sent Packet Count [packet]......................9-499.1.65 DO Quality of Service Level Five FTCH 1228.8k 2Slots Sent Packet Count [packet].....................9-499.1.66 DO Quality of Service Level Five FTCH 1843.2k 1Slot Sent Packet Count [packet]......................9-509.1.67 DO Quality of Service Level Five FTCH 2457.6k 1Slot Sent Packet Count [packet]......................9-519.1.68 DO Quality of Service Level Six FTCH 38.4k 16Slots Sent Packet Count [packet]........................9-519.1.69 DO Quality of Service Level Six FTCH 76.8k 8Slots Sent Packet Count [packet]..........................9-529.1.70 DO Quality of Service Level Six FTCH 153.6k 4Slots Sent Packet Count [packet]........................9-539.1.71 DO Quality of Service Level Six FTCH 307.2k 2Slots Sent Packet Count [packet]........................9-539.1.72 DO Quality of Service Level Six FTCH 307.2k 4Slots Sent Packet Count [packet]........................9-549.1.73 DO Quality of Service Level Six FTCH 614.4k 1Slot Sent Packet Count [packet]..........................9-559.1.74 DO Quality of Service Level Six FTCH 614.4k 2Slots Sent Packet Count [packet]........................9-559.1.75 DO Quality of Service Level Six FTCH 921.6k 2Slots Sent Packet Count [packet]........................9-569.1.76 DO Quality of Service Level Six FTCH 1228.8k 1Slot Sent Packet Count [packet]........................9-579.1.77 DO Quality of Service Level Six FTCH 1228.8k 2Slots Sent Packet Count [packet]......................9-579.1.78 DO Quality of Service Level Six FTCH 1843.2k 1Slot Sent Packet Count [packet]........................9-589.1.79 DO Quality of Service Level Six FTCH 2457.6k 1Slot Sent Packet Count [packet]........................9-599.1.80 DO Quality of Service Level Seven FTCH 38.4k 16Slots Sent Packet Count [packet]....................9-599.1.81 DO Quality of Service Level Seven FTCH 76.8k 8Slots Sent Packet Count [packet]......................9-609.1.82 DO Quality of Service Level Seven FTCH 153.6k 4Slots Sent Packet Count [packet]....................9-619.1.83 DO Quality of Service Level Seven FTCH 307.2k 2Slots Sent Packet Count [packet]....................9-619.1.84 DO Quality of Service Level Seven FTCH 307.2k 4Slots Sent Packet Count [packet]....................9-629.1.85 DO Quality of Service Level Seven FTCH 614.4k 1Slot Sent Packet Count [packet]......................9-639.1.86 DO Quality of Service Level Seven FTCH 614.4k 2Slots Sent Packet Count [packet]....................9-639.1.87 DO Quality of Service Level Seven FTCH 921.6k 2Slots Sent Packet Count [packet]....................9-64



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Issue 02 (2010-06-18)

9.1.88 DO Quality of Service Level Seven FTCH 1228.8k 1Slot Sent Packet Count [packet]....................9-659.1.89 DO Quality of Service Level Seven FTCH 1228.8k 2Slots Sent Packet Count [packet]..................9-659.1.90 DO Quality of Service Level Seven FTCH 1843.2k 1Slot Sent Packet Count [packet]....................9-669.1.91 DO Quality of Service Level Seven FTCH 2457.6k 1Slot Sent Packet Count [packet]....................9-679.1.92 DO BCH Total Received Idle Packet Count [packet]........................................................................9-679.1.93 DOA Quality of Service Level One FTCH 38.4k 16Slots Sent Packet Count [packet].................... 9-689.1.94 DOA Quality of Service Level One FTCH 76.8k 8Slots Sent Packet Count [packet]...................... 9-699.1.95 DOA Quality of Service Level One FTCH 153.6k 4Slots Sent Packet Count [packet].................... 9-699.1.96 DOA Quality of Service Level One FTCH 307.2k 2Slots Sent Packet Count [packet].................... 9-709.1.97 DOA Quality of Service Level One FTCH 307.2k 4Slots Sent Packet Count [packet].................... 9-719.1.98 DOA Quality of Service Level One FTCH 614.4k 1Slot Sent Packet Count [packet]......................9-719.1.99 DOA Quality of Service Level One FTCH 614.4k 2Slots Sent Packet Count [packet].................... 9-729.1.100 DOA Quality of Service Level One FTCH 921.6k 2Slots Sent Packet Count [packet].................. 9-729.1.101 DOA Quality of Service Level One FTCH 1228.8k 1Slot Sent Packet Count [packet]..................9-739.1.102 DOA Quality of Service Level One FTCH 1228.8k 2Slots Sent Packet Count [packet]................ 9-749.1.103 DOA Quality of Service Level One FTCH 1843.2k 1Slot Sent Packet Count [packet]..................9-749.1.104 DOA Quality of Service Level One FTCH 2457.6k 1Slot Sent Packet Count [packet]..................9-759.1.105 DOA Quality of Service Level Two FTCH 38.4k 16Slots Sent Packet Count [packet]..................9-769.1.106 DOA Quality of Service Level Two FTCH 76.8k 8Slots Sent Packet Count [packet]....................9-769.1.107 DOA Quality of Service Level Two FTCH 153.6k 4Slots Sent Packet Count [packet]..................9-779.1.108 DOA Quality of Service Level Two FTCH 307.2k 2Slots Sent Packet Count [packet]..................9-789.1.109 DOA Quality of Service Level Two FTCH 307.2k 4Slots Sent Packet Count [packet]..................9-789.1.110 DOA Quality of Service Level Two FTCH 614.4k 1Slot Sent Packet Count [packet]...................9-799.1.111 DOA Quality of Service Level Two FTCH 614.4k 2Slots Sent Packet Count [packet]..................9-809.1.112 DOA Quality of Service Level Two FTCH 921.6k 2Slots Sent Packet Count [packet]..................9-809.1.113 DOA Quality of Service Level Two FTCH 1228.8k 1Slot Sent Packet Count [packet].................9-819.1.114 DOA Quality of Service Level Two FTCH 1228.8k 2Slots Sent Packet Count [packet]................9-829.1.115 DOA Quality of Service Level Two FTCH 1843.2k 1Slot Sent Packet Count [packet].................9-829.1.116 DOA Quality of Service Level Two FTCH 2457.6k 1Slot Sent Packet Count [packet].................9-839.1.117 DOA Quality of Service Level Three FTCH 38.4k 16Slots Sent Packet Count [packet]................9-849.1.118 DOA Quality of Service Level Three FTCH 76.8k 8Slots Sent Packet Count [packet]..................9-849.1.119 DOA Quality of Service Level Three FTCH 153.6k 4Slots Sent Packet Count [packet]................9-859.1.120 DOA Quality of Service Level Three FTCH 307.2k 2Slots Sent Packet Count [packet]................9-869.1.121 DOA Quality of Service Level Three FTCH 307.2k 4Slots Sent Packet Count [packet]................9-869.1.122 DOA Quality of Service Level Three FTCH 614.4k 1Slot Sent Packet Count [packet].................9-879.1.123 DOA Quality of Service Level Three FTCH 614.4k 2Slots Sent Packet Count [packet]................9-889.1.124 DOA Quality of Service Level Three FTCH 921.6k 2Slots Sent Packet Count [packet]................9-889.1.125 DOA Quality of Service Level Three FTCH 1228.8k 1Slot Sent Packet Count [packet]...............9-899.1.126 DOA Quality of Service Level Three FTCH 1228.8k 2Slots Sent Packet Count [packet]..............9-909.1.127 DOA Quality of Service Level Three FTCH 1843.2k 1Slot Sent Packet Count [packet]...............9-909.1.128 DOA Quality of Service Level Three FTCH 2457.6k 1Slot Sent Packet Count [packet]...............9-919.1.129 DOA Quality of Service Level Four FTCH 38.4k 16Slots Sent Packet Count [packet]................. 9-92



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9.1.130 DOA Quality of Service Level Four FTCH 76.8k 8Slots Sent Packet Count [packet]................... 9-929.1.131 DOA Quality of Service Level Four FTCH 153.6k 4Slots Sent Packet Count [packet].................9-939.1.132 DOA Quality of Service Level Four FTCH 307.2k 2Slots Sent Packet Count [packet].................9-949.1.133 DOA Quality of Service Level Four FTCH 307.2k 4Slots Sent Packet Count [packet].................9-949.1.134 DOA Quality of Service Level Four FTCH 614.4k 1Slot Sent Packet Count [packet]...................9-959.1.135 DOA Quality of Service Level Four FTCH 614.4k 2Slots Sent Packet Count [packet].................9-969.1.136 DOA Quality of Service Level Four FTCH 921.6k 2Slots Sent Packet Count [packet].................9-969.1.137 DOA Quality of Service Level Four FTCH 1228.8k 1Slot Sent Packet Count [packet].................9-979.1.138 DOA Quality of Service Level Four FTCH 1228.8k 2Slots Sent Packet Count [packet]...............9-989.1.139 DOA Quality of Service Level Four FTCH 1843.2k 1Slot Sent Packet Count [packet].................9-989.1.140 DOA Quality of Service Level Four FTCH 2457.6k 1Slot Sent Packet Count [packet].................9-999.1.141 DOA Quality of Service Level Five FTCH 38.4k 16Slots Sent Packet Count [packet]................9-1009.1.142 DOA Quality of Service Level Five FTCH 76.8k 8Slots Sent Packet Count [packet]..................9-1009.1.143 DOA Quality of Service Level Five FTCH 153.6k 4Slots Sent Packet Count [packet]................9-1019.1.144 DOA Quality of Service Level Five FTCH 307.2k 2Slots Sent Packet Count [packet]................9-1029.1.145 DOA Quality of Service Level Five FTCH 307.2k 4Slots Sent Packet Count [packet]................9-1029.1.146 DOA Quality of Service Level Five FTCH 614.4k 1Slot Sent Packet Count [packet].................9-1039.1.147 DOA Quality of Service Level Five FTCH 614.4k 2Slots Sent Packet Count [packet]................9-1049.1.148 DOA Quality of Service Level Five FTCH 921.6k 2Slots Sent Packet Count [packet]................9-1049.1.149 DOA Quality of Service Level Five FTCH 1228.8k 1Slot Sent Packet Count [packet]...............9-1059.1.150 DOA Quality of Service Level Five FTCH 1228.8k 2Slots Sent Packet Count [packet]..............9-1069.1.151 DOA Quality of Service Level Five FTCH 1843.2k 1Slot Sent Packet Count [packet]...............9-1069.1.152 DOA Quality of Service Level Five FTCH 2457.6k 1Slot Sent Packet Count [packet]...............9-1079.1.153 DOA Quality of Service Level Six FTCH 38.4k 16Slots Sent Packet Count [packet]..................9-1089.1.154 DOA Quality of Service Level Six FTCH 76.8k 8Slots Sent Packet Count [packet]....................9-1089.1.155 DOA Quality of Service Level Six FTCH 153.6k 4Slots Sent Packet Count [packet]..................9-1099.1.156 DOA Quality of Service Level Six FTCH 307.2k 2Slots Sent Packet Count [packet]..................9-1109.1.157 DOA Quality of Service Level Six FTCH 307.2k 4Slots Sent Packet Count [packet]..................9-1109.1.158 DOA Quality of Service Level Six FTCH 614.4k 1Slot Sent Packet Count [packet]...................9-1119.1.159 DOA Quality of Service Level Six FTCH 614.4k 2Slots Sent Packet Count [packet]..................9-1129.1.160 DOA Quality of Service Level Six FTCH 921.6k 2Slots Sent Packet Count [packet]..................9-1129.1.161 DOA Quality of Service Level Six FTCH 1228.8k 1Slot Sent Packet Count [packet].................9-1139.1.162 DOA Quality of Service Level Six FTCH 1228.8k 2Slots Sent Packet Count [packet]................9-1149.1.163 DOA Quality of Service Level Six FTCH 1843.2k 1Slot Sent Packet Count [packet].................9-1149.1.164 DOA Quality of Service Level Six FTCH 2457.6k 1Slot Sent Packet Count [packet].................9-1159.1.165 DOA Quality of Service Level Seven FTCH 38.4k 16Slots Sent Packet Count [packet].............9-1169.1.166 DOA Quality of Service Level Seven FTCH 76.8k 8Slots Sent Packet Count [packet]...............9-1169.1.167 DOA Quality of Service Level Seven FTCH 153.6k 4Slots Sent Packet Count [packet].............9-1179.1.168 DOA Quality of Service Level Seven FTCH 307.2k 2Slots Sent Packet Count [packet].............9-1189.1.169 DOA Quality of Service Level Seven FTCH 307.2k 4Slots Sent Packet Count [packet].............9-1189.1.170 DOA Quality of Service Level Seven FTCH 614.4k 1Slot Sent Packet Count [packet]...............9-1199.1.171 DOA Quality of Service Level Seven FTCH 614.4k 2Slots Sent Packet Count [packet].............9-120



xxii Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.

Issue 02 (2010-06-18)

9.1.172 DOA Quality of Service Level Seven FTCH 921.6k 2Slots Sent Packet Count [packet].............9-1209.1.173 DOA Quality of Service Level Seven FTCH 1228.8k 1Slot Sent Packet Count [packet].............9-1219.1.174 DOA Quality of Service Level Seven FTCH 1228.8k 2Slots Sent Packet Count [packet]...........9-1229.1.175 DOA Quality of Service Level Seven FTCH 1843.2k 1Slot Sent Packet Count [packet].............9-1229.1.176 DOA Quality of Service Level Seven FTCH 2457.6k 1Slot Sent Packet Count [packet].............9-1239.1.177 DOA Quality of Service Level One FTCH 1536k 2Slot Sent Packet Count [packet]...................9-1249.1.178 DOA Quality of Service Level One FTCH 3072k 1Slot Sent Packet Count [packet]...................9-1249.1.179 DOA Quality of Service Level Two FTCH 1536k 2Slot Sent Packet Count [packet]..................9-1259.1.180 DOA Quality of Service Level Two FTCH 3072k 1Slot Sent Packet Count [packet]..................9-1269.1.181 DOA Quality of Service Level Three FTCH 1536k 2Slot Sent Packet Count [packet]................9-1269.1.182 DOA Quality of Service Level Three FTCH 3072k 1Slot Sent Packet Count [packet]................9-1279.1.183 DOA Quality of Service Level Four FTCH 1536k 2Slot Sent Packet Count [packet]..................9-1289.1.184 DOA Quality of Service Level Four FTCH 3072k 1Slot Sent Packet Count [packet]..................9-1289.1.185 DOA Quality of Service Level Five FTCH 1536k 2Slot Sent Packet Count [packet]..................9-1299.1.186 DOA Quality of Service Level Five FTCH 3072k 1Slot Sent Packet Count [packet]..................9-1309.1.187 DOA Quality of Service Level Six FTCH 1536k 2Slot Sent Packet Count [packet]....................9-1309.1.188 DOA Quality of Service Level Six FTCH 3072k 1Slot Sent Packet Count [packet]....................9-1319.1.189 DOA Quality of Service Level Seven FTCH 1536k 2Slot Sent Packet Count [packet]................9-1329.1.190 DOA Quality of Service Level Seven FTCH 3072k 1Slot Sent Packet Count [packet]................9-132

9.2 DO RTCH PER Performance Stat..............................................................................................................9-1339.2.1 DO RTCH Total Average PER [0.10%]............................................................................................9-1349.2.2 DO RTCH Single Branch Average PER [0.10%]..............................................................................9-1349.2.3 DO RTCH Single Branch Max PER [0.10%]....................................................................................9-1359.2.4 DO RTCH Soft Handoff Branch Average PER [0.10%]...................................................................9-1359.2.5 DO RTCH Softer Handoff Branch Average PER [0.10%]................................................................9-1369.2.6 DO RTCH Softer Handoff Branch Max PER [0.10%]......................................................................9-1369.2.7 DO RTCH Soft-Softer Handoff Branch Average PER [0.10%]........................................................9-1379.2.8 DOA RTCH Total Average PER [0.10%].........................................................................................9-1389.2.9 DOA RTCH Single Branch Average PER [0.10%]...........................................................................9-1389.2.10 DOA RTCH Single Branch Max PER [0.10%]...............................................................................9-1399.2.11 DOA RTCH Soft Handoff Branch Average PER [0.10%]..............................................................9-1399.2.12 DOA RTCH Softer Handoff Branch Average PER [0.10%]...........................................................9-1409.2.13 DOA RTCH Softer Handoff Branch Max PER [0.10%].................................................................9-1409.2.14 DOA RTCH Soft-Softer Handoff Branch Average PER [0.10%]...................................................9-141

9.3 DO RTCH Traffic Performance Stat...........................................................................................................9-1419.3.1 DO RTCH 1X Single Branch Received Packet Count [packet]........................................................9-1429.3.2 DO RTCH 1X Soft Handoff Branch Received Packet Count [packet]..............................................9-1439.3.3 DO RTCH 1X Softer Handoff Branch Received Packet Count [packet]...........................................9-1449.3.4 DO RTCH 1X Soft-Softer Handoff Branch Received Packet Count [packet]...................................9-1449.3.5 DO RTCH 2X Single Branch Received Packet Count [packet]........................................................9-1459.3.6 DO RTCH 2X Soft Handoff Branch Received Packet Count [packet]..............................................9-1459.3.7 DO RTCH 2X Softer Handoff Branch Received Packet Count [packet]...........................................9-146



xxiii

9.3.8 DO RTCH 2X Soft-Softer Handoff Branch Received Packet Count [packet]...................................9-1479.3.9 DO RTCH 4X Single Branch Received Packet Count [packet]........................................................ 9-1479.3.10 DO RTCH 4X Soft Handoff Branch Received Packet Count [packet]............................................9-1489.3.11 DO RTCH 4X Softer Handoff Branch Received Packet Count [packet].........................................9-1499.3.12 DO RTCH 4X Soft-Softer Handoff Branch Received Packet Count [packet].................................9-1499.3.13 DO RTCH 8X Single Branch Received Packet Count [packet]...................................................... 9-1509.3.14 DO RTCH 8X Soft Handoff Branch Received Packet Count [packet]............................................9-1509.3.15 DO RTCH 8X Softer Handoff Branch Received Packet Count [packet].........................................9-1519.3.16 DO RTCH 8X Soft-Softer Handoff Branch Received Packet Count [packet].................................9-1529.3.17 DO RTCH 16X Single Branch Received Packet Count [packet].................................................... 9-1529.3.18 DO RTCH 16X Soft Handoff Branch Received Packet Count [packet]..........................................9-1539.3.19 DO RTCH 16X Softer Handoff Branch Received Packet Count [packet].......................................9-1549.3.20 DO RTCH 16X Soft-Softer Handoff Branch Received Packet Count [packet]...............................9-1549.3.21 DO RTCH 9.6k Received Packet Count [packet]............................................................................9-1559.3.22 DO RTCH 19.2k Received Packet Count [packet]..........................................................................9-1559.3.23 DO RTCH 38.4k Received Packet Count [packet]..........................................................................9-1569.3.24 DO RTCH 76.8k Received Packet Count [packet]..........................................................................9-1579.3.25 DO RTCH 153.6k Received Packet Count [packet]........................................................................9-157

9.4 DO RTCH Eb/Nt Performance Stat............................................................................................................9-1589.4.1 DO RTCH 1X Single Branch Average Eb/Nt [0.125 dB]................................................................. 9-1599.4.2 DO RTCH 1X Single Branch Max Eb/Nt [0.125 dB]........................................................................9-1609.4.3 DO RTCH 1X Single Branch Min Eb/Nt [0.125 dB]........................................................................9-1609.4.4 DO RTCH 1X Soft Handoff Branch Average Eb/Nt [0.125 dB].......................................................9-1619.4.5 DO RTCH 1X Softer Handoff Branch Average Eb/Nt [0.125 dB]....................................................9-1629.4.6 DO RTCH 1X Softer Handoff Branch Max Eb/Nt [0.125 dB]..........................................................9-1629.4.7 DO RTCH 1X Softer Handoff Branch Min Eb/Nt [0.125 dB].......................................................... 9-1639.4.8 DO RTCH 1X Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB]............................................9-1649.4.9 DO RTCH 2X Single Branch Average Eb/Nt [0.125 dB]................................................................. 9-1649.4.10 DO RTCH 2X Single Branch Max Eb/Nt [0.125 dB]......................................................................9-1659.4.11 DO RTCH 2X Single Branch Min Eb/Nt [0.125 dB]......................................................................9-1659.4.12 DO RTCH 2X Soft Handoff Branch Average Eb/Nt [0.125 dB].....................................................9-1669.4.13 DO RTCH 2X Softer Handoff Branch Average Eb/Nt [0.125 dB]..................................................9-1679.4.14 DO RTCH 2X Softer Handoff Branch Max Eb/Nt [0.125 dB]........................................................9-1679.4.15 DO RTCH 2X Softer Handoff Branch Min Eb/Nt [0.125 dB]........................................................ 9-1689.4.16 DO RTCH 2X Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB]..........................................9-1699.4.17 DO RTCH 4X Single Branch Average Eb/Nt [0.125 dB]............................................................... 9-1699.4.18 DO RTCH 4X Single Branch Max Eb/Nt [0.125 dB]......................................................................9-1709.4.19 DO RTCH 4X Single Branch Min Eb/Nt [0.125 dB]......................................................................9-1709.4.20 DO RTCH 4X Soft Handoff Branch Average Eb/Nt [0.125 dB].....................................................9-1719.4.21 DO RTCH 4X Softer Handoff Branch Average Eb/Nt [0.125 dB]..................................................9-1729.4.22 DO RTCH 4X Softer Handoff Branch Max Eb/Nt [0.125 dB]........................................................9-1729.4.23 DO RTCH 4X Softer Handoff Branch Min Eb/Nt [0.125 dB]........................................................ 9-173



xxiv Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.

Issue 02 (2010-06-18)

9.4.24 DO RTCH 4X Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB]..........................................9-1749.4.25 DO RTCH 8X Single Branch Average Eb/Nt [0.125 dB]...............................................................9-1749.4.26 DO RTCH 8X Single Branch Max Eb/Nt [0.125 dB]......................................................................9-1759.4.27 DO RTCH 8X Single Branch Min Eb/Nt [0.125 dB]......................................................................9-1759.4.28 DO RTCH 8X Soft Handoff Branch Average Eb/Nt [0.125 dB].....................................................9-1769.4.29 DO RTCH 8X Softer Handoff Branch Average Eb/Nt [0.125 dB]..................................................9-1779.4.30 DO RTCH 8X Softer Handoff Branch Max Eb/Nt [0.125 dB]........................................................9-1779.4.31 DO RTCH 8X Softer Handoff Branch Min Eb/Nt [0.125 dB]........................................................9-1789.4.32 DO RTCH 8X Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB]..........................................9-1799.4.33 DO RTCH 16X Single Branch Average Eb/Nt [0.125 dB].............................................................9-1799.4.34 DO RTCH 16X Single Branch Max Eb/Nt [0.125 dB]....................................................................9-1809.4.35 DO RTCH 16X Single Branch Min Eb/Nt [0.125 dB]....................................................................9-1809.4.36 DO RTCH 16X Soft Handoff Branch Average Eb/Nt [0.125 dB]...................................................9-1819.4.37 DO RTCH 16X Softer Handoff Branch Average Eb/Nt [0.125 dB]................................................9-1829.4.38 DO RTCH 16X Softer Handoff Branch Max Eb/Nt [0.125 dB]......................................................9-1829.4.39 DO RTCH 16X Softer Handoff Branch Min Eb/Nt [0.125 dB]......................................................9-1839.4.40 DO RTCH 16X Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB]........................................9-184

9.5 DO DRC Request Rate Occupancy Slot Stat..............................................................................................9-1849.5.1 Evm DRC Rate 38.4k Slot Count [entries]........................................................................................9-1859.5.2 Evm DRC Rate 76.8k Slot Count [entries]........................................................................................9-1869.5.3 Evm DRC Rate 153.6k Slot Count [entries]......................................................................................9-1869.5.4 Evm DRC Rate 307.2k Short Format Slot Count [entries]................................................................9-1879.5.5 Evm DRC Rate 307.2k Long Format Slot Count [entries]................................................................9-1879.5.6 Evm DRC Rate 614.4k Short Format Slot Count [entries]................................................................9-1889.5.7 Evm DRC Rate 614.4k Long Format Slot Count [entries]................................................................9-1899.5.8 Evm DRC Rate 921.6k Slot Count [entries]......................................................................................9-1899.5.9 Evm DRC Rate 1228.8k Short Format Slot Count [entries]..............................................................9-1909.5.10 Evm DRC Rate 1228.8k Long Format Slot Count [entries]............................................................9-1919.5.11 Evm DRC Rate 1843.2k Slot Count [entries]..................................................................................9-1919.5.12 Evm DRC Rate 2457.6k Slot Count [entries]..................................................................................9-1929.5.13 Evm DOA DRC Rate 38.4k Slot Count [entries].............................................................................9-1929.5.14 Evm DOA DRC Rate 76.8k Slot Count [entries].............................................................................9-1939.5.15 Evm DOA DRC Rate 153.6k Slot Count [entries]...........................................................................9-1949.5.16 Evm DOA DRC Rate 307.2k Short Format Slot Count [entries]....................................................9-1949.5.17 Evm DOA DRC Rate 307.2k Long Format Slot Count [entries].....................................................9-1959.5.18 Evm DOA DRC Rate 614.4k Short Format Slot Count [entries]....................................................9-1969.5.19 Evm DOA DRC Rate 614.4k Long Format Slot Count [entries].....................................................9-1969.5.20 Evm DOA DRC Rate 921.6k Slot Count [entries]...........................................................................9-1979.5.21 Evm DOA DRC Rate 1228.8k Short Format Slot Count [entries]..................................................9-1979.5.22 Evm DOA DRC Rate 1228.8k Long Format Slot Count [entries]...................................................9-1989.5.23 Evm DOA DRC Rate 1843.2k Slot Count [entries].........................................................................9-1999.5.24 Evm DOA DRC Rate 2457.6k Slot Count [entries].........................................................................9-199



xxv

9.5.25 Evm DOA DRC Rate 1536k Slot Count [entries]............................................................................9-2009.5.26 Evm DOA DRC Rate 3072k Slot Count [entries]............................................................................9-201

9.6 DO TCH Qos Performance Stat..................................................................................................................9-2019.6.1 DO TCH Average DRC Value [no unit]............................................................................................9-2029.6.2 DO TCH EF Flow Average Delay [ms].............................................................................................9-2029.6.3 DO TCH EF Flow Maximum Delay [ms]..........................................................................................9-2039.6.4 DO TCH EF Flow Average Delay Offset [ms]..................................................................................9-2039.6.5 DO TCH EF Flow Maximum Delay Offset [ms]...............................................................................9-2049.6.6 DO TCH EF Flow Discarded Packet Count Due to Delay [packet]..................................................9-2059.6.7 DO TCH Reverse Mac Layer Throughput [byte].............................................................................. 9-2059.6.8 DO TCH Forward EF Flow Physical Layer Throughput [byte]........................................................ 9-2069.6.9 DO TCH Forward AF Flow Physical Layer Throughput [byte]........................................................9-2069.6.10 DO TCH Forward BE Flow Physical Layer Throughput [byte]......................................................9-2079.6.11 DOA TCH Average DRC Value [no unit].......................................................................................9-208

9.7 DO TCH Load Performance Stat................................................................................................................9-2089.7.1 DO TCH Normal Leg Count [entries]................................................................................................9-2099.7.2 DO TCH Soft Leg Count [entries].....................................................................................................9-2109.7.3 DO TCH Softer Leg Count [entries]..................................................................................................9-2109.7.4 DO TCH Maximum Slot Occupancy Ratio [0.01%]......................................................................... 9-2119.7.5 DO TCH Average Slot Occupancy Ratio [0.01%].............................................................................9-2119.7.6 DO TCH Maximum Flow Count [entries].........................................................................................9-2129.7.7 DO TCH Average Flow Count [entries]............................................................................................9-2129.7.8 DO TCH EF Flow Count [entries].....................................................................................................9-2139.7.9 DO TCH EF Flow Bandwidth [bps].................................................................................................. 9-2149.7.10 DO TCH EF Flow Slot Occupancy [0.01%]....................................................................................9-2149.7.11 DO TCH AF Flow Count [entries]...................................................................................................9-2159.7.12 DO TCH AF Flow Bandwidth [bps]................................................................................................9-2159.7.13 DO TCH AF Flow Slot Occupancy [0.01%]................................................................................... 9-2169.7.14 DO TCH BE Flow Count [entries]...................................................................................................9-2179.7.15 DO TCH BE Flow Bandwidth [bps]................................................................................................9-2179.7.16 DO TCH BE Flow Slot Occupancy [0.01%]................................................................................... 9-2189.7.17 DO TCH Low Latency Reverse Transmit Mode Packet Count [packet].........................................9-2189.7.18 DO TCH High Capacity Reverse Transmit Mode Packet Count [packet].......................................9-2199.7.19 DO TCH Low Latency Reverse Transmit Mode Bandwidth [bps]..................................................9-2209.7.20 DO TCH High Capacity Reverse Transmit Mode Bandwidth [bps]............................................... 9-2209.7.21 DO TCH Maximum ROT [1/8 dB]..................................................................................................9-2219.7.22 DO TCH Minimum ROT [1/8 dB]...................................................................................................9-2219.7.23 DO TCH Average ROT [1/8 dB].....................................................................................................9-2229.7.24 DO TCH Reverse Load [1/8 dB]......................................................................................................9-2239.7.25 DO TCH Special User Average Slot Occupancy Ratio [0.01%].....................................................9-2239.7.26 Evm Active Usage [entries]............................................................................................................. 9-2249.7.27 DO TCH Total Slot Occupancy Number [entries]...........................................................................9-224



xxvi Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.

Issue 02 (2010-06-18)

9.8 DO TCH Congestion Performance Stat......................................................................................................9-2259.8.1 DO TCH AF Traffic Channel Allocate Failed Times [times]............................................................9-2259.8.2 DO TCH EF Traffic Channel Allocate Failed Times [times]............................................................9-226

9.9 DO TCH Access Performance Stat.............................................................................................................9-2269.9.1 DO TCH EF Flow Setup Times [times].............................................................................................9-2279.9.2 DO TCH EF Flow Forward Access Failed Times [times].................................................................9-2279.9.3 DO TCH EF Flow Reverse Access Failed Times [times]..................................................................9-2289.9.4 DO TCH EF Flow Other Failed Times [times]..................................................................................9-2299.9.5 DO TCH AF Flow Setup Times [times]............................................................................................9-2299.9.6 DO TCH AF Flow Forward Access Failed Times [times].................................................................9-2309.9.7 DO TCH AF Flow Reverse Access Failed Times [times].................................................................9-2319.9.8 DO TCH AF Flow Other Failed Times [times].................................................................................9-2319.9.9 DO TCH BE Flow Setup Times [times]............................................................................................9-2329.9.10 DO TCH BE Flow Forward Access Failed Times [times]...............................................................9-2329.9.11 DO TCH BE Flow Reverse Access Failed Times [times]...............................................................9-2339.9.12 DO TCH BE Flow Other Failed Times [times]...............................................................................9-2349.9.13 DO TCH Special User Flow Setup Times [times]...........................................................................9-2349.9.14 DO TCH Special User Flow Forward Access Failed Times [times]...............................................9-2359.9.15 DO TCH Special User Flow Other Failed Times [times]................................................................9-235

9.10 DO TCH Forward RLP Throughput Stat..................................................................................................9-2369.10.1 DO FTCH Forward RLP Layer Transmit Throughput [byte]..........................................................9-2369.10.2 DO FTCH Forward RLP Layer Retransmit Throughput [byte].......................................................9-237

9.11 DO User Number Stat...............................................................................................................................9-2379.11.1 DO Average Active User Count [entries]........................................................................................9-2389.11.2 DO Maximum Active User Count [entries].....................................................................................9-2389.11.3 DO Minimum Active User Count [entries]......................................................................................9-2399.11.4 DO Average Active Connection Number [entries]..........................................................................9-239

9.12 DO Coverage Performance Stat................................................................................................................9-2409.12.1 DO0 Forward Data Require Number [times]...................................................................................9-2409.12.2 DO0 Forward Data Stop Number [times]........................................................................................9-2419.12.3 DOA Forward Data Require Number [times]..................................................................................9-2419.12.4 DOA Forward Data Stop Number [times].......................................................................................9-242

9.13 DO TCH Forward Load Performance Stat................................................................................................9-2429.13.1 DO Forward TCH OCCUPY TIME [s]...........................................................................................9-242

10 RSSI Performance Measurement........................................................................................10-110.1 RSSI Performance Stat................................................................................................................................10-2

10.1.1 Main RSSI Average Value [0.1 dBm]...............................................................................................10-210.1.2 Div RSSI Average Value [0.1 dBm]..................................................................................................10-310.1.3 Main RSSI Max Value [0.1 dBm]......................................................................................................10-310.1.4 Div RSSI Max Value [0.1 dBm]........................................................................................................10-410.1.5 Main RSSI Min Value [0.1 dBm]......................................................................................................10-410.1.6 Div RSSI Min Value [0.1 dBm].........................................................................................................10-5



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10.1.7 Main Floor Noise Max Value [0.1 dBm]...........................................................................................10-510.1.8 Div Floor Noise Max Value [0.1 dBm]..............................................................................................10-610.1.9 Main Floor Noise Min Value [0.1 dBm]............................................................................................10-610.1.10 Div Floor Noise Min Value [0.1 dBm]............................................................................................10-710.1.11 Main Floor Noise Average Value [0.1 dBm]...................................................................................10-710.1.12 Div Floor Noise Average Value [0.1 dBm].....................................................................................10-8

10.2 TRM RSSI Performance Stat......................................................................................................................10-910.2.1 TRM0 Main RSSI Average Value [0.1 dBm]..................................................................................10-1210.2.2 TRM1 Main RSSI Average Value [0.1 dBm]..................................................................................10-1210.2.3 TRM2 Main RSSI Average Value [0.1 dBm]..................................................................................10-1310.2.4 TRM3 Main RSSI Average Value [0.1 dBm]..................................................................................10-1410.2.5 TRM4 Main RSSI Average Value [0.1 dBm]..................................................................................10-1410.2.6 TRM5 Main RSSI Average Value [0.1 dBm]..................................................................................10-1510.2.7 TRM6 Main RSSI Average Value [0.1 dBm]..................................................................................10-1510.2.8 TRM7 Main RSSI Average Value [0.1 dBm]..................................................................................10-1610.2.9 TRM8 Main RSSI Average Value [0.1 dBm]..................................................................................10-1610.2.10 TRM9 Main RSSI Average Value [0.1 dBm]................................................................................10-1710.2.11 TRM10 Main RSSI Average Value [0.1 dBm]..............................................................................10-1710.2.12 TRM11 Main RSSI Average Value [0.1 dBm]..............................................................................10-1810.2.13 TRM12 Main RSSI Average Value [0.1 dBm]..............................................................................10-1810.2.14 TRM13 Main RSSI Average Value [0.1 dBm]..............................................................................10-1910.2.15 TRM14 Main RSSI Average Value [0.1 dBm]..............................................................................10-2010.2.16 TRM15 Main RSSI Average Value [0.1 dBm]..............................................................................10-2010.2.17 TRM16 Main RSSI Average Value [0.1 dBm]..............................................................................10-2110.2.18 TRM17 Main RSSI Average Value [0.1 dBm]..............................................................................10-2110.2.19 TRM0 Main RSSI Max Value [0.1 dBm]......................................................................................10-2210.2.20 TRM1 Main RSSI Max Value [0.1 dBm]......................................................................................10-2210.2.21 TRM2 Main RSSI Max Value [0.1 dBm]......................................................................................10-2310.2.22 TRM3 Main RSSI Max Value [0.1 dBm]......................................................................................10-2310.2.23 TRM4 Main RSSI Max Value [0.1 dBm]......................................................................................10-2410.2.24 TRM5 Main RSSI Max Value [0.1 dBm]......................................................................................10-2410.2.25 TRM6 Main RSSI Max Value [0.1 dBm]......................................................................................10-2510.2.26 TRM7 Main RSSI Max Value [0.1 dBm]......................................................................................10-2510.2.27 TRM8 Main RSSI Max Value [0.1 dBm]......................................................................................10-2610.2.28 TRM9 Main RSSI Max Value [0.1 dBm]......................................................................................10-2710.2.29 TRM10 Main RSSI Max Value [0.1 dBm]....................................................................................10-2710.2.30 TRM11 Main RSSI Max Value [0.1 dBm]....................................................................................10-2810.2.31 TRM12 Main RSSI Max Value [0.1 dBm]....................................................................................10-2810.2.32 TRM13 Main RSSI Max Value [0.1 dBm]....................................................................................10-2910.2.33 TRM14 Main RSSI Max Value [0.1 dBm]....................................................................................10-2910.2.34 TRM15 Main RSSI Max Value [0.1 dBm]....................................................................................10-3010.2.35 TRM16 Main RSSI Max Value [0.1 dBm]....................................................................................10-30



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10.2.36 TRM17 Main RSSI Max Value [0.1 dBm]....................................................................................10-3110.2.37 TRM0 Main RSSI Min Value [0.1 dBm].......................................................................................10-3110.2.38 TRM1 Main RSSI Min Value [0.1 dBm].......................................................................................10-3210.2.39 TRM2 Main RSSI Min Value [0.1 dBm].......................................................................................10-3210.2.40 TRM3 Main RSSI Min Value [0.1 dBm].......................................................................................10-3310.2.41 TRM4 Main RSSI Min Value [0.1 dBm].......................................................................................10-3410.2.42 TRM5 Main RSSI Min Value [0.1 dBm].......................................................................................10-3410.2.43 TRM6 Main RSSI Min Value [0.1 dBm].......................................................................................10-3510.2.44 TRM7 Main RSSI Min Value [0.1 dBm].......................................................................................10-3510.2.45 TRM8 Main RSSI Min Value [0.1 dBm].......................................................................................10-3610.2.46 TRM9 Main RSSI Min Value [0.1 dBm].......................................................................................10-3610.2.47 TRM10 Main RSSI Min Value [0.1 dBm].....................................................................................10-3710.2.48 TRM11 Main RSSI Min Value [0.1 dBm].....................................................................................10-3710.2.49 TRM12 Main RSSI Min Value [0.1 dBm].....................................................................................10-3810.2.50 TRM13 Main RSSI Min Value [0.1 dBm].....................................................................................10-3810.2.51 TRM14 Main RSSI Min Value [0.1 dBm].....................................................................................10-3910.2.52 TRM15 Main RSSI Min Value [0.1 dBm].....................................................................................10-3910.2.53 TRM16 Main RSSI Min Value [0.1 dBm].....................................................................................10-4010.2.54 TRM17 Main RSSI Min Value [0.1 dBm].....................................................................................10-4110.2.55 TRM0 Div RSSI Average Value [0.1 dBm]..................................................................................10-4110.2.56 TRM1 Div RSSI Average Value [0.1 dBm]..................................................................................10-4210.2.57 TRM2 Div RSSI Average Value [0.1 dBm]..................................................................................10-4210.2.58 TRM3 Div RSSI Average Value [0.1 dBm]..................................................................................10-4310.2.59 TRM4 Div RSSI Average Value [0.1 dBm]..................................................................................10-4310.2.60 TRM5 Div RSSI Average Value [0.1 dBm]..................................................................................10-4410.2.61 TRM6 Div RSSI Average Value [0.1 dBm]..................................................................................10-4410.2.62 TRM7 Div RSSI Average Value [0.1 dBm]..................................................................................10-4510.2.63 TRM8 Div RSSI Average Value [0.1 dBm]..................................................................................10-4510.2.64 TRM9 Div RSSI Average Value [0.1 dBm]..................................................................................10-4610.2.65 TRM10 Div RSSI Average Value [0.1 dBm]................................................................................10-4610.2.66 TRM11 Div RSSI Average Value [0.1 dBm]................................................................................10-4710.2.67 TRM12 Div RSSI Average Value [0.1 dBm]................................................................................10-4810.2.68 TRM13 Div RSSI Average Value [0.1 dBm]................................................................................10-4810.2.69 TRM14 Div RSSI Average Value [0.1 dBm]................................................................................10-4910.2.70 TRM15 Div RSSI Average Value [0.1 dBm]................................................................................10-4910.2.71 TRM16 Div RSSI Average Value [0.1 dBm]................................................................................10-5010.2.72 TRM17 Div RSSI Average Value [0.1 dBm]................................................................................10-5010.2.73 TRM0 Div RSSI Max Value [0.1 dBm]........................................................................................ 10-5110.2.74 TRM1 Div RSSI Max Value [0.1 dBm]........................................................................................ 10-5110.2.75 TRM2 Div RSSI Max Value [0.1 dBm]........................................................................................ 10-5210.2.76 TRM3 Div RSSI Max Value [0.1 dBm]........................................................................................ 10-5210.2.77 TRM4 Div RSSI Max Value [0.1 dBm]........................................................................................ 10-53



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10.2.78 TRM5 Div RSSI Max Value [0.1 dBm]........................................................................................ 10-5310.2.79 TRM6 Div RSSI Max Value [0.1 dBm]........................................................................................10-5410.2.80 TRM7 Div RSSI Max Value [0.1 dBm]........................................................................................10-5510.2.81 TRM8 Div RSSI Max Value [0.1 dBm]........................................................................................10-5510.2.82 TRM9 Div RSSI Max Value [0.1 dBm]........................................................................................10-5610.2.83 TRM10 Div RSSI Max Value [0.1 dBm]......................................................................................10-5610.2.84 TRM11 Div RSSI Max Value [0.1 dBm]......................................................................................10-5710.2.85 TRM12 Div RSSI Max Value [0.1 dBm]......................................................................................10-5710.2.86 TRM13 Div RSSI Max Value [0.1 dBm]......................................................................................10-5810.2.87 TRM14 Div RSSI Max Value [0.1 dBm]......................................................................................10-5810.2.88 TRM15 Div RSSI Max Value [0.1 dBm]......................................................................................10-5910.2.89 TRM16 Div RSSI Max Value [0.1 dBm]......................................................................................10-5910.2.90 TRM17 Div RSSI Max Value [0.1 dBm]......................................................................................10-6010.2.91 TRM0 Div RSSI Min Value [0.1 dBm].........................................................................................10-6010.2.92 TRM1 Div RSSI Min Value [0.1 dBm].........................................................................................10-6110.2.93 TRM2 Div RSSI Min Value [0.1 dBm].........................................................................................10-6210.2.94 TRM3 Div RSSI Min Value [0.1 dBm].........................................................................................10-6210.2.95 TRM4 Div RSSI Min Value [0.1 dBm].........................................................................................10-6310.2.96 TRM5 Div RSSI Min Value [0.1 dBm].........................................................................................10-6310.2.97 TRM6 Div RSSI Min Value [0.1 dBm].........................................................................................10-6410.2.98 TRM7 Div RSSI Min Value [0.1 dBm].........................................................................................10-6410.2.99 TRM8 Div RSSI Min Value [0.1 dBm].........................................................................................10-6510.2.100 TRM9 Div RSSI Min Value [0.1 dBm].......................................................................................10-6510.2.101 TRM10 Div RSSI Min Value [0.1 dBm].....................................................................................10-6610.2.102 TRM11 Div RSSI Min Value [0.1 dBm].....................................................................................10-6610.2.103 TRM12 Div RSSI Min Value [0.1 dBm].....................................................................................10-6710.2.104 TRM13 Div RSSI Min Value [0.1 dBm].....................................................................................10-6710.2.105 TRM14 Div RSSI Min Value [0.1 dBm].....................................................................................10-6810.2.106 TRM15 Div RSSI Min Value [0.1 dBm].....................................................................................10-6910.2.107 TRM16 Div RSSI Min Value [0.1 dBm].....................................................................................10-6910.2.108 TRM17 Div RSSI Min Value [0.1 dBm].....................................................................................10-70

11 DO CCH Performance Measurement.................................................................................11-111.1 DO CCH Using Ratio Performance Stat.....................................................................................................11-2

11.1.1 DO CCH Sync Message Using Packet Count [packet]......................................................................11-311.1.2 DO CCH Sync Message Average Using Ratio [%]...........................................................................11-311.1.3 DO CCH Sync Message Max Using Ratio [%].................................................................................11-411.1.4 DO CCH Sync Message Min Using Ratio [%]..................................................................................11-511.1.5 DO CCH Sync Overhead Message Average Using Ratio [%]...........................................................11-511.1.6 DO CCH Sync Overhead Message Max Using Ratio [%].................................................................11-611.1.7 DO CCH Sync Overhead Message Min Using Ratio [%].................................................................11-611.1.8 DO CCH Sync Other Message Average Using Ratio [%].................................................................11-711.1.9 DO CCH Sync Other Message Max Using Ratio [%].......................................................................11-8



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11.1.10 DO CCH Sync Other Message Min Using Ratio [%]......................................................................11-811.1.11 DO CCH Sync Message in Buffer Message Count [piece].............................................................11-911.1.12 DO CCH Asynchronous Message Using Packet Count [packet].....................................................11-911.1.13 DO CCH Asynchronous Message Average Using Ratio [%]........................................................11-1011.1.14 DO CCH Asynchronous Message Max Using Ratio [%]..............................................................11-1111.1.15 DO CCH Asynchronous Message Min Using Ratio [%]...............................................................11-1111.1.16 DO CCH Asynchronous Message in Buffer Message Count [piece]............................................ 11-1211.1.17 DO CCH Sub-Synchronous Received Message Count [piece]......................................................11-1211.1.18 DO CCH Sub-Synchronous Send Message Count [piece].............................................................11-1311.1.19 DO CCH Sub-Synchronous Send Packet Count Of (128, 4, 1024) [packet].................................11-1411.1.20 DO CCH Sub-Synchronous Send Packet Count Of (256, 4, 1024) [packet].................................11-1411.1.21 DO CCH Sub-Synchronous Send Packet Count Of (512, 4, 1024) [packet].................................11-1511.1.22 DO CCH Sub-Synchronous Send Packet Count Of (1024, 16, 1024) [packet].............................11-1511.1.23 DO CCH Sub-Synchronous Send Packet Count Of (1024, 8, 1024) [packet]...............................11-1611.1.24 DO CCH Page period Changed Times [times].............................................................................. 11-1711.1.25 DO CCH Discarded Sub-Synchronous Message Count Due to Buffer Full [piece]......................11-1711.1.26 DO CCH Asynchronous Send Packet Count Of (128, 4, 1024) [packet]...................................... 11-1811.1.27 DO CCH Asynchronous Send Packet Count Of (256, 4, 1024) [packet]...................................... 11-1811.1.28 DO CCH Asynchronous Send Packet Count Of (512, 4, 1024) [packet]...................................... 11-1911.1.29 DO CCH Asynchronous Send Packet Count Of (1024, 16, 1024) [packet].................................. 11-2011.1.30 DO CCH Asynchronous Send Packet Count Of (1024, 8, 1024) [packet].................................... 11-2011.1.31 DO CCH Asynchronous Delay 500 ms Or Above Message Count [piece]...................................11-2111.1.32 DO CCH Maximum Synchronous Packet Occupancy Ratio [%]..................................................11-2211.1.33 DO CCH Minimum Synchronous Packet Occupancy Ratio [%]...................................................11-2211.1.34 DO CCH Average Synchronous Packet Occupancy Ratio [%].....................................................11-2311.1.35 DO CCH Maximum Sub-Synchronous Packet Occupancy Ratio [%].......................................... 11-2311.1.36 DO CCH Minimum Sub-Synchronous Packet Occupancy Ratio [%]...........................................11-2411.1.37 DO CCH Average Sub-Synchronous Packet Occupancy Ratio [%]..............................................11-2511.1.38 DO CCH Maximum Asynchronous Packet Occupancy Ratio [%]................................................11-2511.1.39 DO CCH Minimum Asynchronous Packet Occupancy Ratio [%]................................................ 11-2611.1.40 DO CCH Average Asynchronous Packet Occupancy Ratio [%]...................................................11-27

11.2 DO CCH Discard Performance Stat..........................................................................................................11-2711.2.1 DO CCH Discarded Sync Message Count Due to Buffer Full [piece]............................................11-2711.2.2 DO CCH Discarded Sync Message Ratio [%].................................................................................11-2811.2.3 DO CCH Discarded Asynchronous Message Count Due to Buffer Full [piece].............................11-2911.2.4 DO CCH Discarded Asynchronous Message Count Due to Living Time [piece]...........................11-2911.2.5 DO CCH Discarded Asynchronous Message Ratio [%]..................................................................11-30

11.3 DO CCH Delay Performance Stat.............................................................................................................11-3011.3.1 DO CCH Sync No Delay Send Message Count [piece]...................................................................11-3011.3.2 DO CCH Sync One Delay Send Message Count [piece].................................................................11-3111.3.3 DO CCH Sync Two Delay Send Message Count [piece]................................................................11-3211.3.4 DO CCH Sync More Delay Send Message Count [piece]...............................................................11-32



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11.3.5 DO CCH Asynchronous Message No Delay Send Message Count [piece].....................................11-33

12 DO ACH Performance Measurement.................................................................................12-112.1 DO ACH performance Stat.........................................................................................................................12-2

12.1.1 DO ACH Maximum Slot Occupancy Ratio [%]................................................................................12-212.1.2 DO ACH Minimum Slot Occupancy Ratio [%].................................................................................12-312.1.3 DO ACH Maximum Collision Occupancy Ratio [%]........................................................................12-312.1.4 DO ACH Minimum Collision Occupancy Ratio [%]........................................................................12-412.1.5 DO ACH Correct Access Capsule Count [packet].............................................................................12-412.1.6 DO ACH Erased Access Capsule Count [packet]..............................................................................12-512.1.7 DO ACH Apersistence0 Peak Value [no unit]...................................................................................12-612.1.8 DO ACH Apersistence1 Peak Value [no unit]...................................................................................12-612.1.9 DO ACH Apersistence2 Peak Value [no unit]...................................................................................12-712.1.10 DO ACH Apersistence3 Peak Value [no unit].................................................................................12-712.1.11 DO ACH Apersistence0 Average Value [no unit]...........................................................................12-812.1.12 DO ACH Apersistence1 Average Value [no unit]...........................................................................12-812.1.13 DO ACH Apersistence2 Average Value [no unit]...........................................................................12-912.1.14 DO ACH Apersistence3 Average Value [no unit].........................................................................12-1012.1.15 DO ACH Average Slot Occupancy Ratio [%]...............................................................................12-1012.1.16 DO ACH Average Collision Occupancy Ratio [%].......................................................................12-11

13 DOA RTCH Performance Measurement...........................................................................13-113.1 DOA TCH Performance Stat.......................................................................................................................13-2

13.1.1 DO RTCH (Packet Length Is 128 Bits) Single Branch Received Packet Count [packet].................13-813.1.2 DO RTCH (Packet Length Is 128 Bits) Single Branch Average Eb/Nt [0.125 dB]..........................13-913.1.3 DO RTCH (Packet Length Is 128 Bits) Single Branch Max Eb/Nt [0.125 dB]..............................13-1013.1.4 DO RTCH (Packet Length Is 128 Bits) Single Branch Min Eb/Nt [0.125 dB]...............................13-1013.1.5 DO RTCH (Packet Length Is 128 Bits) Soft Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-1113.1.6 DO RTCH (Packet Length Is 128 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]..............13-1213.1.7 DO RTCH (Packet Length Is 128 Bits) Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-1313.1.8 DO RTCH (Packet Length Is 128 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB]..........13-1313.1.9 DO RTCH (Packet Length Is 128 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB].................13-1413.1.10 DO RTCH (Packet Length Is 128 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB]...............13-1513.1.11 DO RTCH (Packet Length Is 128 Bits) Soft-Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-1513.1.12 DO RTCH (Packet Length Is 128 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-1613.1.13 DO RTCH (Packet Length Is 256 Bits) Single Branch Received Packet Count [packet].............13-1713.1.14 DO RTCH (Packet Length Is 256 Bits) Single Branch Average Eb/Nt [0.125 dB]......................13-1813.1.15 DO RTCH (Packet Length Is 256 Bits) Single Branch Max Eb/Nt [0.125 dB]............................13-1813.1.16 DO RTCH (Packet Length Is 256 Bits) Single Branch Min Eb/Nt [0.125 dB].............................13-1913.1.17 DO RTCH (Packet Length Is 256 Bits) Soft Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-20



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13.1.18 DO RTCH (Packet Length Is 256 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]............13-2113.1.19 DO RTCH (Packet Length Is 256 Bits) Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-2113.1.20 DO RTCH (Packet Length Is 256 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB]........13-2213.1.21 DO RTCH (Packet Length Is 256 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB]...............13-2313.1.22 DO RTCH (Packet Length Is 256 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB]...............13-2413.1.23 DO RTCH (Packet Length Is 256 Bits) Soft-Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-2413.1.24 DO RTCH (Packet Length Is 256 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-2513.1.25 DO RTCH (Packet Length Is 512 Bits) Single Branch Received Packet Count [packet].............13-2613.1.26 DO RTCH (Packet Length Is 512 Bits) Single Branch Average Eb/Nt [0.125 dB]......................13-2713.1.27 DO RTCH (Packet Length Is 512 Bits) Single Branch Max Eb/Nt [0.125 dB]............................13-2713.1.28 DO RTCH (Packet Length Is 512 Bits) Single Branch Min Eb/Nt [0.125 dB].............................13-2813.1.29 DO RTCH (Packet Length Is 512 Bits) Soft Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-2913.1.30 DO RTCH (Packet Length Is 512 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]............13-3013.1.31 DO RTCH (Packet Length Is 512 Bits) Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-3013.1.32 DO RTCH (Packet Length Is 512 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB]........13-3113.1.33 DO RTCH (Packet Length Is 512 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB]...............13-3213.1.34 DO RTCH (Packet Length Is 512 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB]...............13-3313.1.35 DO RTCH (Packet Length Is 512 Bits) Soft-Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-3313.1.36 DO RTCH (Packet Length Is 512 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-3413.1.37 DO RTCH (Packet Length Is 768 Bits) Single Branch Received Packet Count [packet].............13-3513.1.38 DO RTCH (Packet Length Is 768 Bits) Single Branch Average Eb/Nt [0.125 dB]......................13-3613.1.39 DO RTCH (Packet Length Is 768 Bits) Single Branch Max Eb/Nt [0.125 dB]............................13-3613.1.40 DO RTCH (Packet Length Is 768 Bits) Single Branch Min Eb/Nt [0.125 dB].............................13-3713.1.41 DO RTCH (Packet Length Is 768 Bits) Soft Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-3813.1.42 DO RTCH (Packet Length Is 768 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]............13-3913.1.43 DO RTCH (Packet Length Is 768 Bits) Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-3913.1.44 DO RTCH (Packet Length Is 768 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB]........13-4013.1.45 DO RTCH (Packet Length Is 768 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB]...............13-4113.1.46 DO RTCH (Packet Length Is 768 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB]...............13-4213.1.47 DO RTCH (Packet Length Is 768 Bits) Soft-Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-4213.1.48 DO RTCH (Packet Length Is 768 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-4313.1.49 DO RTCH (Packet Length Is 1024 Bits) Single Branch Received Packet Count [packet]...........13-4413.1.50 DO RTCH (Packet Length Is 1024 Bits) Single Branch Average Eb/Nt [0.125 dB]....................13-4513.1.51 DO RTCH (Packet Length Is 1024 Bits) Single Branch Max Eb/Nt [0.125 dB]..........................13-45



xxxiii

13.1.52 DO RTCH (Packet Length Is 1024 Bits) Single Branch Min Eb/Nt [0.125 dB]...........................13-4613.1.53 DO RTCH (Packet Length Is 1024 Bits) Soft Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-4713.1.54 DO RTCH (Packet Length Is 1024 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]..........13-4813.1.55 DO RTCH (Packet Length Is 1024 Bits) Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-4813.1.56 DO RTCH (Packet Length Is 1024 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-4913.1.57 DO RTCH (Packet Length Is 1024 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB].............13-5013.1.58 DO RTCH (Packet Length Is 1024 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB].............13-5113.1.59 DO RTCH (Packet Length Is 1024 Bits) Soft-Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-5113.1.60 DO RTCH (Packet Length Is 1024 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-5213.1.61 DO RTCH (Packet Length Is 1536 Bits) Single Branch Received Packet Count [packet]...........13-5313.1.62 DO RTCH (Packet Length Is 1536 Bits) Single Branch Average Eb/Nt [0.125 dB]....................13-5413.1.63 DO RTCH (Packet Length Is 1536 Bits) Single Branch Max Eb/Nt [0.125 dB]..........................13-5413.1.64 DO RTCH (Packet Length Is 1536 Bits) Single Branch Min Eb/Nt [0.125 dB]...........................13-5513.1.65 DO RTCH (Packet Length Is 1536 Bits) Soft Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-5613.1.66 DO RTCH (Packet Length Is 1536 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]..........13-5713.1.67 DO RTCH (Packet Length Is 1536 Bits) Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-5713.1.68 DO RTCH (Packet Length Is 1536 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-5813.1.69 DO RTCH (Packet Length Is 1536 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB].............13-5913.1.70 DO RTCH (Packet Length Is 1536 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB].............13-6013.1.71 DO RTCH (Packet Length Is 1536 Bits) Soft-Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-6013.1.72 DO RTCH (Packet Length Is 1536 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-6113.1.73 DO RTCH (Packet Length Is 2048 Bits) Single Branch Received Packet Count [packet]...........13-6213.1.74 DO RTCH (Packet Length Is 2048 Bits) Single Branch Average Eb/Nt [0.125 dB]....................13-6313.1.75 DO RTCH (Packet Length Is 2048 Bits) Single Branch Max Eb/Nt [0.125 dB]..........................13-6313.1.76 DO RTCH (Packet Length Is 2048 Bits) Single Branch Min Eb/Nt [0.125 dB]...........................13-6413.1.77 DO RTCH (Packet Length Is 2048 Bits) Soft Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-6513.1.78 DO RTCH (Packet Length Is 2048 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]..........13-6613.1.79 DO RTCH (Packet Length Is 2048 Bits) Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-6613.1.80 DO RTCH (Packet Length Is 2048 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-6713.1.81 DO RTCH (Packet Length Is 2048 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB].............13-6813.1.82 DO RTCH (Packet Length Is 2048 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB].............13-6913.1.83 DO RTCH (Packet Length Is 2048 Bits) Soft-Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-69



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13.1.84 DO RTCH (Packet Length Is 2048 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-7013.1.85 DO RTCH (Packet Length Is 3072 Bits) Single Branch Received Packet Count [packet]...........13-7113.1.86 DO RTCH (Packet Length Is 3072 Bits) Single Branch Average Eb/Nt [0.125 dB]....................13-7213.1.87 DO RTCH (Packet Length Is 3072 Bits) Single Branch Max Eb/Nt [0.125 dB]..........................13-7213.1.88 DO RTCH (Packet Length Is 3072 Bits) Single Branch Min Eb/Nt [0.125 dB]...........................13-7313.1.89 DO RTCH (Packet Length Is 3072 Bits) Soft Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-7413.1.90 DO RTCH (Packet Length Is 3072 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]..........13-7513.1.91 DO RTCH (Packet Length Is 3072 Bits) Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-7513.1.92 DO RTCH (Packet Length Is 3072 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB]......13-7613.1.93 DO RTCH (Packet Length Is 3072 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB].............13-7713.1.94 DO RTCH (Packet Length Is 3072 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB].............13-7813.1.95 DO RTCH (Packet Length Is 3072 Bits) Soft-Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-7813.1.96 DO RTCH (Packet Length Is 3072 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-7913.1.97 DO RTCH (Packet Length Is 4096 Bits) Single Branch Received Packet Count [packet]...........13-8013.1.98 DO RTCH (Packet Length Is 4096 Bits) Single Branch Average Eb/Nt [0.125 dB]....................13-8113.1.99 DO RTCH (Packet Length Is 4096 Bits) Single Branch Max Eb/Nt [0.125 dB]..........................13-8113.1.100 DO RTCH (Packet Length Is 4096 Bits) Single Branch Min Eb/Nt [0.125 dB].........................13-8213.1.101 DO RTCH (Packet Length Is 4096 Bits) Soft Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-8313.1.102 DO RTCH (Packet Length Is 4096 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]........13-8413.1.103 DO RTCH (Packet Length Is 4096 Bits) Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-8413.1.104 DO RTCH (Packet Length Is 4096 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-8513.1.105 DO RTCH (Packet Length Is 4096 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB]...........13-8613.1.106 DO RTCH (Packet Length Is 4096 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB]...........13-8713.1.107 DO RTCH (Packet Length Is 4096 Bits) Soft-Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-8713.1.108 DO RTCH (Packet Length Is 4096 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-8813.1.109 DO RTCH (Packet Length Is 6144 Bits) Single Branch Received Packet Count [packet].........13-8913.1.110 DO RTCH (Packet Length Is 6144 Bits) Single Branch Average Eb/Nt [0.125 dB]..................13-9013.1.111 DO RTCH (Packet Length Is 6144 Bits) Single Branch Max Eb/Nt [0.125 dB]........................13-9013.1.112 DO RTCH (Packet Length Is 6144 Bits) Single Branch Min Eb/Nt [0.125 dB].........................13-9113.1.113 DO RTCH (Packet Length Is 6144 Bits) Soft Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-9213.1.114 DO RTCH (Packet Length Is 6144 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]........13-9313.1.115 DO RTCH (Packet Length Is 6144 Bits) Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-9313.1.116 DO RTCH (Packet Length Is 6144 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-94



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13.1.117 DO RTCH (Packet Length Is 6144 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB]...........13-9513.1.118 DO RTCH (Packet Length Is 6144 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB]...........13-9613.1.119 DO RTCH (Packet Length Is 6144 Bits) Soft-Softer Handoff Branch Received Packet Count [packet].....................................................................................................................................................................13-9613.1.120 DO RTCH (Packet Length Is 6144 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB].....................................................................................................................................................................13-9713.1.121 DO RTCH (Packet Length Is 8192 Bits) Single Branch Received Packet Count [packet].........13-9813.1.122 DO RTCH (Packet Length Is 8192 Bits) Single Branch Average Eb/Nt [0.125 dB]..................13-9913.1.123 DO RTCH (Packet Length Is 8192 Bits) Single Branch Max Eb/Nt [0.125 dB]........................13-9913.1.124 DO RTCH (Packet Length Is 8192 Bits) Single Branch Min Eb/Nt [0.125 dB].......................13-10013.1.125 DO RTCH (Packet Length Is 8192 Bits) Soft Handoff Branch Received Packet Count [packet]...................................................................................................................................................................13-10113.1.126 DO RTCH (Packet Length Is 8192 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]......13-10213.1.127 DO RTCH (Packet Length Is 8192 Bits) Softer Handoff Branch Received Packet Count [packet]...................................................................................................................................................................13-10213.1.128 DO RTCH (Packet Length Is 8192 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB]...................................................................................................................................................................13-10313.1.129 DO RTCH (Packet Length Is 8192 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB].........13-10413.1.130 DO RTCH (Packet Length Is 8192 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB].........13-10513.1.131 DO RTCH (Packet Length Is 8192 Bits) Soft-Softer Handoff Branch Received Packet Count [packet]...................................................................................................................................................................13-10513.1.132 DO RTCH (Packet Length Is 8192 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB]...................................................................................................................................................................13-10613.1.133 DO RTCH (Packet Length Is 12288 Bits) Single Branch Received Packet Count [packet]..... 13-10713.1.134 DO RTCH (Packet Length Is 12288 Bits) Single Branch Average Eb/Nt [0.125 dB].............. 13-10813.1.135 DO RTCH (Packet Length Is 12288 Bits) Single Branch Max Eb/Nt [0.125 dB].................... 13-10813.1.136 DO RTCH (Packet Length Is 12288 Bits) Single Branch Min Eb/Nt [0.125 dB].....................13-10913.1.137 DO RTCH (Packet Length Is 12288 Bits) Soft Handoff Branch Received Packet Count [packet]...................................................................................................................................................................13-11013.1.138 DO RTCH (Packet Length Is 12288 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]...................................................................................................................................................................13-11113.1.139 DO RTCH (Packet Length Is 12288 Bits) Softer Handoff Branch Received Packet Count [packet]...................................................................................................................................................................13-11113.1.140 DO RTCH (Packet Length Is 12288 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB]...................................................................................................................................................................13-11213.1.141 DO RTCH (Packet Length Is 12288 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB].......13-11313.1.142 DO RTCH (Packet Length Is 12288 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB].......13-11413.1.143 DO RTCH (Packet Length Is 12288 Bits) Soft-Softer Handoff Branch Received Packet Count [packet]...................................................................................................................................................................13-11413.1.144 DO RTCH (Packet Length Is 12288 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB]...................................................................................................................................................................13-11513.1.145 DO RTCH (Packet Length Is 128 Bits) Reverse Packet Count [packet]...................................13-11613.1.146 DO RTCH (Packet Length Is 128 Bits) Reverse Error Packet Count [packet]..........................13-11713.1.147 DO RTCH (Packet Length Is 256 Bits) Reverse Packet Count [packet]...................................13-11713.1.148 DO RTCH (Packet Length Is 256 Bits) Reverse Error Packet Count [packet]..........................13-11813.1.149 DO RTCH (Packet Length Is 512 Bits) Reverse Packet Count [packet]...................................13-118



xxxvi Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.

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13.1.150 DO RTCH (Packet Length Is 512 Bits) Reverse Error Packet Count [packet]..........................13-11913.1.151 DO RTCH (Packet Length Is 768 Bits) Reverse Packet Count [packet]...................................13-12013.1.152 DO RTCH (Packet Length Is 768 Bits) Reverse Error Packet Count [packet]..........................13-12013.1.153 DO RTCH (Packet Length Is 1024 Bits) Reverse Packet Count [packet].................................13-12113.1.154 DO RTCH (Packet Length Is 1024 Bits) Reverse Error Packet Count [packet]........................13-12213.1.155 DO RTCH (Packet Length Is 1536 Bits) Reverse Packet Count [packet].................................13-12213.1.156 DO RTCH (Packet Length Is 1536 Bits) Reverse Error Packet Count [packet]........................13-12313.1.157 DO RTCH (Packet Length Is 2048 Bits) Reverse Packet Count [packet].................................13-12313.1.158 DO RTCH (Packet Length Is 2048 Bits) Reverse Error Packet Count [packet]........................13-12413.1.159 DO RTCH (Packet Length Is 3072 Bits) Reverse Packet Count [packet].................................13-12513.1.160 DO RTCH (Packet Length Is 3072 Bits) Reverse Error Packet Count [packet]........................13-12513.1.161 DO RTCH (Packet Length Is 4096 Bits) Reverse Packet Count [packet].................................13-12613.1.162 DO RTCH (Packet Length Is 4096 Bits) Reverse Error Packet Count [packet]........................13-12713.1.163 DO RTCH (Packet Length Is 6144 Bits) Reverse Packet Count [packet].................................13-12713.1.164 DO RTCH (Packet Length Is 6144 Bits) Reverse Error Packet Count [packet]........................13-12813.1.165 DO RTCH (Packet Length Is 8192 Bits) Reverse Packet Count [packet].................................13-12813.1.166 DO RTCH (Packet Length Is 8192 Bits) Reverse Error Packet Count [packet]........................13-12913.1.167 DO RTCH (Packet Length Is 12288 Bits) Reverse Packet Count [packet]...............................13-13013.1.168 DO RTCH (Packet Length Is 12288 Bits) Reverse Error Packet Count [packet]......................13-13013.1.169 DO RTCH Reverse Error Packet Count [packet].......................................................................13-131

14 CE Res Performance Measurement.....................................................................................14-114.1 1X Channel Element Performance Stat.......................................................................................................14-2

14.1.1 1X Max Available Forward Channels per Resource Pool [entries]...................................................14-214.1.2 1X Max Available Reverse Channels per Resource Pool [entries]....................................................14-314.1.3 1X Min Available Forward Channels per Resource Pool [entries]....................................................14-314.1.4 1X Min Available Reverse Channels per Resource Pool [entries]....................................................14-414.1.5 1X Max Forward Channels Occupied by Traffic Channels per Resource Pool [entries]..................14-514.1.6 1X Max Reverse Channels Occupied by Traffic Channels per Resource Pool [entries]...................14-514.1.7 1X Average Forward Channels Occupied by Traffic Channels per Resource Pool [entries]............14-614.1.8 1X Average Reverse Channels Occupied by Traffic Channels per Resource Pool [entries].............14-614.1.9 1X Max Forward Channels Occupied by Common Channels per Resource Pool [entries]...............14-714.1.10 1X Max Reverse Channels Occupied by Common Channels per Resource Pool [entries].............14-814.1.11 1X Average Forward Channels Occupied by Common Channels per Resource Pool [entries].......................................................................................................................................................................14-814.1.12 1X Average Reverse Channels Occupied by Common Channels per Resource Pool [entries].......................................................................................................................................................................14-914.1.13 1X Max Forward Channels Average Occupation Ratio by Traffic Channels per Resource Pool [%].....................................................................................................................................................................14-1014.1.14 1X Max Reverse Channels Average Occupation Ratio by Traffic Channels per Resource Pool [%].....................................................................................................................................................................14-1014.1.15 1X Average Forward Channels Average Occupation Ratio by Traffic Channels per Resource Pool [%].....................................................................................................................................................................14-1114.1.16 1X Average Reverse Channels Average Occupation Ratio by Traffic Channels per Resource Pool [%].....................................................................................................................................................................14-11



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14.2 DO Channel Element Performance Stat....................................................................................................14-1214.2.1 DO Max Available Reverse Channels by Channels per Resource Pool [entries]............................14-1314.2.2 DO Min Available Reverse Channels by Channels per Resource Pool [entries].............................14-1314.2.3 DO Max Reverse Channels Occupied by Traffic Channels per Resource Pool [entries]................14-1414.2.4 DO Average Reverse Channels Occupied by Traffic Channels per Resource Pool [entries]..........14-1514.2.5 DO Max Forward Channels Occupied by Common Channels per Resource Pool [entries]............14-1514.2.6 DO Average Reverse Channels Occupied by Common Channels per Resource Pool [entries].....................................................................................................................................................................14-1614.2.7 DO Max Reverse Channels Occupation Ratio by Common Channels per Resource Pool [entries].....................................................................................................................................................................14-1614.2.8 DO Average Reverse Channels Occupation Ratio by Common Channels per Resource Pool [entries].....................................................................................................................................................................14-1714.2.9 DO Available Forward MacIndexes per Sector Carrier [entries].....................................................14-1814.2.10 DO Max Forward MacIndexes Occupied by Traffic Channels per Sector Carrier [entries].........14-1814.2.11 DO Average Forward MacIndexes Occupied by Traffic Channels per sector carrier [entries].....................................................................................................................................................................14-1914.2.12 DO Max Forward MacIndexes Occupied by Common Channels per sector carrier [entries].....................................................................................................................................................................14-2014.2.13 DO Average Forward MacIndexes Occupied by Common Channels per sector carrier [entries].....................................................................................................................................................................14-2014.2.14 DO Max Forward MacIndexes Occupation Ratio by Traffic Channels [entries]..........................14-2114.2.15 DO Average Forward MacIndexes Occupation Ratio by Traffic Channels [entries]....................14-21

15 BTS3900 CDMA Channel Element Performance Measurement...................................15-115.1 BTS3900 CDMA 1X Channel Element Performance Stat.........................................................................15-2

15.1.1 1X Max Available Forward CEs [entries]..........................................................................................15-215.1.2 1X Max Available Reverse CEs [entries]..........................................................................................15-315.1.3 1X Min Available Forward CEs [entries]..........................................................................................15-415.1.4 1X Min Available Reverse CEs [entries]...........................................................................................15-415.1.5 1X Max Forward CEs Occupied by Traffic Channels [entries].........................................................15-515.1.6 1X Max Reverse CEs Occupied by Traffic Channels [entries]..........................................................15-515.1.7 1X Min Forward CEs Occupied by Traffic Channels [entries]..........................................................15-615.1.8 1X Min Reverse CEs Occupied by Traffic Channels [entries]..........................................................15-615.1.9 1X Max Forward CEs Occupied by Common Channels [entries].....................................................15-715.1.10 1X Max Reverse CEs Occupied by Common Channels [entries]....................................................15-815.1.11 1X Min Forward CEs Occupied by Common Channels [entries]....................................................15-815.1.12 1X Min Reverse CEs Occupied by Common Channels [entries]....................................................15-915.1.13 1X Max Idle Forward CEs [entries].................................................................................................15-915.1.14 1X Max Idle Reverse CEs [entries]................................................................................................15-1015.1.15 1X Min Idle Forward CEs [entries]................................................................................................15-1015.1.16 1X Min Idle Reverse CEs [entries]................................................................................................15-1115.1.17 1X Average Available Forward CEs [entries]...............................................................................15-1115.1.18 1X Average Available Reverse CEs [entries]................................................................................15-1215.1.19 1X Average Forward CEs Occupied by Traffic Channels [entries]...............................................15-1215.1.20 1X Average Reverse CEs Occupied by Traffic Channels [entries]...............................................15-13



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15.1.21 1X Average Forward CEs Occupied by Common Channels [entries]...........................................15-1415.1.22 1X Average Reverse CEs Occupied by Common Channels [entries]............................................15-1415.1.23 1X Average Idle Forward CEs [entries].........................................................................................15-1515.1.24 1X Average Idle Reverse CEs [entries].........................................................................................15-1515.1.25 Average number of available 1X reverse CEs (Licensed CEs are taken into consideration) [entries].....................................................................................................................................................................15-16

15.2 BTS3900 CDMA DO Channel Element Performance Stat......................................................................15-1715.2.1 DO Max Available Forward MacIndexes [entries]..........................................................................15-1715.2.2 DO Max Available Reverse CEs [entries].......................................................................................15-1815.2.3 DO Min Available Forward MacIndexes [entries]...........................................................................15-1915.2.4 DO Min Available Reverse CEs [entries]........................................................................................15-1915.2.5 DO Max Forward MacIndexes Occupied by Traffic Channels [entries].........................................15-2015.2.6 DO Max Reverse CEs Occupied by Traffic Channels [entries].......................................................15-2015.2.7 DO Min Forward MacIndexes Occupied by Traffic Channels [entries]..........................................15-2115.2.8 DO Min Reverse CEs Occupied by Traffic Channels [entries].......................................................15-2115.2.9 DO Max Forward MacIndexes Occupied by Common Channels [entries].....................................15-2215.2.10 DO Max Reverse CEs Occupied by Common Channels [entries].................................................15-2315.2.11 DO Min Forward MacIndexes Occupied by Common Channels [entries]....................................15-2315.2.12 DO Min Reverse CEs Occupied by Common Channels [entries].................................................15-2415.2.13 DO Max Idle Forward MacIndexes [entries].................................................................................15-2415.2.14 DO Max Idle Reverse CEs [entries]...............................................................................................15-2515.2.15 DO Min Idle Forward MacIndexes [entries]..................................................................................15-2615.2.16 DO Min Idle Reverse CEs [entries]...............................................................................................15-2615.2.17 DO Average Available Forward MacIndexes [entries]..................................................................15-2715.2.18 DO Average Available Reverse CEs [entries]...............................................................................15-2715.2.19 DO Average Forward MacIndexes Occupied by Traffic Channels [entries].................................15-2815.2.20 DO Average Reverse CEs Occupied by Traffic Channels [entries]..............................................15-2815.2.21 DO Average Forward MacIndexes Occupied by Common Channels [entries].............................15-2915.2.22 DO Average Reverse CEs Occupied by Common Channels [entries]...........................................15-2915.2.23 DO Average Idle Forward MacIndexes [entries]...........................................................................15-3015.2.24 DO Average Idle Reverse CEs [entries].........................................................................................15-3115.2.25 Average number of available DO reverse CEs (Licensed CEs are taken into consideration) [entries].....................................................................................................................................................................15-31

16 BTS3900 CDMA CE License Performance Measurement..............................................16-116.1 BTS3900 CDMA CE License Performance Stat........................................................................................16-2

16.1.1 1X Traffic Channel Allocate Failed Times (Reverse CE License) [times]........................................16-216.1.2 DO Traffic Channel Allocate Failed Times (Reverse CE License) [times].......................................16-216.1.3 1X Rvs CE License Average Use Number [entries]..........................................................................16-316.1.4 1X Rvs CE License Maximum Use Number [entries].......................................................................16-416.1.5 DO Rvs CE License Average Use Number [entries].........................................................................16-416.1.6 DO Rvs CE License Maximum Use Number [entries]......................................................................16-5

17 BTS3900 CDMA Abis Link Resource Performance Measurement..............................17-1



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17.1 BTS3900 CDMA Abis Link Resource Performance Stat...........................................................................17-217.1.1 Abis Link Max Avail Fwd Bandwidth [kbps]....................................................................................17-617.1.2 Abis Link Min Avail Fwd Bandwidth [kbps]....................................................................................17-617.1.3 Abis Link Max Allocated Fwd Bandwidth [kbps].............................................................................17-717.1.4 Abis Link Average Allocated Fwd Bandwidth [kbps].......................................................................17-717.1.5 Abis Link 1X Max Allocated Fwd Tch Bandwidth [kbps]................................................................17-817.1.6 Abis Link 1X Average Allocated Fwd Tch Bandwidth [kbps]..........................................................17-817.1.7 Abis Link 1X Max Occupied Fwd Signal Bandwidth [kbps]............................................................17-917.1.8 Abis Link 1X Average Occupied Fwd Signal Bandwidth [kbps]......................................................17-917.1.9 Abis Link DO Max Allocated Fwd Tch Bandwidth [kbps].............................................................17-1017.1.10 Abis Link DO Average Allocated Fwd Tch Bandwidth [kbps].....................................................17-1117.1.11 Abis Link DO Max Occupied Fwd Signal Bandwidth [kbps].......................................................17-1117.1.12 Abis Link DO Average Occupied Fwd Signal Bandwidth [kbps].................................................17-1217.1.13 Abis Link Max Occupied Fwd Oml Bandwidth [kbps].................................................................17-1217.1.14 Abis Link Average Occupied Fwd Oml Bandwidth [kbps]...........................................................17-1317.1.15 Abis Link DO Average Allocated Fwd EF Bandwidth [kbps]......................................................17-1317.1.16 Abis Link DO Max Allocated Fwd EF Bandwidth [kbps].............................................................17-1417.1.17 Abis Link DO Average Allocated Fwd AF Bandwidth [kbps]......................................................17-1417.1.18 Abis Link DO Max Allocated Fwd AF Bandwidth [kbps]............................................................17-1517.1.19 Abis Link DO Average Occupied Fwd BE Bandwidth [kbps]......................................................17-1617.1.20 Abis Link DO Max Occupied Fwd BE Bandwidth [kbps]............................................................17-1617.1.21 Abis Link 1X Max Allocated Fwd Voice Fch Bandwidth [kbps]..................................................17-1717.1.22 Abis Link 1X Average Allocated Fwd Voice Fch Bandwidth [kbps]...........................................17-1717.1.23 Abis Link 1X Max Allocated Fwd Data Fch Bandwidth [kbps]....................................................17-1817.1.24 Abis Link 1X Average Allocated Fwd Data Fch Bandwidth [kbps].............................................17-1817.1.25 Abis Link 1X Max Allocated Fwd Data Sch Bandwidth [kbps]....................................................17-1917.1.26 Abis Link 1X Average Allocated Fwd Data Sch Bandwidth [kbps].............................................17-2017.1.27 Abis Link 1X Max Allocated Rvs Data Sch Bandwidth [kbps]....................................................17-2017.1.28 Abis Link 1X Average Allocated Rvs Data Sch Bandwidth [kbps]..............................................17-2117.1.29 Abis Link PTT Max Allocated Fwd Bandwidth [kbps].................................................................17-2117.1.30 Abis Link PTT Average Allocated Fwd Bandwidth [kbps]...........................................................17-2217.1.31 Abis Link PTT Max Allocated Rvs Bandwidth [kbps]..................................................................17-2217.1.32 Abis Link PTT Average Allocated Rvs Bandwidth [kbps]............................................................17-2317.1.33 Abis Link DO Special User Max Allocated Bandwidth [kbps].....................................................17-2417.1.34 Abis Link DO Special User Average Allocated Bandwidth [kbps]...............................................17-2417.1.35 Abis Link Fwd Max Bandwidth Occupied Ratio [%]....................................................................17-2517.1.36 Abis Link Fwd Average Bandwidth Occupied Ratio [%]..............................................................17-2517.1.37 Abis Link Fwd Tch Bandwidth Allocated Ratio(0-30%) Continuance [s]....................................17-2617.1.38 Abis Link Fwd Tch Bandwidth Allocated Ratio(31-60%) Continuance [s]..................................17-2617.1.39 Abis Link Fwd Tch Bandwidth Allocated Ratio(61-70%) Continuance [s]..................................17-2717.1.40 Abis Link Fwd Tch Bandwidth Allocated Ratio(71-80%) Continuance [s]..................................17-2817.1.41 Abis Link Fwd Tch Bandwidth Allocated Ratio(81-90%) Continuance [s]..................................17-28



xl Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.

Issue 02 (2010-06-18)

17.1.42 Abis Link Fwd Tch Bandwidth Allocated Ratio(91-100%) Continuance [s]................................17-2917.1.43 Duration of Forward 1X Service Dedicated Abis Link with Bandwidth Usage 0%-30% [s]........17-2917.1.44 Duration of Forward 1X Service Dedicated Abis Link with Bandwidth Usage 31%-60% [s]......17-3017.1.45 Duration of Forward 1X Service Dedicated Abis Link with Bandwidth Usage 61%-70% [s]......17-3117.1.46 Duration of Forward 1X Service Dedicated Abis Link with Bandwidth Usage 71%-80% [s]......17-3117.1.47 Duration of Forward 1X Service Dedicated Abis Link with Bandwidth Usage 81%-90% [s]......17-3217.1.48 Duration of Forward 1X Service Dedicated Abis Link with Bandwidth Usage 91%-100% [s]....17-3217.1.49 Duration of Forward DO Service Dedicated Abis Link with Bandwidth Usage 0%-30% [s].......17-3317.1.50 Duration of Forward DO Service Dedicated Abis Link with Bandwidth Usage 31%-60% [s].....17-3417.1.51 Duration of Forward DO Service Dedicated Abis Link with Bandwidth Usage 61%-70% [s].....17-3417.1.52 Duration of Forward DO Service Dedicated Abis Link with Bandwidth Usage 71%-80% [s].....17-3517.1.53 Duration of Forward DO Service Dedicated Abis Link with Bandwidth Usage 81%-90% [s].....17-3617.1.54 Duration of Forward DO Service Dedicated Abis Link with Bandwidth Usage 91%-100% [s]...17-3617.1.55 Duration of Forward 1X Service Shared Abis Link with Bandwidth Usage 0%-30% [s].............17-3717.1.56 Duration of Forward 1X Service Shared Abis Link with Bandwidth Usage 31%-60% [s]...........17-3817.1.57 Duration of Forward 1X Service Shared Abis Link with Bandwidth Usage 61%-70% [s]...........17-3817.1.58 Duration of Forward 1X Service Shared Abis Link with Bandwidth Usage 71%-80% [s]...........17-3917.1.59 Duration of Forward 1X Service Shared Abis Link with Bandwidth Usage 81%-90% [s]...........17-3917.1.60 Duration of Forward 1X Service Shared Abis Link with Bandwidth Usage 91%-100% [s].........17-4017.1.61 Duration of Forward DO Service Shared Abis Link with Bandwidth Usage 0%-30% [s]............17-4117.1.62 Duration of Forward DO Service Shared Abis Link with Bandwidth Usage 31%-60% [s]..........17-4117.1.63 Duration of Forward DO Service Shared Abis Link with Bandwidth Usage 61%-70% [s]..........17-4217.1.64 Duration of Forward DO Service Shared Abis Link with Bandwidth Usage 71%-80% [s]..........17-4217.1.65 Duration of Forward DO Service Shared Abis Link with Bandwidth Usage 81%-90% [s]..........17-4317.1.66 Duration of Forward DO Service Shared Abis Link with Bandwidth Usage 91%-100% [s]........17-4417.1.67 Average Bandwidth Usage of Forward 1X Service Shared Abis Link [%]...................................17-4417.1.68 Average Bandwidth Usage of Reverse 1X Service Shared Abis Link [%]....................................17-4517.1.69 Average Bandwidth Usage of Forward DO Service Shared Abis Link [%]..................................17-4617.1.70 Average Bandwidth Usage of Reverse DO Service Shared Abis Link [%]...................................17-4617.1.71 Duration of Forward 1X and DO Services Shared Abis Link with Bandwidth Usage 0%-30% [s].....................................................................................................................................................................17-4717.1.72 Duration of Forward 1X and DO Services Shared Abis Link with Bandwidth Usage 31%-60% [s].....................................................................................................................................................................17-4717.1.73 Duration of Forward 1X and DO Services Shared Abis Link with Bandwidth Usage 61%-70% [s].....................................................................................................................................................................17-4817.1.74 Duration of Forward 1X and DO Services Shared Abis Link with Bandwidth Usage 71%-80% [s].....................................................................................................................................................................17-4917.1.75 Duration of Forward 1X and DO Services Shared Abis Link with Bandwidth Usage 81%-90% [s].....................................................................................................................................................................17-4917.1.76 Duration of Forward 1X and DO Services Shared Abis Link with Bandwidth Usage 91%-100% [s].....................................................................................................................................................................17-5017.1.77 Maximum Available Total Bandwidth for Forward 1X Service Dedicated Abis Link [kbps]......17-5117.1.78 Minimum Available Total Bandwidth for Forward 1X Service Dedicated Abis Link [kbps].......17-5117.1.79 Maximum Total Bandwidth Occupied by Forward 1x Service Dedicated Abis Link [kbps]........17-52



xli

17.1.80 Average Total Bandwidth Occupied by Forward 1x Service Dedicated Abis Link [kbps]...........17-5317.1.81 Average Bandwidth Usage of Forward 1X Service Dedicated Abis Link [%]..............................17-5317.1.82 Maximum Total Bandwidth Occupied by Reverse 1x Service Dedicated Abis Link [kbps].........17-5417.1.83 Average Total Bandwidth Occupied by Reverse 1x Service Dedicated Abis Link [kbps]............17-5517.1.84 Average Bandwidth Usage of Reverse 1X Service Dedicated Abis Link [%]..............................17-5517.1.85 Maximum Available Bandwidth for Forward DO Service Dedicated Abis Link [kbps]...............17-5617.1.86 Minimum Available Bandwidth for Forward DO Service Dedicated Abis Link [kbps]...............17-5617.1.87 Maximum Total Bandwidth Occupied by Forward DO Service Dedicated Abis Link [kbps]......17-5717.1.88 Average Total Bandwidth Occupied by Forward DO Service Dedicated Abis Link [kbps].........17-5817.1.89 Average Bandwidth Usage of Forward DO Service Dedicated Abis Link [%].............................17-5817.1.90 Maximum Total Bandwidth Occupied by Reverse DO Service Dedicated Abis Link [kbps].......17-5917.1.91 Average Total Bandwidth Occupied by Reverse DO Service Dedicated Abis Link [kbps]..........17-6017.1.92 Average Bandwidth Usage of Reverse DO Service Dedicated Abis Link [%]..............................17-6017.1.93 Maximum Available Bandwidth for Forward 1X and DO Services Shared Abis Link [kbps]......17-6117.1.94 Minimum Available Bandwidth for Forward 1X and DO Services Shared Abis Link [kbps]......17-6117.1.95 Maximum Total Bandwidth Occupied by Forward 1x and DO Services Shared Abis Link [kbps].....................................................................................................................................................................17-6217.1.96 Average Total Bandwidth Occupied by Forward 1x and DO Services Shared Abis Link [kbps].....................................................................................................................................................................17-6317.1.97 Average Bandwidth Usage of Forward 1X and DO Service Dedicated Abis Link [%]................17-6317.1.98 Maximum Total Bandwidth Occupied by Reverse 1x and DO Services Shared Abis Link [kbps].....................................................................................................................................................................17-6417.1.99 Average Total Bandwidth Occupied by Reverse 1x and DO Services Shared Abis Link [kbps].....................................................................................................................................................................17-6517.1.100 Average Bandwidth Usage of Reverse 1X and DO Service Dedicated Abis Link [%]...............17-6517.1.101 Maximum Bandwidth Allocated to Forward Abis Link Carrying DO BCMCS Service [kbps].....................................................................................................................................................................17-6617.1.102 Average Bandwidth Allocated to Forward Abis Link Carrying DO BCMCS Service [kbps].....17-6617.1.103 Maximum Bandwidth Occupied by Forward Abis Link Carrying DO BCMCS Service [kbps].....................................................................................................................................................................17-6717.1.104 Average Bandwidth Occupied by Forward Abis Link Carrying DO BCMCS Service [kbps]....17-68

18 BTS3900 CDMA Abis Link Congestion Performance Measurement..........................18-118.1 BTS3900 CDMA Abis Link Congestion Performance Stat........................................................................18-2

18.1.1 Abis Link Rvs Do Congestion Num [times]......................................................................................18-218.1.2 Abis Link Rvs Do Congestion Continuance [s].................................................................................18-2

19 BTS3900 CDMA Abis Link Quality Performance Measurement.................................19-119.1 BTS3900 CDMA Abis Link Quality Performance Stat..............................................................................19-2

19.1.1 Abis Link Interrupt Times [times].....................................................................................................19-219.1.2 Abis Link Avail Continuance [s].......................................................................................................19-219.1.3 Abis Link Interrupt Continuance [s]..................................................................................................19-319.1.4 Abis Link Max Interrupt Continuance [s]..........................................................................................19-419.1.5 Abis Do Signal Link Interrupt Times [times]....................................................................................19-419.1.6 Abis 1x Signal Link Interrupt Times [times].....................................................................................19-5



xlii Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.

Issue 02 (2010-06-18)

19.1.7 Abis OM Link Interrupt Times [times]..............................................................................................19-519.1.8 Max PER of Single Abis E1/T1 Links [10e-7]..................................................................................19-619.1.9 Max Value of Average PERs of Single Abis E1/T1 Links [10e-7]...................................................19-619.1.10 Average PER of All Abis E1/T1 Links [10e-7]...............................................................................19-7

20 BTS3900 CDMA Board CPU Occupancy Performance Measurement.........................20-120.1 BTS3900 CDMA Board CPU Occupancy Performance Stat.....................................................................20-2

20.1.1 Main Processing Module 0 CPU Occupation Ratio [%]....................................................................20-420.1.2 Main Processing Module 1 CPU Occupation Ratio [%]....................................................................20-420.1.3 Transmission Module 0 CPU Occupation Ratio [%].........................................................................20-520.1.4 Transmission Module 1 CPU Occupation Ratio [%].........................................................................20-620.1.5 Transmission Module 2 CPU Occupation Ratio [%].........................................................................20-620.1.6 Transmission Module 3 CPU Occupation Ratio [%].........................................................................20-720.1.7 Transmission Module 4 CPU Occupation Ratio [%].........................................................................20-820.1.8 Transmission Module 5 CPU Occupation Ratio [%].........................................................................20-820.1.9 Transmission Module 6 CPU Occupation Ratio [%].........................................................................20-920.1.10 Transmission Module 7 CPU Occupation Ratio [%].......................................................................20-920.1.11 CPM0 CPU Occupation Ratio [%].................................................................................................20-1020.1.12 CPM1 CPU Occupation Ratio [%].................................................................................................20-1120.1.13 CPM2 CPU Occupation Ratio [%].................................................................................................20-1120.1.14 CPM3 CPU Occupation Ratio [%].................................................................................................20-1220.1.15 CPM4 CPU Occupation Ratio [%].................................................................................................20-1220.1.16 CPM5 CPU Occupation Ratio [%].................................................................................................20-1320.1.17 TRM0 CPU Occupation Ratio [%]................................................................................................20-1420.1.18 TRM1 CPU Occupation Ratio [%]................................................................................................20-1420.1.19 TRM2 CPU Occupation Ratio [%]................................................................................................20-1520.1.20 TRM3 CPU Occupation Ratio [%]................................................................................................20-1520.1.21 TRM4 CPU Occupation Ratio [%]................................................................................................20-1620.1.22 TRM5 CPU Occupation Ratio [%]................................................................................................20-1720.1.23 TRM6 CPU Occupation Ratio [%]................................................................................................20-1720.1.24 TRM7 CPU Occupation Ratio [%]................................................................................................20-1820.1.25 TRM8 CPU Occupation Ratio [%]................................................................................................20-1820.1.26 TRM9 CPU Occupation Ratio [%]................................................................................................20-1920.1.27 TRM10 CPU Occupation Ratio [%]..............................................................................................20-2020.1.28 TRM11 CPU Occupation Ratio [%]..............................................................................................20-2020.1.29 TRM12 CPU Occupation Ratio [%]..............................................................................................20-2120.1.30 TRM13 CPU Occupation Ratio [%]..............................................................................................20-2120.1.31 TRM14 CPU Occupation Ratio [%]..............................................................................................20-2220.1.32 TRM15 CPU Occupation Ratio [%]..............................................................................................20-2320.1.33 TRM16 CPU Occupation Ratio [%]..............................................................................................20-2320.1.34 TRM17 CPU Occupation Ratio [%]..............................................................................................20-2420.1.35 Main Processing Module 0 Max CPU Occupation Ratio [%].......................................................20-2420.1.36 Main Processing Module 1 Max CPU Occupation Ratio [%].......................................................20-25



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20.1.37 Transmission Module 0 Max CPU Occupation Ratio [%].............................................................20-2620.1.38 Transmission Module 1 Max CPU Occupation Ratio [%].............................................................20-2620.1.39 Transmission Module 2 Max CPU Occupation Ratio [%].............................................................20-2720.1.40 Transmission Module 3 Max CPU Occupation Ratio [%].............................................................20-2820.1.41 Transmission Module 4 Max CPU Occupation Ratio [%].............................................................20-2820.1.42 Transmission Module 5 Max CPU Occupation Ratio [%].............................................................20-2920.1.43 Transmission Module 6 Max CPU Occupation Ratio [%].............................................................20-2920.1.44 Transmission Module 7 Max CPU Occupation Ratio [%].............................................................20-3020.1.45 CPM0 Max CPU Occupation Ratio [%]........................................................................................20-3120.1.46 CPM1 Max CPU Occupation Ratio [%]........................................................................................20-3120.1.47 CPM2 Max CPU Occupation Ratio [%]........................................................................................20-3220.1.48 CPM3 Max CPU Occupation Ratio [%]........................................................................................20-3220.1.49 CPM4 Max CPU Occupation Ratio [%]........................................................................................20-3320.1.50 CPM5 Max CPU Occupation Ratio [%]........................................................................................20-3420.1.51 TRM0 Max CPU Occupation Ratio [%]........................................................................................20-3420.1.52 TRM1 Max CPU Occupation Ratio [%]........................................................................................20-3520.1.53 TRM2 Max CPU Occupation Ratio [%]........................................................................................20-3520.1.54 TRM3 Max CPU Occupation Ratio [%]........................................................................................20-3620.1.55 TRM4 Max CPU Occupation Ratio [%]........................................................................................20-3720.1.56 TRM5 Max CPU Occupation Ratio [%]........................................................................................20-3720.1.57 TRM6 Max CPU Occupation Ratio [%]........................................................................................20-3820.1.58 TRM7 Max CPU Occupation Ratio [%]........................................................................................20-3820.1.59 TRM8 Max CPU Occupation Ratio [%]........................................................................................20-3920.1.60 TRM9 Max CPU Occupation Ratio [%]........................................................................................20-3920.1.61 TRM10 Max CPU Occupation Ratio [%]......................................................................................20-4020.1.62 TRM11 Max CPU Occupation Ratio [%]......................................................................................20-4120.1.63 TRM12 Max CPU Occupation Ratio [%]......................................................................................20-4120.1.64 TRM13 Max CPU Occupation Ratio [%]......................................................................................20-4220.1.65 TRM14 Max CPU Occupation Ratio [%]......................................................................................20-4220.1.66 TRM15 Max CPU Occupation Ratio [%]......................................................................................20-4320.1.67 TRM16 Max CPU Occupation Ratio [%]......................................................................................20-4320.1.68 TRM17 Max CPU Occupation Ratio [%]......................................................................................20-4420.1.69 UBRI0 CPU Occupation Ratio [%]...............................................................................................20-4520.1.70 UBRI0 Max CPU Occupation Ratio [%].......................................................................................20-45

21 BTS3900 CDMA TRM Transmitter Power Performance Measurement......................21-121.1 BTS3900 CDMA TRM Transmitter Power Performance Stat...................................................................21-2

21.1.1 TRM0 Average Transmit Power [0.1 dBm].......................................................................................21-321.1.2 TRM1 Average Transmit Power [0.1 dBm].......................................................................................21-421.1.3 TRM2 Average Transmit Power [0.1 dBm].......................................................................................21-521.1.4 TRM3 Average Transmit Power [0.1 dBm].......................................................................................21-521.1.5 TRM4 Average Transmit Power [0.1 dBm].......................................................................................21-621.1.6 TRM5 Average Transmit Power [0.1 dBm].......................................................................................21-7



xliv Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.

Issue 02 (2010-06-18)

21.1.7 TRM6 Average Transmit Power [0.1 dBm].......................................................................................21-721.1.8 TRM7 Average Transmit Power [0.1 dBm].......................................................................................21-821.1.9 TRM8 Average Transmit Power [0.1 dBm].......................................................................................21-921.1.10 TRM9 Average Transmit Power [0.1 dBm].....................................................................................21-921.1.11 TRM10 Average Transmit Power [0.1 dBm].................................................................................21-1021.1.12 TRM11 Average Transmit Power [0.1 dBm].................................................................................21-1121.1.13 TRM12 Average Transmit Power [0.1 dBm].................................................................................21-1121.1.14 TRM13 Average Transmit Power [0.1 dBm].................................................................................21-1221.1.15 TRM14 Average Transmit Power [0.1 dBm].................................................................................21-1321.1.16 TRM15 Average Transmit Power [0.1 dBm].................................................................................21-1321.1.17 TRM16 Average Transmit Power [0.1 dBm].................................................................................21-1421.1.18 TRM17 Average Transmit Power [0.1 dBm].................................................................................21-1521.1.19 TRM0 Max Transmit Power [0.1 dBm].........................................................................................21-1521.1.20 TRM1 Max Transmit Power [0.1 dBm].........................................................................................21-1621.1.21 TRM2 Max Transmit Power [0.1 dBm].........................................................................................21-1721.1.22 TRM3 Max Transmit Power [0.1 dBm].........................................................................................21-1721.1.23 TRM4 Max Transmit Power [0.1 dBm].........................................................................................21-1821.1.24 TRM5 Max Transmit Power [0.1 dBm].........................................................................................21-1921.1.25 TRM6 Max Transmit Power [0.1 dBm].........................................................................................21-1921.1.26 TRM7 Max Transmit Power [0.1 dBm].........................................................................................21-2021.1.27 TRM8 Max Transmit Power [0.1 dBm].........................................................................................21-2121.1.28 TRM9 Max Transmit Power [0.1 dBm].........................................................................................21-2121.1.29 TRM10 Max Transmit Power [0.1 dBm].......................................................................................21-2221.1.30 TRM11 Max Transmit Power [0.1 dBm].......................................................................................21-2321.1.31 TRM12 Max Transmit Power [0.1 dBm].......................................................................................21-2321.1.32 TRM13 Max Transmit Power [0.1 dBm].......................................................................................21-2421.1.33 TRM14 Max Transmit Power [0.1 dBm].......................................................................................21-2521.1.34 TRM15 Max Transmit Power [0.1 dBm].......................................................................................21-2521.1.35 TRM16 Max Transmit Power [0.1 dBm].......................................................................................21-2621.1.36 TRM17 Max Transmit Power [0.1 dBm].......................................................................................21-2721.1.37 TRM0 Min Transmit Power [0.1 dBm].........................................................................................21-2721.1.38 TRM1 Min Transmit Power [0.1 dBm].........................................................................................21-2821.1.39 TRM2 Min Transmit Power [0.1 dBm].........................................................................................21-2921.1.40 TRM3 Min Transmit Power [0.1 dBm].........................................................................................21-2921.1.41 TRM4 Min Transmit Power [0.1 dBm].........................................................................................21-3021.1.42 TRM5 Min Transmit Power [0.1 dBm].........................................................................................21-3121.1.43 TRM6 Min Transmit Power [0.1 dBm].........................................................................................21-3121.1.44 TRM7 Min Transmit Power [0.1 dBm].........................................................................................21-3221.1.45 TRM8 Min Transmit Power [0.1 dBm].........................................................................................21-3321.1.46 TRM9 Min Transmit Power [0.1 dBm].........................................................................................21-3321.1.47 TRM10 Min Transmit Power [0.1 dBm].......................................................................................21-3421.1.48 TRM11 Min Transmit Power [0.1 dBm].......................................................................................21-35



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21.1.49 TRM12 Min Transmit Power [0.1 dBm].......................................................................................21-3521.1.50 TRM13 Min Transmit Power [0.1 dBm].......................................................................................21-3621.1.51 TRM14 Min Transmit Power [0.1 dBm].......................................................................................21-3721.1.52 TRM15 Min Transmit Power [0.1 dBm].......................................................................................21-3721.1.53 TRM16 Min Transmit Power [0.1 dBm].......................................................................................21-3821.1.54 TRM17 Min Transmit Power [0.1 dBm].......................................................................................21-39



xlvi Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.

Issue 02 (2010-06-18)

1 FCH Performance Measurement

About This Chapter

1.1 FCH Seizure Duration Performance Stat

1.2 FCH FER Performance Stat

1.3 FCH Eb/Nt Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 1 FCH Performance Measurement


1-1

1.1 FCH Seizure Duration Performance Stat

1.1.1 FCH Soft Handoff Branch Traffic [s]

1.1.2 FCH Softer Handoff Branch Traffic [s]

1.1.3 FCH Soft-Softer Handoff Branch Traffic [s]

1.1.1 FCH Soft Handoff Branch Traffic [s]

CountersID Counters

1166016518 FCH Soft Handoff Branch Traffic [s]

DescriptionThe total traffic of the FCH soft handoff branch within the measurement period.

Measurement PointsThe CPM measures the soft handoff branch traffic every two seconds and reports the sum of 30seconds to the BTSC. The BTSC measures the data reported by the CPM and reports the sumof the measurement period to the OMC.

FormulaNull

Unitseconds

1.1.2 FCH Softer Handoff Branch Traffic [s]

CountersID Counters

1166016521 FCH Softer Handoff Branch Traffic [s]

DescriptionThe total traffic of the FCH softer handoff branch within the measurement period.

1 FCH Performance MeasurementAirbridge 3900 Series CDMA Base Station


1-2 Huawei Proprietary and ConfidentialCopyright © Huawei Technologies Co., Ltd.

Issue 02 (2010-06-18)

Measurement PointsThe CPM measures the softer handoff branch traffic every two seconds. Then the CPM reportsthe sum of 30 seconds to the BTSC. The BTSC measures the data reported by the CPM andreports the sum of the measurement period to the OMC.

FormulaNull

Unitseconds

1.1.3 FCH Soft-Softer Handoff Branch Traffic [s]

CountersID Counters

1166016527 FCH Soft-Softer Handoff Branch Traffic [s]

DescriptionThe total traffic of the FCH soft-softer handoff branch within the measurement period.

Measurement PointsThe CPM measures the soft-softer handoff branch traffic every two seconds and reports the sumof 30 seconds to the BTSC. The BTSC measures the data reported by the CPM and reports thesum of the measurement period to the OMC.

FormulaNull

Unitseconds

1.2 FCH FER Performance Stat

1.2.1 FCH Single Branch Average FER [0.10%]

1.2.2 FCH Single Branch Max FER [0.10%]

1.2.3 FCH Soft Handoff Branch Average FER [0.10%]

1.2.4 FCH Softer Handoff Branch Average FER [0.10%]



1-3

1.2.5 FCH Softer Handoff Branch Max FER [0.10%]

1.2.6 FCH Soft-Softer Handoff Branch Average FER [0.10%]

1.2.1 FCH Single Branch Average FER [0.10%]

Counters

ID Counters

1166016513 FCH Single Branch Average FER [0.10%]

Description

The average FER of the FCH single branch within the measurement period.

Measurement Points

The CPM measures the single branch FER every two seconds (∑2sFER) and calculates theaverage FER (∑2sFER/total single branches). Then the CPM reports the average FER of 30seconds (∑30sFER/Measurement times in 30 seconds) to the BTSC. The BTSC measures thedata reported by the CPM and reports the average FER of the measurement period (∑Measurement period FER/Measurement times within the measurement period) to the OMC.

Formula

Null

Unit

%

1.2.2 FCH Single Branch Max FER [0.10%]

Counters

ID Counters

1166016514 FCH Single Branch Max FER [0.10%]

Description

The maximum FER of the FCH single branch within the measurement period.




Issue 02 (2010-06-18)

Measurement Points

The CPM measures the single branch maximum FER every two seconds and reports to the BTSCthe maximum FER of 30 seconds. The BTSC measures the data reported by the CPM and reportsthe maximum FER of the measurement period to the OMC.

Formula

Null

Unit

%

1.2.3 FCH Soft Handoff Branch Average FER [0.10%]

Counters

ID Counters

1166016519 FCH Soft Handoff Branch Average FER[0.10%]

Description

The average FER of the FCH soft handoff branch within the measurement period.

Measurement Points

The CPM measures the soft handoff branch FER every two seconds (∑2sFER) and calculatesthe average FER (Total soft handoff branches). Then the CPM reports the average FER of 30seconds (∑30sFER/Measurement times in 30 seconds) to the BTSC. The BTSC measures thedata reported by the CPM and reports the average FER of the measurement period (∑Measurement period FER/Measurement times within the measurement period) to the OMC.

Formula

Null

Unit

%

1.2.4 FCH Softer Handoff Branch Average FER [0.10%]



1-5

CountersID Counters

1166016522 FCH Softer Handoff Branch Average FER[0.10%]

DescriptionThe average FER of the FCH softer handoff branch within the measurement period.

Measurement PointsThe CPM measures the softer handoff branch FER every two seconds (∑2sFER) and calculatesthe average FER (∑2sFER/total softer branches). Then the CPM reports the average FER of 30seconds (∑30sFER/Measurement times in 30 seconds) to the BTSC. The BTSC measures thedata reported by the CPM and reports the average FER of the measurement period (∑Measurement period FER/Measurement times within the measurement period) to the OMC.

FormulaNull

Unit%

1.2.5 FCH Softer Handoff Branch Max FER [0.10%]

CountersID Counters

1166016523 FCH Softer Handoff Branch Max FER[0.10%]

DescriptionThe maximum FER of the FCH softer handoff branch within the measurement period.

Measurement PointsThe CPM measures the softer handoff branch maximum FER every two seconds and reports tothe BTSC the maximum FER of 30 seconds. The BTSC measures the data reported by the CPMand reports the maximum FER of the measurement period to the OMC.

FormulaNull




Issue 02 (2010-06-18)

Unit%

1.2.6 FCH Soft-Softer Handoff Branch Average FER [0.10%]

CountersID Counters

1166016528 FCH Soft-Softer Handoff Branch AverageFER [0.10%]

DescriptionThe average FER of the FCH soft-softer handoff branch within the measurement period.

Measurement PointsThe CPM measures the soft-softer handoff branch FER every two seconds (∑2sFER) andcalculates the average FER (∑2sFER/total soft-softer branches). Then the CPM reports theaverage FER of 30 seconds (∑30sFER/Measurement times in 30 seconds) to the BTSC. TheBTSC measures the data reported by the CPM and reports the average FER of the measurementperiod (∑Measurement period FER/Measurement times within the measurement period) to theOMC.

FormulaNull

Unit%

1.3 FCH Eb/Nt Performance Stat

1.3.1 FCH Single Branch Average Eb/Nt [0.125 dB]

1.3.2 FCH Single Branch Max Eb/Nt [0.125 dB]

1.3.3 FCH Single Branch Min Eb/Nt [0.125 dB]

1.3.4 FCH Soft Handoff Branch Average Eb/Nt [0.125 dB]

1.3.5 FCH Softer Handoff Branch Average Eb/Nt [0.125 dB]

1.3.6 FCH Softer Handoff Branch Max Eb/Nt [0.125 dB]

1.3.7 FCH Softer Handoff Branch Min Eb/Nt [0.125 dB]

1.3.8 FCH Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB]



1-7

1.3.1 FCH Single Branch Average Eb/Nt [0.125 dB]

CountersID Counters

1166016515 FCH Single Branch Average Eb/Nt [0.125dB]

DescriptionThe average Eb/Nt of the FCH single branch within the measurement period.

Measurement PointsThe CPM measures the single branch Eb/Nt every two seconds (∑2sEb/Nt) and calculates theaverage Eb/Nt (∑2sEb/Nt/total single branches). Then the CPM reports the average Eb/Nt of30 seconds (∑30sEb/Nt/Measurement times in 30 seconds) to the BTSC. The BTSC measuresthe data reported by the CPM and reports the average Eb/Nt of the measurement period (∑30minEb/Nt/Measurement times within the measurement period) to the OMC.

FormulaNull

UnitdB

1.3.2 FCH Single Branch Max Eb/Nt [0.125 dB]

CountersID Counters

1166016516 FCH Single Branch Max Eb/Nt [0.125 dB]

DescriptionThe maximum Eb/Nt of the FCH single branch within the measurement period.

Measurement PointsThe CPM measures the single branch maximum Eb/Nt every two seconds and reports to theBTSC the maximum Eb/Nt of 30 seconds. The BTSC measures the data reported by the CPMand reports the maximum Eb/Nt of the measurement period to the OMC.




Issue 02 (2010-06-18)

Formula

Null

Unit

dB

1.3.3 FCH Single Branch Min Eb/Nt [0.125 dB]

CountersID Counters

1166016517 FCH Single Branch Min Eb/Nt [0.125 dB]

Description

The minimum Eb/Nt of the FCH single branch within the measurement period.

Measurement Points

The CPM measures the single branch minimum Eb/Nt every two seconds and reports to theBTSC the minimum Eb/Nt of 30 seconds. The BTSC measures the data reported by the CPMand reports the minimum Eb/Nt of the measurement period to the OMC.

Formula

Null

Unit

dB

1.3.4 FCH Soft Handoff Branch Average Eb/Nt [0.125 dB]

CountersID Counters

1166016520 FCH Soft Handoff Branch Average Eb/Nt[0.125 dB]

Description

The average Eb/Nt of the FCH soft handoff branch within the measurement period.



1-9

Measurement Points

The CPM measures the soft handoff branch Eb/Nt every two seconds (∑2sEb/Nt) and calculatesthe average Eb/Nt (∑2sEb/Nt/Total soft branches). Then the CPM reports the average Eb/Nt of30 seconds (∑30sEb/Nt/Measurement times in 30 seconds) to the BTSC. The BTSC measuresthe data reported by the CPM and reports the average Eb/Nt of the measurement period (∑30minEb/Nt/Measurement times within the measurement period) to the OMC.

Formula

Null

Unit

dB

1.3.5 FCH Softer Handoff Branch Average Eb/Nt [0.125 dB]

Counters

ID Counters

1166016524 FCH Softer Handoff Branch Average Eb/Nt[0.125 dB]

Description

The average Eb/Nt of the FCH softer handoff branch within the measurement period.

Measurement Points

The CPM measures the softer handoff branch Eb/Nt every two seconds (∑2sEb/Nt) andcalculates the average Eb/Nt (∑2sEb/Nt/total softer branches). Then the CPM reports theaverage Eb/Nt of 30 seconds (∑30sEb/Nt/Measurement times in 30 seconds) to the BTSC. TheBTSC measures the data reported by the CPM and reports the average Eb/Nt of the measurementperiod (∑30minEb/Nt/Measurement times within the measurement period) to the OMC.

Formula

Null

Unit

dB

1.3.6 FCH Softer Handoff Branch Max Eb/Nt [0.125 dB]




Issue 02 (2010-06-18)

CountersID Counters

1166016525 FCH Softer Handoff Branch Max Eb/Nt[0.125 dB]

Description

The maximum Eb/Nt of the FCH softer handoff branch within the measurement period.

Measurement Points

The CPM measures the softer handoff branch maximum Eb/Nt every two seconds and reportsto the BTSC the maximum Eb/Nt of 30 seconds. The BTSC measures the data reported by theCPM and reports the maximum Eb/Nt of the measurement period to the OMC.

Formula

Null

Unit

dB

1.3.7 FCH Softer Handoff Branch Min Eb/Nt [0.125 dB]

CountersID Counters

1166016526 FCH Softer Handoff Branch Min Eb/Nt[0.125 dB]

Description

The minimum Eb/Nt of the FCH softer handoff branch within the measurement period.

Measurement Points

The CPM measures the softer handoff branch minimum Eb/Nt every two seconds and reportsto the BTSC the minimum Eb/Nt of 30 seconds. The BTSC measures the data reported by theCPM and reports the minimum Eb/Nt of the measurement period to the OMC.

Formula

Null



1-11

UnitdB

1.3.8 FCH Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB]

CountersID Counters

1166016529 FCH Soft-Softer Handoff Branch AverageEb/Nt [0.125 dB]

DescriptionThe average Eb/Nt of the FCH soft-softer handoff branch within the measurement period.

Measurement PointsThe CPM measures the soft-softer handoff branch Eb/Nt every two seconds (∑2sEb/Nt) andcalculates the average Eb/Nt (∑2sEb/Nt/total soft-softer branches). Then the CPM reports theaverage Eb/Nt of 30 seconds (∑30sEb/Nt/Measurement times in 30 seconds) to the BTSC. TheBTSC measures the data reported by the CPM and reports the average Eb/Nt of the measurementperiod (∑30minEb/Nt/Measurement times within the measurement period) to the OMC.

FormulaNull

UnitdB




Issue 02 (2010-06-18)

2 SCH Performance Measurement

About This Chapter

2.1 SCH Seizure Duration Performance Stat

2.2 SCH FER Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 2 SCH Performance Measurement


2-1

2.1 SCH Seizure Duration Performance Stat

2.1.1 FSCH 1X Single Branch Traffic [s]

2.1.2 FSCH 1X Soft Handoff Branch Traffic [s]

2.1.3 FSCH 1X Softer Handoff Branch Traffic [s]

2.1.4 FSCH 1X Soft-Softer Handoff Branch Traffic [s]

2.1.5 RSCH 1X Traffic [s]






















2 SCH Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

Counters

ID Counters

1166016530 FSCH 1X Single Branch Traffic [s]

Description

The total traffic of the FSCH single branch within the measurement period.

Measurement Points

The BTS measures this item for 1X rate.

The CPM measures the total FSCH single branch burst frames every two seconds. Then theCPM converts the total frames measured in 30 seconds to time (second) and reports the resultto the BTSC. The BTSC measures the result reported by the CPM and reports the accumulativeFSCH single branch traffic measured in the measurement period to the OMC.

Formula

Null

Unit

seconds


Counters

ID Counters

1166016531 FSCH 1X Soft Handoff Branch Traffic [s]

Description

The total traffic of the FSCH soft branch within the measurement period.

Measurement Points


The CPM measures the total FSCH soft branch burst frames every two seconds. Then the CPMconverts the total frames measured in 30 seconds to time (second) and reports the result to theBTSC. The BTSC measures the result reported by the CPM and reports the accumulative FSCHsoft branch traffic measured in the measurement period to the OMC.



2-3

Formula

Null

Unit

seconds


Counters

ID Counters

1166016532 FSCH 1X Softer Handoff Branch Traffic [s]

Description

The total traffic of the FSCH softer branch within the measurement period.

Measurement Points


The CPM measures the total FSCH softer branch burst frames every two seconds. Then the CPMconverts the total frames measured in 30 seconds to time (second) and reports the result to theBTSC. The BTSC measures the result reported by the CPM and reports the accumulative FSCHsofter branch traffic measured in the measurement period to the OMC.

Formula

Null

Unit

seconds


Counters

ID Counters

1166016533 FSCH 1X Soft-Softer Handoff BranchTraffic [s]




Issue 02 (2010-06-18)

DescriptionThe total traffic of the FSCH soft-softer branch within the measurement period.

Measurement PointsThe BTS measures this item for 1X rate.

The CPM measures the total FSCH soft-softer branch burst frames every two seconds. Then theCPM converts the total frames measured in 30 seconds to time (second) and reports the resultto the BTSC. The BTSC measures the result reported by the CPM and reports the accumulativeFSCH soft-softer branch traffic measured in the measurement period to the OMC.

FormulaNull

Unitseconds


CountersID Counters

1166016534 RSCH 1X Traffic [s]

DescriptionThe total RSCH traffic within the measurement period.


The CPM measures the total RSCH burst frames every two seconds. Then the CPM convertsthe total RSCH burst frames measured in 30 seconds to time (second) and reports the result tothe BTSC. Note that if a burst lasts for more than 2 seconds, then the burst is not measured atits start time, but measured at its end time. The BTSC measures the result reported by the CPMand reports the accumulative RSCH traffic measured in the measurement period to the OMC.

FormulaNull

Unitseconds



2-5


CountersID Counters


DescriptionThe total traffic of the FSCH single branch within the measurement period.



FormulaNull

Unitseconds


CountersID Counters


DescriptionThe total traffic of the FSCH soft branch within the measurement period.


The CPM measures the total FSCH soft branch burst frames every two seconds. Then the CPMconverts the total frames measured in 30 seconds to time (second) and reports the result to the




Issue 02 (2010-06-18)

BTSC. The BTSC measures the result reported by the CPM and reports the accumulative FSCHsoft branch traffic measured in the measurement period to the OMC.

FormulaNull

Unitseconds


CountersID Counters


DescriptionThe total traffic of the FSCH softer branch within the measurement period.



FormulaNull

Unitseconds


CountersID Counters




2-7



The CPM measures the total FSCH soft-softer branch burst frames every two seconds. Then theCPM converts the total frames measured in 30 seconds to time (second) and reports the resultto the BTSC. The BTSC measures the result reported by the CPM and reports the accumulativeFSCH soft-softer branch traffic measured in the measurement period to the OMC.

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The CPM measures the total FSCH soft-softer branch burst frames every two seconds. Then theCPM converts the total frames measured in 30 seconds to time (second) and reports the resultto the BTSC. The BTSC measures the result reported by the CPM and reports the accumulativeFSCH soft-softer traffic measured in the measurement period to the OMC.

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2.2 SCH FER Performance Stat

2.2.1 RSCH 1X Average FER [0.10%]

2.2.2 RSCH 1X Max FER [0.10%]


2.2.4 RSCH 2X Max FER [0.10%]


2.2.6 RSCH 4X Max FER [0.10%]


2.2.8 RSCH 8X Max FER [0.10%]


2.2.10 RSCH 16X Max FER [0.10%]


CountersID Counters

1166016535 RSCH 1X Average FER [0.10%]

DescriptionThe average FER of RSCHs within the measurement period.


The CPM measures the total RSCH frames and error RSCH frames every two seconds. Thenthe CPM calculates the average FER measured in 30 seconds and reports the result to the BTSC.The BTSC measures the data reported by the CPM and reports the average FER measured inthe measurement period (∑Measurement period FER/Measurement times within themeasurement period) to the OMC.

FormulaNull

Unit%




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2.2.2 RSCH 1X Max FER [0.10%]

CountersID Counters

1166016536 RSCH 1X Max FER [0.10%]

DescriptionThe maximum FER of RSCHs within the measurement period.


The CPM calculates the RSCH FER (error frames/total frames) every two seconds and reportsthe maximum FER measured in 30 seconds to the BTSC. The BTSC measures the result reportedby the CPM and reports the maximum FER measured in the measurement period to the OMC.

FormulaNull

Unit%


CountersID Counters




The CPM measures the total RSCH frames and error RSCH frames every two seconds. Thenthe CPM calculates the average FER measured in 30 seconds and reports the result to the BTSC.The BTSC measures the result reported by the CPM and reports the average FER measured in



2-19

the measurement period (∑Measurement period FER/Measurement times within themeasurement period) to the OMC.

Formula

Null

Unit

%

2.2.4 RSCH 2X Max FER [0.10%]

Counters

ID Counters

1166016543 RSCH 2X Max FER [0.10%]

Description

The maximum FER of RSCHs within the measurement period.

Measurement Points



Formula

Null

Unit

%


Counters

ID Counters





Issue 02 (2010-06-18)

Description

The average FER of RSCHs within the measurement period.

Measurement Points


The CPM measures the total RSCH frames and error RSCH frames every two seconds. Thenthe CPM calculates the average FER measured in 30 seconds and reports the result to the BTSC.The BTSC measures the result reported by the CPM and reports the average FER measured inthe measurement period (∑Measurement period FER/Measurement times within themeasurement period) to the OMC.

Formula

Null

Unit

%

2.2.6 RSCH 4X Max FER [0.10%]

Counters

ID Counters

1166016550 RSCH 4X Max FER [0.10%]

Description


Measurement Points



Formula

Null

Unit

%



2-21


Counters

ID Counters


Description

The average FER of RSCHs within the measurement period.

Measurement Points



Formula

Null

Unit

%

2.2.8 RSCH 8X Max FER [0.10%]

Counters

ID Counters

1166016557 RSCH 8X Max FER [0.10%]

Description


Measurement Points





Issue 02 (2010-06-18)


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Unit%


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FormulaNull

Unit%

2.2.10 RSCH 16X Max FER [0.10%]

CountersID Counters

1166016564 RSCH 16X Max FER [0.10%]



2-23

DescriptionThe maximum FER of RSCHs within the measurement period.



FormulaNull

Unit%




Issue 02 (2010-06-18)

3 1X Traffic Model Performance Measurement

About This Chapter

3.1 1X Traffic Model Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 3 1X Traffic Model Performance Measurement


3-1

3.1 1X Traffic Model Performance Stat

3.1.1 Max Ach One Way Delay

3.1.2 Number of access messages in 1X ACH region (0 km <0 mi.> to 1 km <0.62 mi.>) [piece]

3.1.3 Number of access messages in 1X ACH region (1 km <0.62 mi.> to 2 km <1.24 mi.>)[piece]
















3.1.19 Number of access messages in 1X ACH region (17 km <10.56 mi.> to 18 km <11.19mi.>) [piece]

3 1X Traffic Model Performance MeasurementAirbridge 3900 Series CDMA Base Station



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3-3
























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3.1.62 Number of access messages in 1X ACH region (over 60 km <37.28 mi.>) [piece]

3.1.1 Max Ach One Way Delay

Counters

ID Counters

1166016565 Max Ach One Way Delay

Description

The maximum one way delay of 1X ACH within the measurement period.

Measurement Points

One way delay refers to the delay from the MS to the channels processing chip set on the CPM,excluding the transmission delay from the antenna feeder system to the channels processing chipset. The BTSC measures the one way delay in the number of access messages reported by theCPM and calculates the maximum. The maximum one way delay within the measurement periodindicates the longest distance from an MS to the BTS. This item is measured in every carrier.

Formula

Null

Unit

km

3.1.2 Number of access messages in 1X ACH region (0 km <0 mi.>to 1 km <0.62 mi.>) [piece]

Counters

ID Counters

1166016566 Number of access messages in 1X ACHregion (0 km <0 mi.> to 1 km <0.62 mi.>)[piece]



3-5

Description

The number of successful access messages in 1X ACH region 0 km [0 mi.] to 1 km [0.62 mi.]).

Measurement Points

The BTSC measures the one way delay reported by the CPM and calculates separately thenumber of access messages of the measurement period in the region from 0 km [0 mi.] to 1 km[0.62 mi.]. This item is measured in every carrier.

Formula

Null

Unit

piece

3.1.3 Number of access messages in 1X ACH region (1 km <0.62 mi.>to 2 km <1.24 mi.>) [piece]

Counters

ID Counters

1166016567 Number of access messages in 1X ACHregion (1 km <0.62 mi.> to 2 km <1.24 mi.>)[piece]

Description

The number of successful access messages in 1X ACH region 1 km [0.62 mi.] to 2 km [1.24mi.].

Measurement Points

The BTSC measures the one way delay reported by the CPM and calculates separately thenumber of access messages of the measurement period in the region from 1 km [0.62 mi.] to 2km [1.24 mi.]. This item is measured in every carrier.

Formula

Null

Unit

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Null

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Null

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CountersID Counters


DescriptionThe number of successful access messages in 1X ACH region 5 km [3.11 mi.] to 6 km [3.73mi.].

Measurement PointsThe BTSC measures the one way delay reported by the CPM and calculates separately thenumber of access messages of the measurement period in the region from 5 km [3.11 mi.] to 6km [3.73 mi.]. This item is measured in every carrier.

FormulaNull

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3-9

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FormulaNull

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3.1.10 Number of access messages in 1X ACH region (8 km <4.97mi.> to 9 km <5.59 mi.>) [piece]

CountersID Counters





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3-11


CountersID Counters

1166016576 Number of access messages in 1X ACHregion (10 km <6.21 mi.> to 11 km <6.84mi.>) [piece]

Description


Measurement Points

The BTSC measures the one way delay reported by the CPM and calculates separately thenumber of access messages of the measurement period in the region from 10 km [6.21 mi.] to11 km [6.84 mi.]. This item is measured in every carrier.

Formula

Null

Unit

piece


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Description





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3-13

CountersID Counters



Measurement PointsThe BTSC measures the one way delay reported by the CPM and calculates separately thenumber of access messages of the measurement period in the region from 13 km [8.08 mi.] to14 km [8.70 mi.]. This item is measured in every carrier.

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3.1.62 Number of access messages in 1X ACH region (over 60 km<37.28 mi.>) [piece]

CountersID Counters

1166016626 Number of access messages in 1X ACHregion (over 60 km <37.28 mi.>) [piece]

DescriptionThe number of successful access messages in 1X ACH region over 60 km [37.28 mi.].

Measurement PointsThe BTSC measures the one way delay reported by the CPM and calculates separately thenumber of access messages of the measurement period in the region over 60 km [37.28 mi.].This item is measured in every carrier.

FormulaNull

Unitpiece



3-43

4 DO Traffic Model PerformanceMeasurement

About This Chapter

4.1 DO Traffic Model Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 4 DO Traffic Model Performance Measurement


4-1

4.1 DO Traffic Model Performance Stat

4.1.1 DO Max Ach One Way Delay

4.1.2 Number of access messages in DO ACH region (0 km <0 mi.> to 1 km <0.62 mi.>) [piece]

4.1.3 Number of access messages in DO ACH region (1 km <0.62 mi.> to 2 km <1.24 mi.>)[piece]
















4.1.19 Number of access messages in DO ACH region (17 km <10.56 mi.> to 18 km <11.19mi.>) [piece]

4 DO Traffic Model Performance MeasurementAirbridge 3900 Series CDMA Base Station



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Issue 02 (2010-06-18)



4.1.62 Number of access messages in DO ACH region (over 60 km <37.28 mi.>) [piece]

4.1.1 DO Max Ach One Way Delay

Counters

ID Counters

1166016627 DO Max Ach One Way Delay

Description

The maximum one way delay of DO ACH within the measurement period.

Measurement Points

One way delay refers to the delay from the MS to the channels processing chip set on the ECM,excluding the transmission delay from the antenna feeder system to the channels processing chipset. The BTSC measures the one way delay reported by the ECM and calculates the maximumone way delay of the measurement period, which indicates the longest distance from an MS tothe BTS. The measurement object is a specific carrier.

Formula

Null

Unit

km

4.1.2 Number of access messages in DO ACH region (0 km <0 mi.>to 1 km <0.62 mi.>) [piece]

Counters

ID Counters

1166016628 Number of access messages in DO ACHregion (0 km <0 mi.> to 1 km <0.62 mi.>)[piece]



4-5

Description

The number of successful access messages in DO ACH region 0 km [0 mi.] to 1 km [0.62 mi.]).

Measurement Points

The BTSC measures the one way delay reported by the ECM and calculates separately thenumber of access messages of the measurement period in the region from 0 km [0 mi.] to 1 km[0.62 mi.]. The measurement object is a specific carrier.

Formula

Null

Unit

piece

4.1.3 Number of access messages in DO ACH region (1 km <0.62mi.> to 2 km <1.24 mi.>) [piece]

Counters

ID Counters

1166016629 Number of access messages in DO ACHregion (1 km <0.62 mi.> to 2 km <1.24 mi.>)[piece]

Description

The number of successful access messages in DO ACH region 1 km [0.62 mi.] to 2 km [1.24mi.].

Measurement Points

The BTSC measures the one way delay reported by the ECM and calculates separately thenumber of access messages of the measurement period in the region from 1 km [0.62 mi.] to 2km [1.24 mi.]. The measurement object is a specific carrier.

Formula

Null

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CountersID Counters


DescriptionThe number of successful access messages in DO ACH region 5 km [3.11 mi.] to 6 km [3.73mi.].

Measurement PointsThe BTSC measures the one way delay reported by the ECM and calculates separately thenumber of access messages of the measurement period in the region from 5 km [3.11 mi.] to 6km [3.73 mi.]. The measurement object is a specific carrier.

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CountersID Counters

1166016638 Number of access messages in DO ACHregion (10 km <6.21 mi.> to 11 km <6.84mi.>) [piece]

Description


Measurement Points

The BTSC measures the one way delay reported by the ECM and calculates separately thenumber of access messages of the measurement period in the region from 10 km [6.21 mi.] to11 km [6.84 mi.]. The measurement object is a specific carrier.

Formula

Null

Unit

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Measurement PointsThe BTSC measures the one way delay reported by the ECM and calculates separately thenumber of access messages of the measurement period in the region from 13 km [8.08 mi.] to14 km [8.70 mi.]. The measurement object is a specific carrier.

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4.1.62 Number of access messages in DO ACH region (over 60 km<37.28 mi.>) [piece]

CountersID Counters

1166016688 Number of access messages in DO ACHregion (over 60 km <37.28 mi.>) [piece]

DescriptionThe number of successful access messages in DO ACH region over 60 km [37.28 mi.].

Measurement PointsThe BTSC measures the one way delay reported by the ECM and calculates separately thenumber of access messages of the measurement period in the region over 60 km [37.28 mi.].The measurement object is a specific carrier.

FormulaNull

Unitpiece



4-43

5 PCH Performance Measurement

About This Chapter

5.1 PCH Using Ratio Performance Stat

5.2 PCH Discard Performance Stat

5.3 PCH Delay Performance Stat

5.4 PCH GPM Combine Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 5 PCH Performance Measurement


5-1

5.1 PCH Using Ratio Performance Stat

5.1.1 PCH Average Using Ratio [%]

5.1.2 PCH Max Using Ratio [%]

5.1.3 PCH Min Using Ratio [%]

5.1.4 PCH Overhead Message Using Ratio [%]

5.1.5 PCH Call Message Using Ratio [%]

5.1.6 PCH Non-call Message Using Ratio [%]

5.1.7 PCH Total DBM Message Count [piece]

5.1.8 PCH DBM Message Average Occupancy Ratio [%]

5.1.9 PCH DBM Message Max Occupancy Ratio [%]

5.1.10 PCH Total DBM Message Fail Send Count [piece]

5.1.1 PCH Average Using Ratio [%]

CountersID Counters

1166016690 PCH Average Using Ratio [%]

DescriptionThe PCH average using ratio of a carrier within the measurement period.

Measurement PointsPCH average using ratio [%] = Total length of paging messages sent from air interface (bit)/Bandwidth of air interface (bit) x 100%

Bandwidth of air interface = Paging rate x Measurement period

The CPM measures the PCH average using ratio every 30 seconds and reports the result to theBTSC. The BTSC calculates the PCH average using ratio of the measurement period and reportsthe result to the OMC.

FormulaNull

Unit%

5 PCH Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

5.1.2 PCH Max Using Ratio [%]

CountersID Counters

1166016691 PCH Max Using Ratio [%]

DescriptionThe PCH maximum using ratio of a carrier within the measurement period.

Measurement PointsThe CPM measures the PCH average using ratio every 30 seconds and reports the result to theBTSC. The BTSC measures the PCH maximum using ratio of the measurement period andreports the result to the OMC.

FormulaNull

Unit%

5.1.3 PCH Min Using Ratio [%]

CountersID Counters

1166016692 PCH Min Using Ratio [%]

DescriptionThe PCH minimum using ratio of a carrier within the measurement period.

Measurement PointsThe CPM measures the PCH average using ratio every 30 seconds and reports the result to theBTSC. The BTSC measures the PCH minimum using ratio of the measurement period andreports the result to the OMC.

FormulaNull



5-3

Unit%

5.1.4 PCH Overhead Message Using Ratio [%]

CountersID Counters

1166016693 PCH Overhead Message Using Ratio [%]

DescriptionThe using ratio of overhead messages sent on PCHs of carriers within the measurement period.

Measurement PointsPCH overhead message using ratio [%] = Total length of overhead messages sent from airinterface (bit)/Bandwidth of air interface (bit) x 100%.

Bandwidth of air interface = Paging rate x Measurement period .

The total length of overhead messages sent from air interface does not include the length of thoseacting as fill messages.

The CPM measures the PCH overhead message using ratio every 30 seconds and reports theresult to the BTSC. The BTSC averages the PCH overhead message using ratio of themeasurement period and reports the result to the OMC.

FormulaNull

Unit%

5.1.5 PCH Call Message Using Ratio [%]

CountersID Counters

1166016694 PCH Call Message Using Ratio [%]

DescriptionThe ratio of call messages sent on PCHs within the measurement period.




Issue 02 (2010-06-18)

Measurement Points

A call message refers to a message related to the voice service, including channels assignmentmessage, GPM message, and ACK Order message.

PCH call message using ratio [%] = Total length of call messages sent from air interface (bit)/Bandwidth of air interface (bit) x 100%.

Bandwidth of air interface = Paging rate x Measurement period .

The CPM measures the PCH call message using ratio every 30 seconds and reports the result tothe BTSC. The BTSC averages the PCH call message using ratio of the measurement periodand reports the result to the OMC.

Formula

Null

Unit

%

5.1.6 PCH Non-call Message Using Ratio [%]

CountersID Counters

1166016695 PCH Non-call Message Using Ratio [%]

Description

The ratio of noncall messages sent on PCHs within the measurement period.

Measurement Points

A noncall message refers to a message not related to the voice service, for example, the shortmessage.

PCH noncall message using ratio [%] = Total length of noncall messages sent from air interface(bit)/Bandwidth of air interface (bit) x 100%.

Bandwidth of air interface = PCH transmission rate x Measurement period.

The CPM measures the PCH noncall message using ratio every 30 seconds and reports the resultto the BTSC. The BTSC averages the PCH noncall message using ratio of the measurementperiod and reports the result to the OMC.

Formula

Null



5-5

Unit

%

5.1.7 PCH Total DBM Message Count [piece]

Counters

ID Counters

1166017242 PCH Total DBM Message Count [piece]

Description

The DBM messages sent on PCHs in measurement period.

Measurement Points

A DBM message is sent to the MS through the PCH.

There are the following three modes OF the DBM message:

? (1) Broadcast mode

? (2) Non-slotted mode

? (3) Slotted mode

The CPM measures the slotted broadcast messages every 30 seconds and reports the result tothe BTSC. The BTSC measures the slotted broadcast messages of the measurement period.

Formula

Null

Unit

piece

5.1.8 PCH DBM Message Average Occupancy Ratio [%]

Counters

ID Counters

1166017243 PCH DBM Message Average OccupancyRatio [%]




Issue 02 (2010-06-18)

Description

The using ratio of DBM messages sent on PCHs in measurement period.

Measurement Points

PCH DBM Msg average using ratio [%] = Total length of DBM messages sent from air interface(bit)/Bandwidth of air interface (bit) x 100%.

Bandwidth of air interface = Paging rate x Measurement period.

The CPM measures the PCH DBM Msg average using ratio every 30 seconds and reports theresult to the BTSC. The BTSC calculates the PCH DBM Msg average using ratio of themeasurement period and reports the result to the OMC.

Formula

Null

Unit

%

5.1.9 PCH DBM Message Max Occupancy Ratio [%]

Counters

ID Counters

1166017244 PCH DBM Message Max Occupancy Ratio[%]

Description

The maximum using ratio of DBM messages sent on PCHs in measurement period.

Measurement Points

The CPM uses a two-second granularity to measure this item. Every 30 seconds, the CPM reportsthe maximum DBM Msg using ratio in a granularity to the BTSC. The BTSC sends to the OMCthe maximum values of the maximum DBM Msg using ratio values received from the CPM.

Formula

Null

Unit

%



5-7

5.1.10 PCH Total DBM Message Fail Send Count [piece]

CountersID Counters

1166017245 PCH Total DBM Message Fail Send Count[piece]

DescriptionThe DBM messages that fail to be sent on PCHs in measurement period.

Measurement PointsNumber of lost DBM messages due to full queue buffer = Number of lost DBM messages dueto full queues that are used to store DBM messages

The CPM measures the DBM messages every 30 seconds and reports the result to the BTSC.The BTSC accumulates the DBM message number it receives from the CPM/.ECM and reportsthe total number to the OMC every measurement period.

FormulaNull

Unitpiece

5.2 PCH Discard Performance Stat

5.2.1 PCH Discarded Call Message Using Ratio [%]

5.2.2 PCH Discarded Non-call Message Using Ratio [%]

5.2.3 PCH Discarded Call Slotted Message Count Due to Buffer Full [piece]

5.2.4 PCH Discarded Call Slotted Message Count Due to Living Time [piece]

5.2.5 PCH Call Slotted Message in Buffer Message Count [piece]

5.2.6 PCH Discarded Non-call Slotted Message Count Due to Buffer Full [piece]

5.2.7 PCH Discarded Non-call Slotted Message Count Due to Living Time [piece]

5.2.8 PCH Non-call Slotted Message in Buffer Message Count [piece]

5.2.9 PCH Discarded Call Non-Slotted Message Count Due to Buffer Full [piece]

5.2.10 PCH Discarded Call Non-Slotted Message Count Due to Living Time [piece]




Issue 02 (2010-06-18)

5.2.11 PCH Call Non-Slotted Message in Buffer Message Count [piece]

5.2.12 PCH Discarded Non-call Non-Slotted Message Count Due to Buffer Full [piece]

5.2.13 PCH Discarded Non-call Non-Slotted Message Count Due to Living Time [piece]

5.2.14 PCH Non-call Non-Slotted Message in Buffer Message Count [piece]

5.2.15 PCH Discarded Call Non-Slotted Message Resend Message Count Due to Buffer Full[piece]

5.2.16 PCH Discarded Call Non-Slotted Message Resend Message Count Due to Living Time[piece]

5.2.17 PCH Call Non-Slotted Message Resend Message in Buffer Message Count [piece]

5.2.18 PCH Discarded Non-call Non-Slotted Message Resend Message Count Due to BufferFull [piece]

5.2.19 PCH Discarded Non-call Non-Slotted Message Resend Message Count Due to LivingTime [piece]

5.2.20 PCH Non-call Non-Slotted Message Resend Message in Buffer Message Count [piece]

5.2.21 PCH Discarded High Priority Prof Ptt Message Count Due to Buffer Full [piece]

5.2.22 PCH Discarded High Priority Prof Ptt Message Count Due to Living Time [piece]

5.2.23 PCH High Priority Prof Ptt Message in Buffer Message Count [piece]

5.2.24 PCH High Priority Prof Ptt Message Which Send Succeed Message Count [piece]

5.2.25 PCH Discarded Normal Priority Prof Ptt Message Count Due to Buffer Full [piece]

5.2.26 PCH Discarded Normal Priority Prof Ptt Message Count Due to Living Time [piece]

5.2.27 PCH Normal Priority Prof Ptt Message in Buffer Message Count [piece]

5.2.28 PCH Normal Priority Prof Ptt Message Which Send Succeed Message Count [piece]

5.2.29 PCH Discarded Prof Ptt Resend Message Count Due to Buffer Full [piece]

5.2.30 PCH Discarded Prof Ptt Resend Message Count Due to Living Time [piece]

5.2.31 PCH Prof Ptt Resend Message in Buffer Message Count [piece]

5.2.32 PCH Prof Ptt Resend Message Which Send Succeed Message Count [piece]

5.2.1 PCH Discarded Call Message Using Ratio [%]

CountersID Counters

1166016696 PCH Discarded Call Message Using Ratio[%]



5-9

Description

The ratio of discarded call messages sent on PCHs within the measurement period.

Measurement Points

PCH discarded call msg using ratio [%] = Discarded call messages owing to insufficient buffer/(Call messages entering into the buffer + Discarded call messages owing to insufficient buffer)x 100%

Formula

Null

Unit

%

5.2.2 PCH Discarded Non-call Message Using Ratio [%]

Counters

ID Counters

1166016697 PCH Discarded Non-call Message UsingRatio [%]

Description

The ratio of discarded noncall messages sent on PCHs within the measurement period.

Measurement Points

PCH discarded call msg using ratio [%] = Discarded noncall messages owing to insufficient.buffer/(Noncall messages entering into the buffer + Discarded noncall messages owing toinsufficient buffer) x 100%

Formula

Null

Unit

%

5.2.3 PCH Discarded Call Slotted Message Count Due to Buffer Full[piece]




Issue 02 (2010-06-18)

Counters

ID Counters

1166016698 PCH Discarded Call Slotted Message CountDue to Buffer Full [piece]

Description

The call slotted messages sent on PCHs but discarded within the measurement period owing toinsufficient buffer.

Measurement Points

PCH discarded call slotted messages owing to insufficient buffer = Total call slotted messagesdiscarded owing to insufficient buffer.

The CPM measures this item every 30 seconds and reports the result to the BTSC. The BTSCcalculates the total number of the measurement period and reports the result to the OMC.

Formula

Null

Unit

piece

5.2.4 PCH Discarded Call Slotted Message Count Due to LivingTime [piece]

Counters

ID Counters

1166016699 PCH Discarded Call Slotted Message CountDue to Living Time [piece]

Description

The call slotted messages sent on PCHs but discarded within the measurement period owing tolifecycle expiration.

Measurement Points

PCH discarded call slotted messages owing to lifecycle expiration = Total call slotted messagesdiscarded owing to lifecycle expiration .



5-11


FormulaNull

Unitpiece

5.2.5 PCH Call Slotted Message in Buffer Message Count [piece]

CountersID Counters

1166016700 PCH Call Slotted Message in Buffer MessageCount [piece]

DescriptionThe call slotted messages entering into the buffer within the measurement period.

Measurement PointsPCH call slotted messages in buffer message count = Total call slotted messages entering intothe buffer .


FormulaNull

Unitpiece

5.2.6 PCH Discarded Non-call Slotted Message Count Due to BufferFull [piece]




Issue 02 (2010-06-18)

Counters

ID Counters

1166016701 PCH Discarded Non-call Slotted MessageCount Due to Buffer Full [piece]

Description

The noncall slotted messages sent on PCHs but discarded within the measurement period owingto insufficient buffer.

Measurement Points

PCH discarded noncall slotted messages owing to insufficient buffer = Total noncall slottedmessages discarded owing to insufficient buffer .


Formula

Null

Unit

piece

5.2.7 PCH Discarded Non-call Slotted Message Count Due to LivingTime [piece]

Counters

ID Counters

1166016702 PCH Discarded Non-call Slotted MessageCount Due to Living Time [piece]

Description

The noncall slotted messages sent on PCHs but discarded within the measurement period owingto lifecycle expiration.

Measurement Points

PCH discarded noncall slotted messages owing to lifecycle expiration = Total noncall slottedmessages discarded owing to lifecycle expiration.



5-13


Formula

Null

Unit

piece

5.2.8 PCH Non-call Slotted Message in Buffer Message Count[piece]

Counters

ID Counters

1166016703 PCH Non-call Slotted Message in BufferMessage Count [piece]

Description

The noncall slotted messages entering into the buffer within the measurement period.

Measurement Points

PCH noncall slotted messages in buffer message count = Total noncall slotted messages enteringinto the buffer.


Formula

Null

Unit

piece

5.2.9 PCH Discarded Call Non-Slotted Message Count Due toBuffer Full [piece]




Issue 02 (2010-06-18)

Counters

ID Counters

1166016704 PCH Discarded Call Non-Slotted MessageCount Due to Buffer Full [piece]

Description

The non-call slotted messages sent on PCHs but discarded within the measurement period owingto insufficient buffer.

Measurement Points

PCH discarded call non-slotted messages owing to insufficient buffer = Total non-call slottedmessages discarded owing to insufficient buffer.


Formula

Null

Unit

piece

5.2.10 PCH Discarded Call Non-Slotted Message Count Due toLiving Time [piece]

Counters

ID Counters

1166016705 PCH Discarded Call Non-Slotted MessageCount Due to Living Time [piece]

Description

The non-call slotted messages sent on PCHs but discarded within the measurement period owingto lifecycle expiration.

Measurement Points

PCH discarded call non-slotted messages owing to lifecycle expiration = Total non-call slottedmessages discarded owing to lifecycle expiration.



5-15


Formula

Null

Unit

piece

5.2.11 PCH Call Non-Slotted Message in Buffer Message Count[piece]

Counters

ID Counters

1166016706 PCH Call Non-Slotted Message in BufferMessage Count [piece]

Description

The non-call slotted messages entering into the buffer within the measurement period.

Measurement Points

PCH call non-slotted messages in buffer message count = Total non-call slotted messagesentering into the buffer (the re-sent messages are excluded) .


Formula

Null

Unit

piece

5.2.12 PCH Discarded Non-call Non-Slotted Message Count Due toBuffer Full [piece]




Issue 02 (2010-06-18)

Counters

ID Counters

1166016707 PCH Discarded Non-call Non-SlottedMessage Count Due to Buffer Full [piece]

Description

The non-noncall slotted messages sent on PCHs but discarded within the measurement periodowing to insufficient buffer.

Measurement Points

PCH discarded noncall non-slotted messages owing to insufficient buffer = Total non-noncallslotted messages discarded owing to insufficient buffer.


Formula

Null

Unit

piece

5.2.13 PCH Discarded Non-call Non-Slotted Message Count Due toLiving Time [piece]

Counters

ID Counters

1166016708 PCH Discarded Non-call Non-SlottedMessage Count Due to Living Time [piece]

Description

The non-noncall slotted messages sent on PCHs but discarded within the measurement periodowing to lifecycle expiration.

Measurement Points

PCH discarded noncall non-slotted messages owing to lifecycle expiration = Total non-noncallslotted messages discarded owing to lifecycle expiration.



5-17


Formula

Null

Unit

piece

5.2.14 PCH Non-call Non-Slotted Message in Buffer Message Count[piece]

Counters

ID Counters

1166016709 PCH Non-call Non-Slotted Message inBuffer Message Count [piece]

Description

The non-noncall slotted messages entering into the buffer within the measurement period.

Measurement Points

PCH noncall non-slotted messages in buffer message count = Total non-noncall slotted messagesentering into the buffer (the re-sent messages are excluded).


Formula

Null

Unit

piece

5.2.15 PCH Discarded Call Non-Slotted Message Resend MessageCount Due to Buffer Full [piece]




Issue 02 (2010-06-18)

CountersID Counters

1166016710 PCH Discarded Call Non-Slotted MessageResend Message Count Due to Buffer Full[piece]

DescriptionThe non-call slotted messages re-sent on PCHs within the measurement period after discardedowing to insufficient buffer.

Measurement PointsPCH discarded call non-slotted re-sent messages owing to insufficient buffer = Total non-callslotted messages re-sent after discarded owing to insufficient buffer


FormulaNull

Unitpiece

5.2.16 PCH Discarded Call Non-Slotted Message Resend MessageCount Due to Living Time [piece]

CountersID Counters

1166016711 PCH Discarded Call Non-Slotted MessageResend Message Count Due to Living Time[piece]

DescriptionThe non-call slotted messages re-sent on PCHs within the measurement period after discardedowing to lifecycle expiration.

Measurement PointsPCH discarded call non-slotted re-sent messages owing to lifecycle expiration = Total non-callslotted messages re-sent after discarded owing to lifecycle expiration .



5-19


Formula

Null

Unit

piece

5.2.17 PCH Call Non-Slotted Message Resend Message in BufferMessage Count [piece]

Counters

ID Counters

1166016712 PCH Call Non-Slotted Message ResendMessage in Buffer Message Count [piece]

Description

The re-sent non-call slotted messages entering into the buffer within the measurement period.

Measurement Points

PCH call non-slotted resend messages in buffer message count = Total re-sent non-call slottedmessages entering into the buffer .


Formula

Null

Unit

piece

5.2.18 PCH Discarded Non-call Non-Slotted Message ResendMessage Count Due to Buffer Full [piece]




Issue 02 (2010-06-18)

CountersID Counters

1166016713 PCH Discarded Non-call Non-SlottedMessage Resend Message Count Due toBuffer Full [piece]

DescriptionThe non-noncall slotted messages re-sent on PCHs within the measurement period afterdiscarded owing to insufficient buffer.

Measurement PointsPCH discarded noncall non-slotted re-sent messages owing to insufficient buffer = Total non-noncall slotted messages re-sent after discarded owing to insufficient buffer.


FormulaNull

Unitpiece

5.2.19 PCH Discarded Non-call Non-Slotted Message ResendMessage Count Due to Living Time [piece]

CountersID Counters

1166016714 PCH Discarded Non-call Non-SlottedMessage Resend Message Count Due toLiving Time [piece]

DescriptionThe non-noncall slotted messages re-sent on PCHs within the measurement period afterdiscarded owing to lifecycle expiration.

Measurement PointsThe CPM measures this item every 30 seconds and reports the result to the BTSC. The BTSCcalculates the total number of the measurement period and reports the result to the OMC.



5-21

FormulaNull

Unitpiece

5.2.20 PCH Non-call Non-Slotted Message Resend Message inBuffer Message Count [piece]

CountersID Counters

1166016715 PCH Non-call Non-Slotted Message ResendMessage in Buffer Message Count [piece]

DescriptionThe re-sent non-noncall slotted messages entering into the buffer within the measurement period.

Measurement PointsPCH noncall non-slotted resend messages in buffer message count = Total re-sent non-callslotted messages entering into the buffer


FormulaNull

Unitpiece

5.2.21 PCH Discarded High Priority Prof Ptt Message Count Due toBuffer Full [piece]

CountersID Counters

1166017298 PCH Discarded High Priority Prof PttMessage Count Due to Buffer Full [piece]




Issue 02 (2010-06-18)

Description

PCH Discarded High Priority Prof Ptt Message Count Due To Buffer Full[piece]

Measurement Points

PCH Discarded High Priority Prof Ptt Message Count Due To Buffer Full


Formula

Null

Unit

piece

5.2.22 PCH Discarded High Priority Prof Ptt Message Count Due toLiving Time [piece]

Counters

ID Counters

1166017299 PCH Discarded High Priority Prof PttMessage Count Due to Living Time [piece]

Description

PCH Discarded High Priority Prof Ptt Message Count Due To Living Time[piece]

Measurement Points

PCH Discarded High Priority Prof Ptt Message Count Due To Living Time


Formula

Null

Unit

piece



5-23

5.2.23 PCH High Priority Prof Ptt Message in Buffer Message Count[piece]

CountersID Counters

1166017300 PCH High Priority Prof Ptt Message in BufferMessage Count [piece]

DescriptionPCH High Priority Prof Ptt Message In Buffer Message Count[piece]

Measurement PointsPCH High Priority Prof Ptt Message In Buffer Message Count


FormulaNull

Unitpiece

5.2.24 PCH High Priority Prof Ptt Message Which Send SucceedMessage Count [piece]

CountersID Counters

1166017301 PCH High Priority Prof Ptt Message WhichSend Succeed Message Count [piece]

DescriptionPCH High Priority Prof Ptt Message Which Send Succeed Message Count[piece]

Measurement PointsPCH High Priority Prof Ptt Message Which Send Succeed Message Count




Issue 02 (2010-06-18)


Formula

Null

Unit

piece

5.2.25 PCH Discarded Normal Priority Prof Ptt Message Count Dueto Buffer Full [piece]

Counters

ID Counters

1166017302 PCH Discarded Normal Priority Prof PttMessage Count Due to Buffer Full [piece]

Description

PCH Discarded Normal Priority Prof Ptt Message Count Due To Buffer Full[piece]

Measurement Points

PCH Discarded Normal Priority Prof Ptt Message Count Due To Buffer Full


Formula

Null

Unit

piece

5.2.26 PCH Discarded Normal Priority Prof Ptt Message Count Dueto Living Time [piece]



5-25

Counters

ID Counters

1166017303 PCH Discarded Normal Priority Prof PttMessage Count Due to Living Time [piece]

Description

PCH Discarded Normal Priority Prof Ptt Message Count Due To Living Time[piece]

Measurement Points

PCH Discarded Normal Priority Prof Ptt Message Count Due To Living Time


Formula

Null

Unit

piece

5.2.27 PCH Normal Priority Prof Ptt Message in Buffer MessageCount [piece]

Counters

ID Counters

1166017304 PCH Normal Priority Prof Ptt Message inBuffer Message Count [piece]

Description

PCH Normal Priority Prof Ptt Message In Buffer Message Count[piece]

Measurement Points

PCH Normal Priority Prof Ptt Message In Buffer Message Count





Issue 02 (2010-06-18)

FormulaNull

Unitpiece

5.2.28 PCH Normal Priority Prof Ptt Message Which Send SucceedMessage Count [piece]

CountersID Counters

1166017305 PCH Normal Priority Prof Ptt MessageWhich Send Succeed Message Count [piece]

DescriptionPCH Normal Priority Prof Ptt Message Which Send Succeed Message Count[piece]

Measurement PointsPCH Normal Priority Prof Ptt Message Which Send Succeed Message Count


FormulaNull

Unitpiece

5.2.29 PCH Discarded Prof Ptt Resend Message Count Due to BufferFull [piece]

CountersID Counters

1166017306 PCH Discarded Prof Ptt Resend MessageCount Due to Buffer Full [piece]



5-27

Description

PCH Discarded Prof Ptt Resend Message Count Due To Buffer Full[piece]

Measurement Points

PCH Discarded Prof Ptt Resend Message Count Due To Buffer Full


Formula

Null

Unit

piece

5.2.30 PCH Discarded Prof Ptt Resend Message Count Due to LivingTime [piece]

Counters

ID Counters

1166017307 PCH Discarded Prof Ptt Resend MessageCount Due to Living Time [piece]

Description

PCH Discarded Prof Ptt Resend Message Count Due To Living Time[piece]

Measurement Points

PCH Discarded Prof Ptt Resend Message Count Due To Living Time


Formula

Null

Unit

piece




Issue 02 (2010-06-18)

5.2.31 PCH Prof Ptt Resend Message in Buffer Message Count[piece]

CountersID Counters

1166017308 PCH Prof Ptt Resend Message in BufferMessage Count [piece]

DescriptionPCH Prof Ptt Resend Message In Buffer Message Count[piece]

Measurement PointsPCH Prof Ptt Resend Message In Buffer Message Count


FormulaNull

Unitpiece

5.2.32 PCH Prof Ptt Resend Message Which Send Succeed MessageCount [piece]

CountersID Counters

1166017309 PCH Prof Ptt Resend Message Which SendSucceed Message Count [piece]

DescriptionPCH Prof Ptt Resend Message Which Send Succeed Message Count[piece]

Measurement PointsPCH Prof Ptt Resend Message Which Send Succeed Message Count



5-29


Formula

Null

Unit

piece

5.3 PCH Delay Performance Stat

5.3.1 PCH 0 Delay Call Slotted Message Count [piece]



5.3.4 PCH More Cycle Delay Call Slotted Message Count [piece]

5.3.5 PCH 0 Delay Non-call Slotted Message Count [piece]



5.3.8 PCH More Cycle Delay Non-call Slotted Message Count [piece]


Counters

ID Counters

1166016716 PCH 0 Delay Call Slotted Message Count[piece]

Description

The call slotted messages sent on PCHs with 0 delay within the measurement period.

Measurement Points

PCH delay call slotted messages = PCH 0 delay call slotted messages(Do not count the resendmessage.)





Issue 02 (2010-06-18)

Formula

Null

Unit

piece


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

piece


Counters

ID Counters




5-31

Description


Measurement Points



Formula

Null

Unit

piece

5.3.4 PCH More Cycle Delay Call Slotted Message Count [piece]

Counters

ID Counters

1166016719 PCH More Cycle Delay Call Slotted MessageCount [piece]

Description

The call slotted messages sent on PCHs with PCH 3 or more cycle delay within the measurementperiod.

Measurement Points

PCH delay call slotted messages = PCH 3 or more cycle delay call slotted messages(Do notcount the resend message.)


Formula

Null

Unit

piece




Issue 02 (2010-06-18)


CountersID Counters

1166016720 PCH 0 Delay Non-call Slotted MessageCount [piece]

DescriptionThe noncall slotted messages sent on PCHs with 0 delay within the measurement period.

Measurement PointsPCH delay noncall slotted messages = PCH 0 delay noncall slotted messages.


FormulaNull

Unitpiece


CountersID Counters


DescriptionThe noncall slotted messages sent on PCHs with 1 delay within the measurement period.

Measurement PointsPCH delay noncall slotted messages = PCH 1 delay noncall slotted messages.




5-33

Formula

Null

Unit

piece


Counters

ID Counters


Description

The noncall slotted messages sent on PCHs with 2 delay within the measurement period.

Measurement Points

PCH delay noncall slotted messages = PCH 2 delay noncall slotted messages.


Formula

Null

Unit

piece

5.3.8 PCH More Cycle Delay Non-call Slotted Message Count[piece]

Counters

ID Counters

1166016723 PCH More Cycle Delay Non-call SlottedMessage Count [piece]




Issue 02 (2010-06-18)

DescriptionThe noncall slotted messages sent on PCHs with 3 or more cycle delay within the measurementperiod.

Measurement PointsPCH delay noncall slotted messages = PCH 3 or more cycle delay noncall slotted messages.


FormulaNull

Unitpiece

5.4 PCH GPM Combine Performance Stat

5.4.1 PCH 0 Call GPM Combined Num Count [piece]


5.4.3 PCH 2 Call GPMs Combined Num Count [piece]

5.4.4 PCH 3 or More Call GPMs Combined Num Count [piece]

5.4.5 PCH 0 Non-call GPM Combined Num Count [piece]


5.4.7 PCH 2 Non-call GPMs Combined Num Count [piece]

5.4.8 PCH 3 or More Non-call GPMs Combined Num Count [piece]

5.4.9 PCH Broadcast Slotted Message Count [piece]

5.4.10 PCH Regulation1 Slotted Message Count [piece]




CountersID Counters

1166016724 PCH 0 Call GPM Combined Num Count[piece]



5-35

DescriptionThe call slotted messages combined into a certain number of GPMs within the measurementperiod after sent on PCHs.

Measurement PointsPCH call GPM combine number count = PCH call GPM 0 combine number count.


FormulaNull

Unitpiece


CountersID Counters

1166016725 PCH 1 Call GPM Combined Num Count[piece]

DescriptionThe call slotted messages combined into a certain number of GPMs within the measurementperiod after sent on PCHs.

Measurement PointsPCH call GPM combine number count = PCH call GPM 1 combine number count.


FormulaNull

Unitpiece

5.4.3 PCH 2 Call GPMs Combined Num Count [piece]




Issue 02 (2010-06-18)

Counters

ID Counters

1166016726 PCH 2 Call GPMs Combined Num Count[piece]

Description

The call slotted messages combined into a certain number of GPMs within the measurementperiod after sent on PCHs.

Measurement Points

PCH call GPM combine number count = PCH call GPM 2 combine number count.


Formula

Null

Unit

piece

5.4.4 PCH 3 or More Call GPMs Combined Num Count [piece]

Counters

ID Counters

1166016727 PCH 3 or More Call GPMs Combined NumCount [piece]

Description

The call slotted messages combined into a certain number of GPMs within the measurementperiod after sent on PCHs.

Measurement Points

PCH call GPM combine number count = PCH call GPM 3 or more combine number count.




5-37

Formula

Null

Unit

piece


Counters

ID Counters

1166016728 PCH 0 Non-call GPM Combined Num Count[piece]

Description

The noncall slotted messages combined into a certain number of GPMs within the measurementperiod after sent on PCHs.

Measurement Points

PCH noncall GPM combine number count = PCH noncall GPM 0 combine number count.


Formula

Null

Unit

piece


Counters

ID Counters

1166016729 PCH 1 Non-call GPM Combined Num Count[piece]




Issue 02 (2010-06-18)

DescriptionThe noncall slotted messages combined into a certain number of GPMs within the measurementperiod after sent on PCHs.

Measurement PointsPCH noncall GPM combine number count = PCH noncall GPM 1 combine number count.


FormulaNull

Unitpiece

5.4.7 PCH 2 Non-call GPMs Combined Num Count [piece]

CountersID Counters

1166016730 PCH 2 Non-call GPMs Combined NumCount [piece]

DescriptionThe noncall slotted messages combined into a certain number of GPMs within the measurementperiod after sent on PCHs.

Measurement PointsPCH noncall GPM combine number count = PCH noncall GPM 2 combine number count.


FormulaNull

Unitpiece

5.4.8 PCH 3 or More Non-call GPMs Combined Num Count [piece]



5-39

CountersID Counters

1166016731 PCH 3 or More Non-call GPMs CombinedNum Count [piece]

Description

The noncall slotted messages combined into a certain number of GPMs within the measurementperiod after sent on PCHs.

Measurement Points

PCH noncall GPM combine number count = PCH noncall GPM 3 or more combine numbercount.


Formula

Null

Unit

piece

5.4.9 PCH Broadcast Slotted Message Count [piece]

CountersID Counters

1166016906 PCH Broadcast Slotted Message Count[piece]

Description

The slotted broadcast messages sent on PCHs within the measurement period.

Measurement Points

A slotted broadcast message is a broadcast message sent to the MS through the PCH in a timeslot.Such a timeslot is assigned from the BSC to the CPM.

The CPM measures the slotted broadcast messages every 30 seconds and reports the result tothe BTSC. The BTSC measures the slotted broadcast messages of the measurement period.




Issue 02 (2010-06-18)

Formula

Null

Unit

piece


Counters

ID Counters

1166016907 PCH Regulation1 Slotted Message Count[piece]

Description

The messages sent on PCHs in compliance with the regular 1 within the measurement period.

Measurement Points

Regulation 1: If multiple broadcast messages are to be sent, and the number and length of themcan be accommodated in a timeslot, then the BTS sends these messages in the first timeslot ofthe next broadcast paging period.


Formula

Null

Unit

piece


Counters

ID Counters




5-41

Description


Measurement Points

Regulation 2: If there is only one broadcast message to be sent, then the BTS sends the messagein the first timeslot of the next broadcast paging period.


Formula

Null

Unit

piece


Counters

ID Counters


Description


Measurement Points

Regulation 3: When neither regular 1 nor regular 2 is satisfied, the BTS sends a GPM/UPM inthe first timeslot of the next broadcast paging period. The GPM/UPM contains all the broadcastpaging corresponding to the broadcast messages to be sent.


Formula

Null

Unit

piece




Issue 02 (2010-06-18)

6 ACH Performance Measurement

About This Chapter

6.1 ACH Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 6 ACH Performance Measurement


6-1

6.1 ACH Performance Stat

6.1.1 ACH Average Using Ratio [%]

6.1.2 ACH Max Using Ratio [%]

6.1.3 ACH Min Using Ratio [%]

6.1.4 ACH Average Collision Ratio [%]

6.1.5 ACH Max Collision Ratio [%]

6.1.6 ACH Min Collision Ratio [%]

6.1.7 ACH Total Origination Message Count [piece]

6.1.8 ACH Total Order Message Count [piece]

6.1.9 ACH Total DBM Message Count [piece]

6.1.10 ACH Total Page Response Message Count [piece]

6.1.11 ACH Total Registration Message Count [piece]

6.1.1 ACH Average Using Ratio [%]

CountersID Counters

1166016734 ACH Average Using Ratio [%]

Description

The ACH average using ratio of a carrier within the measurement period.

Measurement Points

ACH Average Using Ratio [%] = Collision ratio + Valid access message using ratio.

Valid access message using ratio [%] = Valid access timeslots in a measurement period/Totalaccess timeslots in a measurement period x 100%.

Formula

Null

Unit

%

6 ACH Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

6.1.2 ACH Max Using Ratio [%]

CountersID Counters

1166016735 ACH Max Using Ratio [%]

DescriptionThe ACH maximum using ratio of a carrier within the measurement period.

Measurement PointsACH Max Using Ratio [%] = MAX (Collision ratio + Valid access message using ratio)

The measurement period is 2 seconds. ACH Max Using Ratio [%] is the maximum measurementresults in the measurement period.

Valid access message using ratio in a time unit = Valid access timeslots in a time unit/Totalaccess timeslots in a time unit

According to the ACH maximum using ratios reported by the CPM, the BTSC calculates theACH maximum using ratio of the measurement period and reports it to the OMC.

FormulaNull

Unit%

6.1.3 ACH Min Using Ratio [%]

CountersID Counters

1166016736 ACH Min Using Ratio [%]

DescriptionThe ACH minimum using ratio of a carrier within the measurement period.

Measurement PointsACH Min Using Ratio [%] = MIN (Collision ratio + Valid access message using ratio)



6-3

The measurement period is 2 seconds. ACH Min Using Ratio [%] is the minimum of all themeasurement results in the measurement period. According to the ACH minimum using ratiosreported by the CPM, the BTSC calculates the ACH Min Using Ratio [%] of the measurementperiod and reports it to the OMC.

Formula

Null

Unit

%

6.1.4 ACH Average Collision Ratio [%]

Counters

ID Counters

1166016737 ACH Average Collision Ratio [%]

Description

The ratio of collision timeslots to total timeslots within the measurement period.

Measurement Points

ACH Average Collision Ratio [%] = Collision timeslots in a measurement period/Total accesstimeslots in a measurement period

Formula

Null

Unit

%

6.1.5 ACH Max Collision Ratio [%]

Counters

ID Counters

1166016738 ACH Max Collision Ratio [%]




Issue 02 (2010-06-18)

DescriptionThe maximum ratio of collision timeslots to total timeslots within the measurement period.

Measurement PointsACH Max Collision Ratio [%] = Collision timeslots/Measurement period x 100%

The measurement period is 2 seconds. ACH Max Collision Ratio [%] is the maximum of all themeasurement results in the measurement period.

According to the ACH maximum collision ratios reported by the CPM, the BTSC calculates theACH maximum collision ratio of the measurement period and reports it to the OMC.

FormulaNull

Unit%

6.1.6 ACH Min Collision Ratio [%]

CountersID Counters

1166016739 ACH Min Collision Ratio [%]

DescriptionThe minimum ratio of collision timeslots to total timeslots within the measurement period.

Measurement PointsACH Min Collision Ratio [%] = Collision timeslots/Measurement period x 100%

The measurement period is 2 seconds. ACH Min Collision Ratio [%] is the minimum of all themeasurement results in the measurement period. According to the ACH minimum collision ratiosreported by the CPM, the BTSC calculates the ACH minimum collision ratio of the measurementperiod and reports it to the OMC.

FormulaNull

Unit%



6-5

6.1.7 ACH Total Origination Message Count [piece]

CountersID Counters

1166017246 ACH Total Origination Message Count[piece]

DescriptionThe ORM messages sent on ACHs in measurement period.

Measurement PointsThe BTSC checks the types of access message sent on ACHs and sends the number of ORMmessages to the OMC every measurement period.

FormulaNull

Unitpiece

6.1.8 ACH Total Order Message Count [piece]

CountersID Counters

1166017247 ACH Total Order Message Count [piece]

DescriptionThe ORDM messages sent on ACHs in measurement period.

Measurement PointsThe BTSC checks the types of access message sent on ACHs and sends the number of ORDMmessages to the OMC every measurement period.

FormulaNull




Issue 02 (2010-06-18)

Unit

piece

6.1.9 ACH Total DBM Message Count [piece]

CountersID Counters

1166017248 ACH Total DBM Message Count [piece]

Description

The DBM messages sent on ACHs in measurement period.

Measurement Points

The BTSC checks the types of access message sent on ACHs and sends the number of DBMmessages to the OMC every measurement period.

Formula

Null

Unit

piece

6.1.10 ACH Total Page Response Message Count [piece]

CountersID Counters

1166017249 ACH Total Page Response Message Count[piece]

Description

The PRM messages sent on ACHs in measurement period.

Measurement Points

The BTSC checks the types of access message sent on ACHs and sends the number of PRMmessages to the OMC every measurement period.



6-7

FormulaNull

Unitpiece

6.1.11 ACH Total Registration Message Count [piece]

CountersID Counters

1166017250 ACH Total Registration Message Count[piece]

DescriptionThe RGM messages sent on ACHs in measurement period.

Measurement PointsThe BTSC checks the types of access message sent on ACHs and sends the number of RGMmessages to the OMC every measurement period.

FormulaNull

Unitpiece




Issue 02 (2010-06-18)

7 FCCCH Performance Measurement

About This Chapter

7.1 FCCCH Using Ratio Performance Stat

7.2 FCCCH Discard Performance Stat

7.3 FCCCH Delay Performance Stat

7.4 FCCCH GPM Combine Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 7 FCCCH Performance Measurement


7-1

7.1 FCCCH Using Ratio Performance Stat

7.1.1 FCCCH Average Using Ratio [%]

7.1.2 FCCCH Max Using Ratio [%]

7.1.3 FCCCH Min Using Ratio [%]

7.1.4 FCCCH Call Message Using Ratio [%]

7.1.5 FCCCH Non-call Message Using Ratio [%]

7.1.1 FCCCH Average Using Ratio [%]

Counters

ID Counters

1166016741 FCCCH Average Using Ratio [%]

Description

The FCCCH average using ratio of a carrier within the measurement period.

Measurement Points

FCCCH Average Using Ratio [%] = Total length of forward common control messages sentfrom air interface (bit)/Bandwidth of air interface (bit) x 100%

Bandwidth of air interface = Forward common control rate x Measurement period

The CPM reports the FCCCH average using ratio to the BTSC. The BTSC calculates the averageratio of the measurement period.

Formula

Null

Unit

%

7.1.2 FCCCH Max Using Ratio [%]

7 FCCCH Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

CountersID Counters

1166016742 FCCCH Max Using Ratio [%]

DescriptionThe FCCCH maximum using ratio of a carrier within the measurement period.

Measurement PointsFCCCH Maximum Using Ratio [%] = Total length of forward common control messages sentfrom air interface (bit)/Bandwidth of air interface (bit) x 100%


The FCCCH maximum using ratio is measured every measurement period in the traffic themeasurement period. The CPM reports the FCCCH maximum using ratio to the BTSC. TheBTSC calculates the maximum ratio of the measurement period and reports the result to theOMC.

FormulaNull

Unit%

7.1.3 FCCCH Min Using Ratio [%]

CountersID Counters

1166016743 FCCCH Min Using Ratio [%]

DescriptionThe FCCCH minimum using ratio of a carrier within the measurement period.

Measurement PointsFCCCH minimum using ratio [%] = Total length of forward common control messages sentfrom air interface (bit)/Bandwidth of air interface (bit) x 100%


The FCCCH minimum using ratio is measured every measurement period in the traffic themeasurement period. The CPM reports the FCCCH minimum using ratio to the BTSC. The



7-3

BTSC calculates the minimum ratio of the measurement period and reports the result to theOMC.

FormulaNull

Unit%

7.1.4 FCCCH Call Message Using Ratio [%]

CountersID Counters

1166016744 FCCCH Call Message Using Ratio [%]

DescriptionThe ratio of call messages sent on FCCCHs within the measurement period.

Measurement PointsFCCCH call message using ratio [%] = Total length of forward common control messages sentfrom air interface (bit)/Bandwidth of air interface (bit) x 100%


The CPM reports the FCCCH call message using ratio to the BTSC. The BTSC calculates theaverage ratio of the measurement period.

FormulaNull

Unit%

7.1.5 FCCCH Non-call Message Using Ratio [%]

CountersID Counters

1166016745 FCCCH Non-call Message Using Ratio [%]




Issue 02 (2010-06-18)

DescriptionThe ratio of noncall messages sent on FCCCHs within the measurement period.

Measurement PointsFCCCH noncall message using ratio [%] = Total length of forward common control messagessent from air interface (bit)/Bandwidth of air interface (bit) x 100%

Bandwidth of air interface = FCCCH transmission rate x Measurement period

The CPM reports the FCCCH noncall message using ratio to the BTSC. The BTSC calculatesthe average ratio of the measurement period.

FormulaNull

Unit%

7.2 FCCCH Discard Performance Stat

7.2.1 FCCCH Discarded Call Message Using Ratio [%]

7.2.2 FCCCH Discarded Non-call Message Using Ratio [%]

7.2.3 FCCCH Discarded Call Slotted Message Count Due to Buffer Full [piece]

7.2.4 FCCCH Discarded Call Slotted Message Count Due to Living Time [piece]

7.2.5 FCCCH Call Slotted Message in Buffer Message Count [piece]

7.2.6 FCCCH Discarded Non-call Slotted Message Count Due to Buffer Full [piece]

7.2.7 FCCCH Discarded Non-call Slotted Message Count Due to Living Time [piece]

7.2.8 FCCCH Non-call Slotted Message in Buffer Message Count [piece]

7.2.9 FCCCH Discarded Call Non-Slotted Message Count Due to Buffer Full [piece]

7.2.10 FCCCH Discarded Call Non-Slotted Message Count Due to Living Time [piece]

7.2.11 FCCCH Call Non-Slotted Message in Buffer Message Count [piece]

7.2.12 FCCCH Discarded Non-call Non-Slotted Message Count Due to Buffer Full [piece]

7.2.13 FCCCH Discarded Non-call Non-Slotted Message Count Due to Living Time [piece]

7.2.14 FCCCH Non-call Non-Slotted Message in Buffer Message Count [piece]

7.2.15 FCCCH Discarded Call Non-Slotted Message Resend Message Count Due to Buffer Full[piece]

7.2.16 FCCCH Discarded Call Non-Slotted Message Resend Message Count Due to LivingTime [piece]



7-5

7.2.17 FCCCH Call Non-Slotted Message Resend Message in Buffer Message Count [piece]

7.2.18 FCCCH Discarded Non-call Non-Slotted Message Resend Message Count Due to BufferFull [piece]

7.2.19 FCCCH Discarded Non-call Non-Slotted Message Resend Message Count Due to LivingTime [piece]

7.2.20 FCCCH Non-call Non-Slotted Message Resend Message in Buffer Message Count[piece]

7.2.1 FCCCH Discarded Call Message Using Ratio [%]

Counters

ID Counters

1166016746 FCCCH Discarded Call Message Using Ratio[%]

Description

The ratio of discarded call messages sent on FCCCHs within the measurement period.

Measurement Points

FCCCH discarded call msg using ratio [%] = Discarded call messages owing to insufficientbuffer/(call messages entering into the buffer + discarded call messages owing to insufficientbuffer) x 100%

Formula

Null

Unit

%

7.2.2 FCCCH Discarded Non-call Message Using Ratio [%]

Counters

ID Counters

1166016747 FCCCH Discarded Non-call Message UsingRatio [%]




Issue 02 (2010-06-18)

DescriptionThe ratio of discarded noncall messages sent on FCCCHs within the measurement period.

Measurement PointsFCCCH discarded noncall message using ratio [%] = Discarded noncall messages owing toinsufficient buffer/(noncall messages entering into the buffer + discarded noncall messagesowing to insufficient buffer) x 100%

FormulaNull

Unit%

7.2.3 FCCCH Discarded Call Slotted Message Count Due to BufferFull [piece]

CountersID Counters

1166016748 FCCCH Discarded Call Slotted MessageCount Due to Buffer Full [piece]

DescriptionThe call slotted messages sent on FCCCHs but discarded within the measurement period owingto insufficient buffer.

Measurement PointsFCCCH discarded call slotted messages owing to insufficient buffer = Total call slotted messagesdiscarded owing to insufficient buffer.

FormulaNull

Unitpiece

7.2.4 FCCCH Discarded Call Slotted Message Count Due to LivingTime [piece]



7-7

Counters

ID Counters

1166016749 FCCCH Discarded Call Slotted MessageCount Due to Living Time [piece]

Description

Slotted call messages on FCCCHs discarded owing to expired lifecycle within the measurementperiod.

Measurement Points

FCCCH discarded call slotted messages owing to lifecycle expiration = Total call slottedmessages discarded owing to lifecycle expiration.

Formula

Null

Unit

piece

7.2.5 FCCCH Call Slotted Message in Buffer Message Count [piece]

Counters

ID Counters

1166016750 FCCCH Call Slotted Message in BufferMessage Count [piece]

Description

Slotted call messages sent to the buffer within the measurement period through FCCCHs.

Measurement Points

FCCCH call slotted messages in buffer message count = Total call slotted messages enteringinto the buffer.

Formula

Null




Issue 02 (2010-06-18)

Unitpiece

7.2.6 FCCCH Discarded Non-call Slotted Message Count Due toBuffer Full [piece]

CountersID Counters

1166016751 FCCCH Discarded Non-call Slotted MessageCount Due to Buffer Full [piece]

DescriptionSlotted noncall messages on FCCCH discarded owing to insufficient buffer within themeasurement period.

Measurement PointsFCCCH discarded noncall slotted messages owing to insufficient buffer = Total noncall slottedmessages discarded owing to insufficient buffer.

FormulaNull

Unitpiece

7.2.7 FCCCH Discarded Non-call Slotted Message Count Due toLiving Time [piece]

CountersID Counters

1166016752 FCCCH Discarded Non-call Slotted MessageCount Due to Living Time [piece]

DescriptionSlotted noncall messages on FCCCHs discarded owing to expired lifecycle within themeasurement period.



7-9

Measurement Points

FCCCH discarded noncall slotted messages owing to lifecycle expiration = Total noncall slottedmessages discarded owing to lifecycle expiration.

Formula

Null

Unit

piece

7.2.8 FCCCH Non-call Slotted Message in Buffer Message Count[piece]

Counters

ID Counters

1166016753 FCCCH Non-call Slotted Message in BufferMessage Count [piece]

Description

Slotted noncall messages sent to the buffer within the measurement period through FCCCHs.

Measurement Points

FCCCH noncall slotted messages in buffer message count = Total noncall slotted messagesentering into the buffer.

Formula

Null

Unit

piece

7.2.9 FCCCH Discarded Call Non-Slotted Message Count Due toBuffer Full [piece]




Issue 02 (2010-06-18)

CountersID Counters

1166016754 FCCCH Discarded Call Non-SlottedMessage Count Due to Buffer Full [piece]

DescriptionNon-Slotted call messages on FCCCHs discarded owing to insufficient buffer within themeasurement period.

Measurement PointsFCCCH discarded call non-slotted messages owing to insufficient buffer = Total non-call slottedmessages discarded owing to insufficient buffer.

FormulaNull

Unitpiece

7.2.10 FCCCH Discarded Call Non-Slotted Message Count Due toLiving Time [piece]

CountersID Counters

1166016755 FCCCH Discarded Call Non-SlottedMessage Count Due to Living Time [piece]

DescriptionNon-Slotted call messages on FCCCHs discarded owing to expired lifecycle within themeasurement period.

Measurement PointsFCCCH discarded call non-slotted messages owing to lifecycle expiration = Total non-callslotted messages discarded owing to lifecycle expiration.

FormulaNull



7-11

Unitpiece

7.2.11 FCCCH Call Non-Slotted Message in Buffer Message Count[piece]

CountersID Counters

1166016756 FCCCH Call Non-Slotted Message in BufferMessage Count [piece]

DescriptionNon-Slotted call messages sent to the buffer within the measurement period through FCCCHs.

Measurement PointsFCCCH call non-slotted messages in buffer message count = Total non-call slotted messagesentering into the buffer.

FormulaNull

Unitpiece

7.2.12 FCCCH Discarded Non-call Non-Slotted Message Count Dueto Buffer Full [piece]

CountersID Counters

1166016757 FCCCH Discarded Non-call Non-SlottedMessage Count Due to Buffer Full [piece]

DescriptionFCCCH Discarded Noncall NonSlotted Msg Count Due To Buffer Full [piece]

.




Issue 02 (2010-06-18)

Measurement Points

FCCCH discarded noncall non-slotted messages owing to insufficient buffer = Total non-noncallslotted messages discarded owing to insufficient buffer.

Formula

Null

Unit

piece

7.2.13 FCCCH Discarded Non-call Non-Slotted Message Count Dueto Living Time [piece]

Counters

ID Counters

1166016758 FCCCH Discarded Non-call Non-SlottedMessage Count Due to Living Time [piece]

Description

Non-Slotted noncall messages on FCCCHs discarded owing to expired lifecycle within themeasurement period.

Measurement Points

FCCCH discarded noncall non-slotted messages owing to lifecycle expiration = Total non-noncall slotted messages discarded owing to lifecycle expiration.

Formula

Null

Unit

piece

7.2.14 FCCCH Non-call Non-Slotted Message in Buffer MessageCount [piece]



7-13

Counters

ID Counters

1166016759 FCCCH Non-call Non-Slotted Message inBuffer Message Count [piece]

Description

Non-Slotted noncall messages sent to the buffer within the measurement period throughFCCCHs.

Measurement Points

FCCCH noncall non-slotted messages in buffer message count = Total non-noncall slottedmessages entering into the buffer (the re-sent messages are excluded).

Formula

Null

Unit

piece

7.2.15 FCCCH Discarded Call Non-Slotted Message ResendMessage Count Due to Buffer Full [piece]

Counters

ID Counters

1166016760 FCCCH Discarded Call Non-SlottedMessage Resend Message Count Due toBuffer Full [piece]

Description

Non-Slotted call messages re-sent on FCCCHs within the measurement period after discardedowing to insufficient buffer.

Measurement Points

FCCCH discarded call non-slotted re-sent messages owing to insufficient buffer = Total non-call slotted messages re-sent after discarded owing to insufficient buffer.




Issue 02 (2010-06-18)

FormulaNull

Unitpiece

7.2.16 FCCCH Discarded Call Non-Slotted Message ResendMessage Count Due to Living Time [piece]

CountersID Counters

1166016761 FCCCH Discarded Call Non-SlottedMessage Resend Message Count Due toLiving Time [piece]

DescriptionNon-Slotted call messages re-sent on FCCCHs within the measurement period after discardedowing to expired lifecycle.

Measurement PointsFCCCH discarded call non-slotted re-sent messages owing to lifecycle expiration = Total non-call slotted messages re-sent after discarded owing to lifecycle expiration.

FormulaNull

Unitpiece

7.2.17 FCCCH Call Non-Slotted Message Resend Message in BufferMessage Count [piece]

CountersID Counters

1166016762 FCCCH Call Non-Slotted Message ResendMessage in Buffer Message Count [piece]



7-15

DescriptionRe-sent non-call slotted messages received by the buffer within the measurement period.

Measurement PointsFCCCH call non-slotted resend messages in buffer message count = Total re-sent non-call slottedmessages entering into the buffer.

FormulaNull

Unitpiece

7.2.18 FCCCH Discarded Non-call Non-Slotted Message ResendMessage Count Due to Buffer Full [piece]

CountersID Counters

1166016763 FCCCH Discarded Non-call Non-SlottedMessage Resend Message Count Due toBuffer Full [piece]

DescriptionNon-Slotted noncall messages re-sent on FCCCHs within the measurement period afterdiscarded owing to insufficient buffer.

Measurement PointsFCCCH discarded noncall non-slotted re-sent messages owing to insufficient buffer = Total non-noncall slotted messages re-sent after discarded owing to insufficient buffer.

FormulaNull

Unitpiece

7.2.19 FCCCH Discarded Non-call Non-Slotted Message ResendMessage Count Due to Living Time [piece]




Issue 02 (2010-06-18)

Counters

ID Counters

1166016764 FCCCH Discarded Non-call Non-SlottedMessage Resend Message Count Due toLiving Time [piece]

Description

Non-Slotted noncall messages re-sent on FCCCHs within the measurement period afterdiscarded owing to expired lifecycle.

Measurement Points

FCCCH discarded noncall non-slotted re-sent messages owing to lifecycle expiration = Totalnon-noncall slotted messages re-sent after discarded owing to lifecycle expiration.

Formula

Null

Unit

piece

7.2.20 FCCCH Non-call Non-Slotted Message Resend Message inBuffer Message Count [piece]

Counters

ID Counters

1166016765 FCCCH Non-call Non-Slotted MessageResend Message in Buffer Message Count[piece]

Description

Re-sent non-noncall slotted messages received by the buffer within the measurement period.

Measurement Points

FCCCH noncall non-slotted resend messages in buffer message count = Total re-sent non-callslotted messages entering into the buffer.



7-17

FormulaNull

Unitpiece

7.3 FCCCH Delay Performance Stat

7.3.1 FCCCH 0 Delay Call Slotted Message Count [piece]



7.3.4 FCCCH More Cycle Delay Call Slotted Message Count [piece]

7.3.5 FCCCH 0 Delay Non-call Slotted Message Count [piece]



7.3.8 FCCCH More Cycle Delay Non-call Slotted Message Count [piece]


CountersID Counters

1166016766 FCCCH 0 Delay Call Slotted Message Count[piece]

DescriptionThe call slotted messages sent on FCCCHs with 0 delay within the measurement period.

Measurement PointsFCCCH delay call slotted messages = FCCCH 0 delay call slotted messages.

FormulaNull

Unitpiece




Issue 02 (2010-06-18)


Counters

ID Counters


Description

The call slotted messages sent on FCCCHs with 1 delay within the measurement period.

Measurement Points

FCCCH delay call slotted messages = FCCCH 1 delay call slotted messages.

Formula

Null

Unit

piece


Counters

ID Counters


Description

The call slotted messages sent on FCCCHs with 2 delay within the measurement period.

Measurement Points

FCCCH delay call slotted messages = FCCCH 2 delay call slotted messages.

Formula

Null



7-19

Unit

piece

7.3.4 FCCCH More Cycle Delay Call Slotted Message Count [piece]

CountersID Counters

1166016769 FCCCH More Cycle Delay Call SlottedMessage Count [piece]

Description

The call slotted messages sent on FCCCHs with 3 or more cycle delay within the measurementperiod.

Measurement Points

FCCCH delay call slotted messages = FCCCH 3 or more cycle delay call slotted messages.

Formula

Null

Unit

piece


CountersID Counters

1166016770 FCCCH 0 Delay Non-call Slotted MessageCount [piece]

Description

The noncall slotted messages sent on FCCCHs with 0 delay within the measurement period.

Measurement Points

FCCCH delay noncall slotted messages = FCCCH 0 delay noncall slotted messages.




Issue 02 (2010-06-18)

Formula

Null

Unit

piece


Counters

ID Counters


Description


Measurement Points

FCCCH delay noncall slotted messages = FCCCH 1 delay noncall slotted messages.

Formula

Null

Unit

piece


Counters

ID Counters


Description




7-21

Measurement PointsFCCCH delay noncall slotted messages = FCCCH 2 delay noncall slotted messages.

FormulaNull

Unitpiece

7.3.8 FCCCH More Cycle Delay Non-call Slotted Message Count[piece]

CountersID Counters

1166016773 FCCCH More Cycle Delay Non-call SlottedMessage Count [piece]

DescriptionThe noncall slotted messages sent on FCCCHs with 3 or more cycle delay within themeasurement period.

Measurement PointsFCCCH delay noncall slotted messages = FCCCH 3 or more cycle delay noncall slottedmessages.

FormulaNull

Unitpiece

7.4 FCCCH GPM Combine Performance Stat

7.4.1 FCCCH 0 Call GPM Combined Num Count [piece]


7.4.3 FCCCH 2 Call GPMs Combined Num Count [piece]

7.4.4 FCCCH 3 or More Call GPMs Combined Num Count [piece]




Issue 02 (2010-06-18)

7.4.5 FCCCH 0 Non-call GPM Combined Num Count [piece]


7.4.7 FCCCH 2 Non-call GPMs Combined Num Count [piece]

7.4.8 FCCCH 3 or More Non-call GPMs Combined Num Count [piece]


CountersID Counters

1166016774 FCCCH 0 Call GPM Combined Num Count[piece]

DescriptionThe call messages combined into a certain number of GPMs within the measurement periodafter sent on FCCCHs.

Measurement PointsFCCCH call GPM combine number count = FCCCH call GPM 0 combine number count

FormulaNull

Unitpiece


CountersID Counters

1166016775 FCCCH 1 Call GPM Combined Num Count[piece]

DescriptionThe call messages combined into a certain number of GPMs within the measurement periodafter sent on FCCCHs.



7-23

Measurement Points

FCCCH call GPM combine number count = FCCCH call GPM 1 combine number count

Formula

Null

Unit

piece

7.4.3 FCCCH 2 Call GPMs Combined Num Count [piece]

Counters

ID Counters

1166016776 FCCCH 2 Call GPMs Combined Num Count[piece]

Description

The call messages combined into a certain number of GPMs within the measurement periodafter sent on FCCCHs.

Measurement Points

FCCCH call GPM combine number count = FCCCH call GPM 2 combine number count

Formula

Null

Unit

piece

7.4.4 FCCCH 3 or More Call GPMs Combined Num Count [piece]

Counters

ID Counters

1166016777 FCCCH 3 or More Call GPMs CombinedNum Count [piece]




Issue 02 (2010-06-18)

Description

The call messages combined into a certain number of GPMs within the measurement periodafter sent on FCCCHs.

Measurement Points

FCCCH call GPM combine number count = FCCCH call GPM 3 or more combine number count

Formula

Null

Unit

piece


Counters

ID Counters

1166016778 FCCCH 0 Non-call GPM Combined NumCount [piece]

Description

The noncall messages combined into a certain number of GPMs within the measurement periodafter sent on FCCCHs.

Measurement Points

FCCCH noncall GPM combine number count = FCCCH noncall GPM 0 combine number count.

Formula

Null

Unit

piece




7-25

CountersID Counters

1166016779 FCCCH 1 Non-call GPM Combined NumCount [piece]

DescriptionThe noncall messages combined into a certain number of GPMs within the measurement periodafter sent on FCCCHs.

Measurement PointsFCCCH noncall GPM combine number count = FCCCH noncall GPM 1 combine number count.

FormulaNull

Unitpiece

7.4.7 FCCCH 2 Non-call GPMs Combined Num Count [piece]

CountersID Counters

1166016780 FCCCH 2 Non-call GPMs Combined NumCount [piece]


Measurement PointsFCCCH noncall GPM combine number count = FCCCH noncall GPM 2 combine number count.

FormulaNull

Unitpiece




Issue 02 (2010-06-18)

7.4.8 FCCCH 3 or More Non-call GPMs Combined Num Count[piece]

CountersID Counters

1166016781 FCCCH 3 or More Non-call GPMsCombined Num Count [piece]


Measurement PointsFCCCH noncall GPM combine number count = FCCCH noncall GPM 3 or more combinenumber count.

FormulaNull

Unitpiece



7-27

8 EACH Performance Measurement

About This Chapter

8.1 EACH Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 8 EACH Performance Measurement


8-1

8.1 EACH Performance Stat

8.1.1 EACH Average Using Ratio [%]

8.1.2 EACH Max Using Ratio [%]

8.1.3 EACH Min Using Ratio [%]

8.1.4 EACH Average Collision Ratio [%]

8.1.5 EACH Max Collision Ratio [%]

8.1.6 EACH Min Collision Ratio [%]

8.1.1 EACH Average Using Ratio [%]

Counters

ID Counters

1166016784 EACH Average Using Ratio [%]

Description

Average using ratio of the EACH within the measurement period.

Measurement Points

EACH Average Using Ratio [%] = Collision ratio + Valid access message using ratio.

Valid access message using ratio [%] = Valid access timeslots in a measurement period/Totalaccess timeslots in a measurement period x 100%.

According to the EACH average using ratios reported by the CPM, the BTSC calculates theEACH average using ratio of the measurement period and reports it to the OMC.

Formula

Null

Unit

%

8.1.2 EACH Max Using Ratio [%]

8 EACH Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

Counters

ID Counters

1166016785 EACH Max Using Ratio [%]

Description

Maximum using ratio of the EACH within the measurement period.

Measurement Points

EACH Max Using Ratio [%] = MAX (Collision ratio + Valid access message using ratio).

The measurement period is 2 seconds. EACH Max Using Ratio [%] is the maximum of all themeasurement results in the measurement period.

Valid access message using ratio in a time unit [%] = Valid access timeslots in a time unit/Totalaccess timeslots in a time unit

According to the EACH maximum using ratios reported by the CPM, the BTSC calculates theEACH maximum using ratio of the measurement period and reports it to the OMC.

Formula

Null

Unit

%

8.1.3 EACH Min Using Ratio [%]

Counters

ID Counters

1166016786 EACH Min Using Ratio [%]

Description

Minimum using ratio of the EACH within the measurement period.

Measurement Points

EACH Min Using Ratio [%] = MIN (collision ratio + valid access message using ratio). Themeasurement period is 2 seconds. EACH Min Using Ratio [%] is the minimum of all themeasurement results in the measurement period.



8-3

According to the EACH minimum using ratios reported by the CPM, the BTSC calculates theEACH minimum using ratio of the measurement period and reports it to the OMC.

Formula

Null

Unit

%

8.1.4 EACH Average Collision Ratio [%]

Counters

ID Counters

1166016787 EACH Average Collision Ratio [%]

Description

The average ratio of EACH collision within the measurement period.

Measurement Points

EACH Average Collision Ratio [%] = Number of collision timeslots in a measurement period/Total access timeslots in a measurement period.

According to the EACH average collision ratios reported by the CPM, the BTSC calculates theEACH average collision ratio of the measurement period and reports it to the OMC.

Formula

Null

Unit

%

8.1.5 EACH Max Collision Ratio [%]

Counters

ID Counters

1166016788 EACH Max Collision Ratio [%]




Issue 02 (2010-06-18)

Description

The maximum ratio of EACH collision within the measurement period.

Measurement Points

EACH Max Collision Ratio [%] = Collision timeslots/Measurement period x 100% Themeasurement period is 2 seconds. EACH Max Collision Ratio [%] is the maximum of all themeasurement results in the measurement period.

Access collision ratio in a time unit = Access collision timeslots in a time unit/Total accesstimeslots in a time unit.

According to the EACH maximum collision ratios reported by the CPM, the BTSC calculatesthe EACH maximum collision ratio of the measurement period and reports it to the OMC.

Formula

Null

Unit

%

8.1.6 EACH Min Collision Ratio [%]

Counters

ID Counters

1166016789 EACH Min Collision Ratio [%]

Description

The minimum ratio of EACH collision within the measurement period.

Measurement Points

EACH Min Collision Ratio [%] = Collision timeslots/Measurement period x 100%.

The measurement period is 2 seconds. EACH Min Collision Ratio [%] is the minimum of allthe measurement results in the measurement period. According to the EACH minimum collisionratios reported by the CPM, the BTSC calculates the EACH minimum collision ratio of themeasurement period and reports it to the OMC.

Formula

Null



8-5

Unit%




Issue 02 (2010-06-18)

9 DO Services Performance Measurement

About This Chapter

9.1 DO FTCH Traffic Performance Stat

9.2 DO RTCH PER Performance Stat

9.3 DO RTCH Traffic Performance Stat

9.4 DO RTCH Eb/Nt Performance Stat

9.5 DO DRC Request Rate Occupancy Slot Stat

9.6 DO TCH Qos Performance Stat

9.7 DO TCH Load Performance Stat

9.8 DO TCH Congestion Performance Stat

9.9 DO TCH Access Performance Stat

9.10 DO TCH Forward RLP Throughput Stat

9.11 DO User Number Stat

9.12 DO Coverage Performance Stat

9.13 DO TCH Forward Load Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 9 DO Services Performance Measurement


9-1

9.1 DO FTCH Traffic Performance Stat

9.1.1 DO Quality of Service Level One FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.6 DO Quality of Service Level One FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.13 DO BCH Total Received Traffic MAC Packet Count [packet]

9.1.14 DO BCH Total PID Delay MAC Packet Count [packet]

9.1.15 DO BCH Total Abis Lost MAC Packet Count [packet]

9.1.16 DO BCH Total Normal Send MAC Packet Count [packet]

9.1.17 DO Average Special User Slot Using Ratio [%]

9.1.18 DO Max Special User Slot Using Ratio [%]

9.1.19 DO Min Special User Slot Using Ratio [%]

9.1.20 DO Quality of Service Level Two FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.25 DO Quality of Service Level Two FTCH 614.4k 1Slot Sent Packet Count [packet]






9 DO Services Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)


9.1.32 DO Quality of Service Level Three FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.37 DO Quality of Service Level Three FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.44 DO Quality of Service Level Four FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.49 DO Quality of Service Level Four FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.56 DO Quality of Service Level Five FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.61 DO Quality of Service Level Five FTCH 614.4k 1Slot Sent Packet Count [packet]





9-3





9.1.68 DO Quality of Service Level Six FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.73 DO Quality of Service Level Six FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.80 DO Quality of Service Level Seven FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.85 DO Quality of Service Level Seven FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.92 DO BCH Total Received Idle Packet Count [packet]

9.1.93 DOA Quality of Service Level One FTCH 38.4k 16Slots Sent Packet Count [packet]







Issue 02 (2010-06-18)


9.1.98 DOA Quality of Service Level One FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.105 DOA Quality of Service Level Two FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.110 DOA Quality of Service Level Two FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.117 DOA Quality of Service Level Three FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.122 DOA Quality of Service Level Three FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.129 DOA Quality of Service Level Four FTCH 38.4k 16Slots Sent Packet Count [packet]



9-5





9.1.134 DOA Quality of Service Level Four FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.141 DOA Quality of Service Level Five FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.146 DOA Quality of Service Level Five FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.153 DOA Quality of Service Level Six FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.158 DOA Quality of Service Level Six FTCH 614.4k 1Slot Sent Packet Count [packet]








Issue 02 (2010-06-18)



9.1.165 DOA Quality of Service Level Seven FTCH 38.4k 16Slots Sent Packet Count [packet]





9.1.170 DOA Quality of Service Level Seven FTCH 614.4k 1Slot Sent Packet Count [packet]







9.1.177 DOA Quality of Service Level One FTCH 1536k 2Slot Sent Packet Count [packet]

9.1.178 DOA Quality of Service Level One FTCH 3072k 1Slot Sent Packet Count [packet]

9.1.179 DOA Quality of Service Level Two FTCH 1536k 2Slot Sent Packet Count [packet]

9.1.180 DOA Quality of Service Level Two FTCH 3072k 1Slot Sent Packet Count [packet]

9.1.181 DOA Quality of Service Level Three FTCH 1536k 2Slot Sent Packet Count [packet]

9.1.182 DOA Quality of Service Level Three FTCH 3072k 1Slot Sent Packet Count [packet]

9.1.183 DOA Quality of Service Level Four FTCH 1536k 2Slot Sent Packet Count [packet]

9.1.184 DOA Quality of Service Level Four FTCH 3072k 1Slot Sent Packet Count [packet]

9.1.185 DOA Quality of Service Level Five FTCH 1536k 2Slot Sent Packet Count [packet]

9.1.186 DOA Quality of Service Level Five FTCH 3072k 1Slot Sent Packet Count [packet]

9.1.187 DOA Quality of Service Level Six FTCH 1536k 2Slot Sent Packet Count [packet]

9.1.188 DOA Quality of Service Level Six FTCH 3072k 1Slot Sent Packet Count [packet]

9.1.189 DOA Quality of Service Level Seven FTCH 1536k 2Slot Sent Packet Count [packet]

9.1.190 DOA Quality of Service Level Seven FTCH 3072k 1Slot Sent Packet Count [packet]

9.1.1 DO Quality of Service Level One FTCH 38.4k 16Slots SentPacket Count [packet]



9-7

Counters

ID Counters

1166016790 DO Quality of Service Level One FTCH38.4k 16Slots Sent Packet Count [packet]

Description

Total packets sent at a 38.4 Kbit/s on sixteen timeslots on DO FTCHs within the measurementperiod.

Measurement Points

The ECM measures this item for QoS level 1.

The ECM measures the number of packets sent at a 38.4 Kbit/s rate on sixteen timeslots on DOFTCHs every 30 seconds and reports it to the BTSC. Then the BTSC calculates the total numberwithin the measurement period and reports it to the OMC.

Formula

Null

Unit

packets


Counters

ID Counters


Description

Total packets sent at a 76.8 Kbit/s rate on eight timeslots on DO FTCHs within the measurementperiod.

Measurement Points





Issue 02 (2010-06-18)

The ECM measures the number of packets sent at a 76.8 Kbit/s rate on eight timeslots on DOFTCHs every 30 seconds and reports it to the BTSC. Then the BTSC calculates the total numberwithin the measurement period and reports it to the OMC.

Formula

Null

Unit

packets


Counters

ID Counters


Description

Total packets sent at a 153.6 Kbit/s rate on four timeslots on DO FTCHs within the measurementperiod.

Measurement Points


The ECM measures the number of packets sent at a 153.6 Kbit/s rate on four timeslots on DOFTCHs every 30 seconds and reports it to the BTSC. Then the BTSC calculates the total numberwithin the measurement period and reports it to the OMC.

Formula

Null

Unit

packets




9-9

Counters

ID Counters


Description

Total packets sent at a 307.2 Kbit/s rate on two timeslots on DO FTCHs within the measurementperiod.

Measurement Points


The ECM measures the number of packets sent at a 307.2 Kbit/s rate on two timeslots on DOFTCHs every 30 seconds and reports it to the BTSC. Then the BTSC calculates the total numberwithin the measurement period and reports it to the OMC.

Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets

9.1.6 DO Quality of Service Level One FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166016795 DO Quality of Service Level One FTCH614.4k 1Slot Sent Packet Count [packet]

Description

Total packets sent at a 614.4 Kbit/s rate on one timeslot on DO FTCHs within the measurementperiod.

Measurement Points


The ECM measures the number of packets sent at a 614.4 Kbit/s rate on one timeslot on DOFTCHs every 30 seconds and reports it to the BTSC. Then the BTSC calculates the total numberwithin the measurement period and reports it to the OMC.

Formula

Null

Unit

packets




9-11

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-13

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description

Total packets sent at an 1843.3 Kbit/s rate on one timeslot on DO FTCHs within the measurementperiod.

Measurement Points





Issue 02 (2010-06-18)

The ECM measures the number of packets sent at an 1843.2 Kbit/s rate on one timeslot on DOFTCHs every 30 seconds and reports it to the BTSC. Then the BTSC calculates the total numberwithin the measurement period and reports it to the OMC.

Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.13 DO BCH Total Received Traffic MAC Packet Count [packet]



9-15

CountersID Counters

1166016910 DO BCH Total Received Traffic MACPacket Count [packet]

DescriptionTotal traffic MAC packets received on DO BCHs within the measurement period.

Measurement PointsThe ECM measures the number of traffic MAC packets received on DO BCHs and reports tothe BTSC every 30 s. The BTSC calculates the total number reported by all ECMs within themeasurement period and reports to the OMC.

FormulaNull

Unitpackets

9.1.14 DO BCH Total PID Delay MAC Packet Count [packet]

CountersID Counters

1166016911 DO BCH Total PID Delay MAC PacketCount [packet]

DescriptionTotal MAC packets discarded on DO BCHs owing to PID delay within the measurement period.

Measurement PointsThe ECM measures the number of MAC packets discarded in the DO BCH owing to PID delayand reports it to the BTSC every 30 s.

The BTSC measures the number of MAC packets discarded on DO BCHs owing to PID delaywithin the measurement period and reports to the OMC

FormulaNull




Issue 02 (2010-06-18)

Unit

packets

9.1.15 DO BCH Total Abis Lost MAC Packet Count [packet]

Counters

ID Counters

1166016912 DO BCH Total Abis Lost MAC Packet Count[packet]

Description

Total MAC packets discarded at the Abis interface on DO BCHs within the measurement period.

Measurement Points

The ECM measures the number of MAC packets discarded at the Abis interface on DO BCHsand reports it to the BTSC every 30 s. Then the BTSC calculates the total number of themeasurement period and reports it to the OMC.

Formula

Null

Unit

packets

9.1.16 DO BCH Total Normal Send MAC Packet Count [packet]

Counters

ID Counters

1166016913 DO BCH Total Normal Send MAC PacketCount [packet]

Description

Total MAC packets sent normally on DO BCHs within the measurement period.



9-17

Measurement PointsThe ECM measures the number of MAC packets sent normally on DO BCHs and reports it tothe BTSC every 30 s. Then the BTSC calculates the total number of the measurement periodand reports it to the OMC.

FormulaNull

Unitpackets

9.1.17 DO Average Special User Slot Using Ratio [%]

CountersID Counters

1166016914 DO Average Special User Slot Using Ratio[%]

DescriptionThe average ratio of timeslot seizure by DO leased line subscribers within the measurementperiod.

Measurement PointsThe BTSC measures the average ratio of timeslot seizure by DO leased line subscribers withinthe measurement period. ∑Average ratio of timeslot seizure reported by the ECM/Measurementtimes and reports it to the OMC.

FormulaNull

Unit%

9.1.18 DO Max Special User Slot Using Ratio [%]

CountersID Counters

1166016915 DO Max Special User Slot Using Ratio [%]




Issue 02 (2010-06-18)

Description

The maximum ratio of timeslot seizure on DO leased line subscribers within the measurementperiod.

Measurement Points

The BTSC compares the maximum ratio of timeslot seizure on DO leased line subscribersreported by the ECMs to obtain the maximum value of the measurement period and reports itto the OMC.

Formula

Null

Unit

%

9.1.19 DO Min Special User Slot Using Ratio [%]

Counters

ID Counters

1166016916 DO Min Special User Slot Using Ratio [%]

Description

The minimum ratio of timeslot seizure on DO leased line subscribers within the measurementperiod.

Measurement Points

The BTSC compares the minimum ratio of timeslot seizure on DO leased line subscribersreported by the ECMs to obtain the minimum value of the measurement period and reports it tothe OMC.

Formula

Null

Unit

%



9-19

9.1.20 DO Quality of Service Level Two FTCH 38.4k 16Slots SentPacket Count [packet]

Counters

ID Counters

1166016917 DO Quality of Service Level Two FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description





Issue 02 (2010-06-18)

Measurement PointsThe ECM measures this item for QoS level 2.


FormulaNull

Unitpackets


CountersID Counters


DescriptionTotal packets sent at a 153.6 Kbit/s rate on four timeslots on DO FTCHs within the measurementperiod.



FormulaNull

Unitpackets




9-21

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets

9.1.25 DO Quality of Service Level Two FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166016922 DO Quality of Service Level Two FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets




9-23

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-25

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.32 DO Quality of Service Level Three FTCH 38.4k 16Slots SentPacket Count [packet]



9-27

Counters

ID Counters

1166016929 DO Quality of Service Level Three FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-29

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets

9.1.37 DO Quality of Service Level Three FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166016934 DO Quality of Service Level Three FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets




9-31

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-33

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.44 DO Quality of Service Level Four FTCH 38.4k 16Slots SentPacket Count [packet]



9-35

Counters

ID Counters

1166016941 DO Quality of Service Level Four FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points

The ECM measures this item for each QoS level 4.


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-37

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets

9.1.49 DO Quality of Service Level Four FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166016946 DO Quality of Service Level Four FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets




9-39

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-41

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.56 DO Quality of Service Level Five FTCH 38.4k 16Slots SentPacket Count [packet]



9-43

Counters

ID Counters

1166016953 DO Quality of Service Level Five FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-45

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets

9.1.61 DO Quality of Service Level Five FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166016958 DO Quality of Service Level Five FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets




9-47

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-49

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.68 DO Quality of Service Level Six FTCH 38.4k 16Slots SentPacket Count [packet]



9-51

Counters

ID Counters

1166016965 DO Quality of Service Level Six FTCH 38.4k16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters

1166016966 DO Quality of Service Level Six FTCH 76.8k8Slots Sent Packet Count [packet]

Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters

1166016967 DO Quality of Service Level Six FTCH153.6k 4Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets




9-53

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets

9.1.73 DO Quality of Service Level Six FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166016970 DO Quality of Service Level Six FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets




9-55

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-57

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.80 DO Quality of Service Level Seven FTCH 38.4k 16Slots SentPacket Count [packet]



9-59

Counters

ID Counters

1166016977 DO Quality of Service Level Seven FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-61

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets

9.1.85 DO Quality of Service Level Seven FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166016982 DO Quality of Service Level Seven FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets




9-63

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-65

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points





Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.92 DO BCH Total Received Idle Packet Count [packet]



9-67

Counters

ID Counters

1166016989 DO BCH Total Received Idle Packet Count[packet]

Description

Total idle packets received on DO BCHs within the measurement period.

Measurement Points

The ECM measures the number of idle packets received on DO BCHs and reports to the BTSCevery 30 s. The BTSC calculates the total number reported by all ECMs within the measurementperiod and reports to the OMC.

Formula

Null

Unit

packets

9.1.93 DOA Quality of Service Level One FTCH 38.4k 16Slots SentPacket Count [packet]

Counters

ID Counters

1166017343 DOA Quality of Service Level One FTCH38.4k 16Slots Sent Packet Count [packet]

Description

Total packets sent at a 38.4 Kbit/s on sixteen timeslots on DOA FTCHs within the measurementperiod.

Measurement Points






Issue 02 (2010-06-18)

FormulaNull

Unitpackets


CountersID Counters


DescriptionTotal packets sent at a 76.8 Kbit/s rate on eight timeslots on DOA FTCHs within themeasurement period.



FormulaNull

Unitpackets


CountersID Counters




9-69

DescriptionTotal packets sent at a 153.6 Kbit/s rate on four timeslots on DOA FTCHs within themeasurement period.



FormulaNull

Unitpackets


CountersID Counters


DescriptionTotal packets sent at a 307.2 Kbit/s rate on two timeslots on DOA FTCHs within themeasurement period.



FormulaNull

Unitpackets




Issue 02 (2010-06-18)


Counters

ID Counters


Description

Total packets sent at a 307.2 Kbit/s rate on four timeslots on DOA FTCHs within themeasurement period.

Measurement Points



Formula

Null

Unit

packets

9.1.98 DOA Quality of Service Level One FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166017348 DOA Quality of Service Level One FTCH614.4k 1Slot Sent Packet Count [packet]

Description

Total packets sent at a 614.4 Kbit/s rate on one timeslot on DOA FTCHs within the measurementperiod.



9-71



FormulaNull

Unitpackets


CountersID Counters


DescriptionTotal packets sent at a 614.4 Kbit/s rate on two timeslots on DOA FTCHs within themeasurement period.



FormulaNull

Unitpackets





Issue 02 (2010-06-18)

Counters

ID Counters


Description

Total packets sent at a 921.6 Kbit/s rate on two timeslots on DOA FTCHs within themeasurement period.

Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description

Total packets sent at a 1228.8 Kbit/s rate on one timeslot on DOA FTCHs within themeasurement period.

Measurement Points




9-73


Formula

Null

Unit

packets

9.1.102 DOA Quality of Service Level One FTCH 1228.8k 2SlotsSent Packet Count [packet]

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description

Total packets sent at an 1843.3 Kbit/s rate on one timeslot on DOA FTCHs within themeasurement period.

Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-75


Formula

Null

Unit

packets

9.1.105 DOA Quality of Service Level Two FTCH 38.4k 16Slots SentPacket Count [packet]

Counters

ID Counters

1166017355 DOA Quality of Service Level Two FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description

Total packets sent at a 76.8 Kbit/s rate on eight timeslots on DOA FTCHs within themeasurement period.

Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-77


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.110 DOA Quality of Service Level Two FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166017360 DOA Quality of Service Level Two FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points




9-79


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-81


Formula

Null

Unit

packets

9.1.114 DOA Quality of Service Level Two FTCH 1228.8k 2SlotsSent Packet Count [packet]

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-83


Formula

Null

Unit

packets

9.1.117 DOA Quality of Service Level Three FTCH 38.4k 16SlotsSent Packet Count [packet]

Counters

ID Counters

1166017367 DOA Quality of Service Level Three FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets

9.1.118 DOA Quality of Service Level Three FTCH 76.8k 8Slots SentPacket Count [packet]




Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-85


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.122 DOA Quality of Service Level Three FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166017372 DOA Quality of Service Level Three FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points




9-87


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.125 DOA Quality of Service Level Three FTCH 1228.8k 1SlotSent Packet Count [packet]

Counters

ID Counters


Description


Measurement Points




9-89


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-91


Formula

Null

Unit

packets

9.1.129 DOA Quality of Service Level Four FTCH 38.4k 16Slots SentPacket Count [packet]

Counters

ID Counters

1166017379 DOA Quality of Service Level Four FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-93


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.134 DOA Quality of Service Level Four FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166017384 DOA Quality of Service Level Four FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points




9-95


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-97


Formula

Null

Unit

packets

9.1.138 DOA Quality of Service Level Four FTCH 1228.8k 2SlotsSent Packet Count [packet]

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-99


Formula

Null

Unit

packets

9.1.141 DOA Quality of Service Level Five FTCH 38.4k 16Slots SentPacket Count [packet]

Counters

ID Counters

1166017391 DOA Quality of Service Level Five FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-101


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.146 DOA Quality of Service Level Five FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166017396 DOA Quality of Service Level Five FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points




9-103


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-105


Formula

Null

Unit

packets

9.1.150 DOA Quality of Service Level Five FTCH 1228.8k 2SlotsSent Packet Count [packet]

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-107


Formula

Null

Unit

packets

9.1.153 DOA Quality of Service Level Six FTCH 38.4k 16Slots SentPacket Count [packet]

Counters

ID Counters

1166017403 DOA Quality of Service Level Six FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-109


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.158 DOA Quality of Service Level Six FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166017408 DOA Quality of Service Level Six FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points




9-111


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-113


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-115


Formula

Null

Unit

packets

9.1.165 DOA Quality of Service Level Seven FTCH 38.4k 16SlotsSent Packet Count [packet]

Counters

ID Counters

1166017415 DOA Quality of Service Level Seven FTCH38.4k 16Slots Sent Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets

9.1.166 DOA Quality of Service Level Seven FTCH 76.8k 8Slots SentPacket Count [packet]




Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-117


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.170 DOA Quality of Service Level Seven FTCH 614.4k 1Slot SentPacket Count [packet]

Counters

ID Counters

1166017420 DOA Quality of Service Level Seven FTCH614.4k 1Slot Sent Packet Count [packet]

Description


Measurement Points




9-119


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets

9.1.173 DOA Quality of Service Level Seven FTCH 1228.8k 1SlotSent Packet Count [packet]

Counters

ID Counters


Description


Measurement Points




9-121


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points




9-123


Formula

Null

Unit

packets

9.1.177 DOA Quality of Service Level One FTCH 1536k 2Slot SentPacket Count [packet]

Counters

ID Counters

1166017427 DOA Quality of Service Level One FTCH1536k 2Slot Sent Packet Count [packet]

Description

Total packets sent at a 1536 Kbit/s rate on two timeslot on DOA FTCHs within the measurementperiod.

Measurement Points


The ECM measures the number of packets sent at a 1536 Kbit/s rate on two timeslot on DOFTCHs every 30 seconds and reports it to the BTSC. Then the BTSC calculates the total numberwithin the measurement period and reports it to the OMC.

This item belongs to the DO Rev A.

Formula

Null

Unit

packets

9.1.178 DOA Quality of Service Level One FTCH 3072k 1Slot SentPacket Count [packet]




Issue 02 (2010-06-18)

CountersID Counters

1166017428 DOA Quality of Service Level One FTCH3072k 1Slot Sent Packet Count [packet]

DescriptionTotal packets sent at a 3072 Kbit/s rate on one timeslot on DOA FTCHs within the measurementperiod.


The ECM measures the number of packets sent at a 3072 Kbit/s rate on one timeslot on DOFTCHs every 30 seconds and reports it to the BTSC. Then the BTSC calculates the total numberwithin the measurement period and reports it to the OMC.


FormulaNull

Unitpackets

9.1.179 DOA Quality of Service Level Two FTCH 1536k 2Slot SentPacket Count [packet]

CountersID Counters

1166017429 DOA Quality of Service Level Two FTCH1536k 2Slot Sent Packet Count [packet]

DescriptionTotal packets sent at a 1536 Kbit/s rate on two timeslot on DOA FTCHs within the measurementperiod.




9-125



FormulaNull

Unitpackets

9.1.180 DOA Quality of Service Level Two FTCH 3072k 1Slot SentPacket Count [packet]

CountersID Counters

1166017430 DOA Quality of Service Level Two FTCH3072k 1Slot Sent Packet Count [packet]





FormulaNull

Unitpackets

9.1.181 DOA Quality of Service Level Three FTCH 1536k 2Slot SentPacket Count [packet]




Issue 02 (2010-06-18)

CountersID Counters

1166017431 DOA Quality of Service Level Three FTCH1536k 2Slot Sent Packet Count [packet]





FormulaNull

Unitpackets

9.1.182 DOA Quality of Service Level Three FTCH 3072k 1Slot SentPacket Count [packet]

CountersID Counters

1166017432 DOA Quality of Service Level Three FTCH3072k 1Slot Sent Packet Count [packet]





9-127



FormulaNull

Unitpackets

9.1.183 DOA Quality of Service Level Four FTCH 1536k 2Slot SentPacket Count [packet]

CountersID Counters

1166017433 DOA Quality of Service Level Four FTCH1536k 2Slot Sent Packet Count [packet]





FormulaNull

Unitpackets

9.1.184 DOA Quality of Service Level Four FTCH 3072k 1Slot SentPacket Count [packet]




Issue 02 (2010-06-18)

CountersID Counters

1166017434 DOA Quality of Service Level Four FTCH3072k 1Slot Sent Packet Count [packet]





FormulaNull

Unitpackets

9.1.185 DOA Quality of Service Level Five FTCH 1536k 2Slot SentPacket Count [packet]

CountersID Counters

1166017435 DOA Quality of Service Level Five FTCH1536k 2Slot Sent Packet Count [packet]





9-129



FormulaNull

Unitpackets

9.1.186 DOA Quality of Service Level Five FTCH 3072k 1Slot SentPacket Count [packet]

CountersID Counters

1166017436 DOA Quality of Service Level Five FTCH3072k 1Slot Sent Packet Count [packet]





FormulaNull

Unitpackets

9.1.187 DOA Quality of Service Level Six FTCH 1536k 2Slot SentPacket Count [packet]




Issue 02 (2010-06-18)

CountersID Counters

1166017437 DOA Quality of Service Level Six FTCH1536k 2Slot Sent Packet Count [packet]





FormulaNull

Unitpackets

9.1.188 DOA Quality of Service Level Six FTCH 3072k 1Slot SentPacket Count [packet]

CountersID Counters

1166017438 DOA Quality of Service Level Six FTCH3072k 1Slot Sent Packet Count [packet]





9-131



FormulaNull

Unitpackets

9.1.189 DOA Quality of Service Level Seven FTCH 1536k 2Slot SentPacket Count [packet]

CountersID Counters

1166017439 DOA Quality of Service Level Seven FTCH1536k 2Slot Sent Packet Count [packet]





FormulaNull

Unitpackets

9.1.190 DOA Quality of Service Level Seven FTCH 3072k 1Slot SentPacket Count [packet]




Issue 02 (2010-06-18)

CountersID Counters

1166017440 DOA Quality of Service Level Seven FTCH3072k 1Slot Sent Packet Count [packet]





FormulaNull

Unitpackets

9.2 DO RTCH PER Performance Stat

9.2.1 DO RTCH Total Average PER [0.10%]

9.2.2 DO RTCH Single Branch Average PER [0.10%]

9.2.3 DO RTCH Single Branch Max PER [0.10%]

9.2.4 DO RTCH Soft Handoff Branch Average PER [0.10%]

9.2.5 DO RTCH Softer Handoff Branch Average PER [0.10%]

9.2.6 DO RTCH Softer Handoff Branch Max PER [0.10%]

9.2.7 DO RTCH Soft-Softer Handoff Branch Average PER [0.10%]

9.2.8 DOA RTCH Total Average PER [0.10%]

9.2.9 DOA RTCH Single Branch Average PER [0.10%]

9.2.10 DOA RTCH Single Branch Max PER [0.10%]

9.2.11 DOA RTCH Soft Handoff Branch Average PER [0.10%]



9-133

9.2.12 DOA RTCH Softer Handoff Branch Average PER [0.10%]

9.2.13 DOA RTCH Softer Handoff Branch Max PER [0.10%]

9.2.14 DOA RTCH Soft-Softer Handoff Branch Average PER [0.10%]

9.2.1 DO RTCH Total Average PER [0.10%]

CountersID Counters

1166016802 DO RTCH Total Average PER [0.10%]

DescriptionThe average PER of DO RTCHs within the measurement period.

Measurement PointsThe ECM sums up all the RTCH PERs every two seconds (∑2sPER). Then the ECM reportsthe sum PER of 30 seconds (∑30 secondsPER) to the BTSC. The BTSC calculates the averagePER within the measurement period (∑PER/Measurement times) and reports it to the OMC.

FormulaNull

Unit%

9.2.2 DO RTCH Single Branch Average PER [0.10%]

CountersID Counters

1166016803 DO RTCH Single Branch Average PER[0.10%]

DescriptionThe average PER of DO RTCHs single branch within the measurement period.

Measurement PointsThe ECM sums up all the single branch PERs every two seconds (∑2sPER). Then the ECMreports the sum PER of 30 seconds (∑30 secondsPER) to the BTSC. The BTSC calculates the




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single branch PER of the measurement period (∑single branch average PER/Measurementtimes) and reports it to the OMC.

Formula

Null

Unit

%

9.2.3 DO RTCH Single Branch Max PER [0.10%]

Counters

ID Counters

1166016804 DO RTCH Single Branch Max PER [0.10%]

Description

The maximum PER of DO RTCHs single branch within the measurement period.

Measurement Points

The ECM measures the single branch maximum PER every two seconds and reports themaximum PER of 30 seconds to the BTSC. The BTSC compares the single branch maximumPERs reported by the ECMs within the measurement period and reports the maximum to theOMC.

Formula

Null

Unit

%

9.2.4 DO RTCH Soft Handoff Branch Average PER [0.10%]

Counters

ID Counters

1166016805 DO RTCH Soft Handoff Branch AveragePER [0.10%]



9-135

DescriptionThe average PER of DO RTCHs soft handoff branch within the measurement period.

Measurement Points

The ECM sums up all the soft handoff branch PERs every two seconds (∑2sPER). Then theECM reports the sum PER of 30 seconds (∑30 secondsPER) to the BTSC. The BTSC calculatesthe soft handoff branch average PER of the measurement period (∑soft handoff branch PER/Measurement times) and reports it to the OMC.

FormulaNull

Unit%

9.2.5 DO RTCH Softer Handoff Branch Average PER [0.10%]

CountersID Counters

1166016806 DO RTCH Softer Handoff Branch AveragePER [0.10%]

DescriptionThe average PER of DO RTCHs softer handoff branch within the measurement period.

Measurement Points

The ECM sums up all the softer handoff branch PERs every two seconds (∑2sPER). Then theECM reports the sum PER of 30 seconds (∑30 secondsPER) to the BTSC. The BTSC calculatesthe softer handoff branch average PER of the measurement period (∑softer handoff branchPER/Measurement times) and reports it to the OMC.

FormulaNull

Unit%

9.2.6 DO RTCH Softer Handoff Branch Max PER [0.10%]




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CountersID Counters

1166016807 DO RTCH Softer Handoff Branch Max PER[0.10%]

DescriptionThe maximum PER of DO RTCHs softer handoff branch within the measurement period.

Measurement PointsThe ECM measures the maximum PER of the softer handoff branch every two seconds andreports the maximum PER of 30 seconds to the BTSC. The BTSC compares the softer handoffbranch maximum PERs reported by the ECMs within the measurement period and reports themaximum to the OMC.

FormulaNull

Unit%

9.2.7 DO RTCH Soft-Softer Handoff Branch Average PER [0.10%]

CountersID Counters

1166016808 DO RTCH Soft-Softer Handoff BranchAverage PER [0.10%]

DescriptionThe average PER of DO RTCHs soft and softer handoff branches within the measurement period.

Measurement PointsThe ECM sums up all the soft and softer handoff branch PERs every two seconds (∑2sPER).Then the ECM reports the sum PER of 30 seconds (∑30 secondsPER) to the BTSC. The BTSCcalculates the soft and softer handoff branch average PER of the measurement period (∑softand softer handoff branch PER/Measurement times) and reports it to the OMC.

FormulaNull



9-137

Unit%

9.2.8 DOA RTCH Total Average PER [0.10%]

CountersID Counters

1166017441 DOA RTCH Total Average PER [0.10%]

/title>

Null

Unit%

9.2.9 DOA RTCH Single Branch Average PER [0.10%]

CountersID Counters

1166017442 DOA RTCH Single Branch Average PER[0.10%]

DescriptionThe average PER of DOA RTCHs single branch within the measurement period.

Measurement PointsThe ECM sums up all the single branch PERs every two seconds (∑2sPER). Then the ECMreports the sum PER of 30 seconds (∑30 secondsPER) to the BTSC. The BTSC calculates thesingle branch PER of the measurement period (∑single branch average PER/Measurementtimes) and reports it to the OMC.

FormulaNull

Unit%




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9.2.10 DOA RTCH Single Branch Max PER [0.10%]

CountersID Counters

1166017443 DOA RTCH Single Branch Max PER[0.10%]

DescriptionThe maximum PER of DOA RTCHs single branch within the measurement period.

Measurement PointsThe ECM measures the single branch maximum PER every two seconds and reports themaximum PER of 30 seconds to the BTSC. The BTSC compares the single branch maximumPERs reported by the ECMs within the measurement period and reports the maximum to theOMC.

FormulaNull

Unit%

9.2.11 DOA RTCH Soft Handoff Branch Average PER [0.10%]

CountersID Counters

1166017444 DOA RTCH Soft Handoff Branch AveragePER [0.10%]

DescriptionThe average PER of DOA RTCHs soft handoff branch within the measurement period.

Measurement PointsThe ECM sums up all the soft handoff branch PERs every two seconds (∑2sPER). Then theECM reports the sum PER of 30 seconds (∑30 secondsPER) to the BTSC. The BTSC calculatesthe soft handoff branch average PER of the measurement period (∑soft handoff branch PER/Measurement times) and reports it to the OMC.



9-139

FormulaNull

Unit%

9.2.12 DOA RTCH Softer Handoff Branch Average PER [0.10%]

CountersID Counters

1166017445 DOA RTCH Softer Handoff Branch AveragePER [0.10%]

DescriptionThe average PER of DOA RTCHs softer handoff branch within the measurement period.

Measurement PointsThe ECM sums up all the softer handoff branch PERs every two seconds (∑2sPER). Then theECM reports the sum PER of 30 seconds (∑30 secondsPER) to the BTSC. The BTSC calculatesthe softer handoff branch average PER of the measurement period (∑softer handoff branchPER/Measurement times) and reports it to the OMC.

FormulaNull

Unit%

9.2.13 DOA RTCH Softer Handoff Branch Max PER [0.10%]

CountersID Counters

1166017446 DOA RTCH Softer Handoff Branch MaxPER [0.10%]

DescriptionThe maximum PER of DOA RTCHs softer handoff branch within the measurement period.




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Measurement PointsThe ECM measures the maximum PER of the softer handoff branch every two seconds andreports the maximum PER of 30 seconds to the BTSC. The BTSC compares the softer handoffbranch maximum PERs reported by the ECMs within the measurement period and reports themaximum to the OMC.

FormulaNull

Unit%

9.2.14 DOA RTCH Soft-Softer Handoff Branch Average PER[0.10%]

CountersID Counters

1166017447 DOA RTCH Soft-Softer Handoff BranchAverage PER [0.10%]

DescriptionThe average PER of DOA RTCHs soft and softer handoff branches within the measurementperiod.

Measurement PointsThe ECM sums up all the soft and softer handoff branch PERs every two seconds (∑2sPER).Then the ECM reports the sum PER of 30 seconds (∑30 secondsPER) to the BTSC. The BTSCcalculates the soft and softer handoff branch average PER of the measurement period (∑softand softer handoff branch PER/Measurement times) and reports it to the OMC.

FormulaNull

Unit%

9.3 DO RTCH Traffic Performance Stat

9.3.1 DO RTCH 1X Single Branch Received Packet Count [packet]



9-141

9.3.2 DO RTCH 1X Soft Handoff Branch Received Packet Count [packet]

9.3.3 DO RTCH 1X Softer Handoff Branch Received Packet Count [packet]

9.3.4 DO RTCH 1X Soft-Softer Handoff Branch Received Packet Count [packet]

















9.3.21 DO RTCH 9.6k Received Packet Count [packet]






CountersID Counters

1166016809 DO RTCH 1X Single Branch ReceivedPacket Count [packet]




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Description

Total packets received on the DO RTCH single branch within the measurement period.

Measurement Points

The ECM measures this item for 1X rate.

The ECM measures the number of packets received on the DO RTCH single branch every twoseconds. The BTSC calculates the total number reported by the ECMs within the measurementperiod and reports it to the OMC.

Formula

Null

Unit

packets

9.3.2 DO RTCH 1X Soft Handoff Branch Received Packet Count[packet]

CountersID Counters

1166016813 DO RTCH 1X Soft Handoff Branch ReceivedPacket Count [packet]

Description

Total packets received on the DO RTCH soft handoff branch within the measurement period.

Measurement Points


The ECM measures the number of packets received on the DO RTCH soft handoff branch everytwo seconds. The BTSC calculates the total number reported by the ECMs within themeasurement period and reports it to the OMC.

Formula

Null

Unit

packets



9-143

9.3.3 DO RTCH 1X Softer Handoff Branch Received Packet Count[packet]

CountersID Counters

1166016815 DO RTCH 1X Softer Handoff BranchReceived Packet Count [packet]

DescriptionTotal packets received on the DO RTCH softer handoff branch within the measurement period.

Measurement PointsThe ECM measures this item for 1X rate.

The ECM measures the number of packets received on the DO RTCH softer handoff branchevery two seconds. The BTSC calculates the total number reported by the ECMs within themeasurement period and reports it to the OMC.

FormulaNull

Unitpackets

9.3.4 DO RTCH 1X Soft-Softer Handoff Branch Received PacketCount [packet]

CountersID Counters

1166016819 DO RTCH 1X Soft-Softer Handoff BranchReceived Packet Count [packet]

DescriptionTotal packets received on the DO RTCH soft and softer branches within the measurement period.





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Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




9-145

CountersID Counters


DescriptionTotal packets received on the DO RTCH soft handoff branch within the measurement period.



FormulaNull

Unitpackets


CountersID Counters








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Formula

Null

Unit

packets


Counters

ID Counters


Description

Total packets received on the DO RTCH soft and softer branches within the measurement period.

Measurement Points



Formula

Null

Unit

packets


Counters

ID Counters




9-147

Description


Measurement Points



Formula

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Unit

packets


CountersID Counters


Description


Measurement Points



Formula

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Unit

packets




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CountersID Counters





FormulaNull

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CountersID Counters






9-149


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





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CountersID Counters





FormulaNull

Unitpackets


CountersID Counters







9-151

Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets


Counters

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Description


Measurement Points



Formula

Null

Unit

packets


CountersID Counters

1166016861 DO RTCH 16X Soft Handoff BranchReceived Packet Count [packet]

Description


Measurement Points



Formula

Null

Unit

packets



9-153


CountersID Counters





FormulaNull

Unitpackets


CountersID Counters







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Formula

Null

Unit

packets


Counters

ID Counters

1166016869 DO RTCH 9.6k Received Packet Count[packet]

Description

Total packets received at a 9.6 Kbit/s rate on DO FTCHs within the measurement period.

Measurement Points

DO RTCH 9.6k Received Packet Count [packet] = DO RTCH 1X Single Branch Received PacketCount [packet] + DO RTCH 1X Soft Handoff Branch Received Packet Count [packet] + DORTCH 1X Softer Handoff Branch Received Packet Count [packet] + DO RTCH 1X Soft-SofterHandoff Branch Received Packet Count [packet]

Formula

DO RTCH 1X Single Branch Received Packet Count [packet]+DO RTCH 1X Soft HandoffBranch Received Packet Count [packet]+DO RTCH 1X Softer Handoff Branch Received PacketCount [packet]+DO RTCH 1X Soft-Softer Handoff Branch Received Packet Count [packet]

Unit

packets




9-155

Counters

ID Counters


Description

Total packets received at a 19.2 rate on DO FTCHs within the measurement period.

Measurement Points

DO RTCH 19.2k Received Packet Count = DO RTCH 2X Single Branch Received Packet Count+ DO RTCH 2X Soft Handoff Branch Received Packet Count + DO RTCH 2X Softer HandoffBranch Received Packet Count + DO RTCH 2X Soft-Softer Handoff Branch Received PacketCount

Formula

DO RTCH 2X Single Branch Received Packet Count [packet]+DO RTCH 2X Soft HandoffBranch Received Packet Count [packet]+DO RTCH 2X Softer Handoff Branch Received PacketCount [packet]+DO RTCH 2X Soft-Softer Handoff Branch Received Packet Count [packet]

Unit

packets


Counters

ID Counters


Description

Total packets received at a 38.4 Kbit/s rate on DO FTCHs within the measurement period.

Measurement Points

DO RTCH 38.4k Received Packet Count = DO RTCH 4X Single Branch Received Packet Count+ DO RTCH 4X Soft Handoff Branch Received Packet Count + DO RTCH 4X Softer HandoffBranch Received Packet Count + DO RTCH 4X Soft-Softer Handoff Branch Received PacketCount




Issue 02 (2010-06-18)

FormulaDO RTCH 4X Single Branch Received Packet Count [packet]+DO RTCH 4X Soft HandoffBranch Received Packet Count [packet]+DO RTCH 4X Softer Handoff Branch Received PacketCount [packet]+DO RTCH 4X Soft-Softer Handoff Branch Received Packet Count [packet]

Unitpackets


CountersID Counters


DescriptionTotal packets received at a 76.8 Kbit/s rate on DO FTCHs within the measurement period.

Measurement PointsDO RTCH 76.8k Received Packet Count [packet] = DO RTCH 8X Single Branch ReceivedPacket Count [packet] + DO RTCH 8X Soft Handoff Branch Received Packet Count [packet]+ DO RTCH 8X Softer Handoff Branch Received Packet Count [packet] + DO RTCH 8X Soft-Softer Handoff Branch Received Packet Count [packet]

FormulaDO RTCH 8X Single Branch Received Packet Count [packet]+DO RTCH 8X Soft HandoffBranch Received Packet Count [packet]+DO RTCH 8X Softer Handoff Branch Received PacketCount [packet]+DO RTCH 8X Soft-Softer Handoff Branch Received Packet Count [packet]

Unitpackets


CountersID Counters




9-157

DescriptionTotal packets received at a 153.6 Kbit/s rate on DO FTCHs within the measurement period.

Measurement PointsDO RTCH 153.6k Received Packet Count [packet] = DO RTCH 16X Single Branch ReceivedPacket Count [packet] + DO RTCH 16X Soft Handoff Branch Received Packet Count [packet]+ DO RTCH 16X Softer Handoff Branch Received Packet Count [packet] + DO RTCH 16XSoft-Softer Handoff Branch Received Packet Count [packet]

FormulaDO RTCH 16X Single Branch Received Packet Count [packet]+DO RTCH 16X Soft HandoffBranch Received Packet Count [packet]+DO RTCH 16X Softer Handoff Branch ReceivedPacket Count [packet]+DO RTCH 16X Soft-Softer Handoff Branch Received Packet Count[packet]

Unitpackets

9.4 DO RTCH Eb/Nt Performance Stat

9.4.1 DO RTCH 1X Single Branch Average Eb/Nt [0.125 dB]

9.4.2 DO RTCH 1X Single Branch Max Eb/Nt [0.125 dB]

9.4.3 DO RTCH 1X Single Branch Min Eb/Nt [0.125 dB]

9.4.4 DO RTCH 1X Soft Handoff Branch Average Eb/Nt [0.125 dB]

9.4.5 DO RTCH 1X Softer Handoff Branch Average Eb/Nt [0.125 dB]

9.4.6 DO RTCH 1X Softer Handoff Branch Max Eb/Nt [0.125 dB]

9.4.7 DO RTCH 1X Softer Handoff Branch Min Eb/Nt [0.125 dB]

9.4.8 DO RTCH 1X Soft-Softer Handoff Branch Average Eb/Nt [0.125 dB]













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CountersID Counters

1166016810 DO RTCH 1X Single Branch Average Eb/Nt[0.125 dB]

DescriptionThe average Eb/Nt of the DO RTCH single branch within the measurement period.



9-159


The ECM sums up the single branch Eb/Nts every two seconds (∑2sEb/Nt) and calculates theaverage Eb/Nt (∑2sEb/Nt/Total single branches). Then the ECM reports the average Eb/Nt of30 seconds (∑30 secondsEb/Nt/Measurement times within 30 seconds) to the BTSC. The BTSCcalculates the single branch average Eb/Nt of the measurement period (∑single branch averageEb/Nt/Measurement times) and reports it to the OMC.

FormulaNull

UnitdB


CountersID Counters

1166016811 DO RTCH 1X Single Branch Max Eb/Nt[0.125 dB]

DescriptionThe maximum Eb/Nt of the DO RTCH single branch within the measurement period.


The ECM measures the single branch maximum Eb/Nt every two seconds and reports themaximum Eb/Nt of 30 seconds to the BTSC. The BTSC compares the single branch maximumEb/Nts reported by the ECMs within the measurement period and reports the maximum to theOMC.

FormulaNull

UnitdB





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CountersID Counters

1166016812 DO RTCH 1X Single Branch Min Eb/Nt[0.125 dB]

DescriptionThe minimum Eb/Nt of the DO RTCH single branch within the measurement period.


The ECM measures the single branch minimum Eb/Nt every two seconds and reports theminimum Eb/Nt of 30 seconds to the BTSC. The BTSC compares the single branch minimumEb/Nts reported by the ECMs within the measurement period and reports the minimum to theOMC.

FormulaNull

UnitdB


CountersID Counters

1166016814 DO RTCH 1X Soft Handoff Branch AverageEb/Nt [0.125 dB]

DescriptionThe average Eb/Nt of the DO RTCH soft handoff branch within the measurement period.


The ECM sums up the soft handoff branch Eb/Nts every two seconds (∑2sEb/Nt) and calculatesthe average Eb/Nt (∑2sEb/Nt/Total soft handoff branches). Then the ECM reports the averageEb/Nt of 30 seconds (∑30 secondsEb/Nt/Measurement times within 30 seconds) to the BTSC.The BTSC calculates the soft handoff branch average Eb/Nt of the measurement period (∑softhandoff branch average PER/Measurement times) and reports it to the OMC.



9-161

FormulaNull

UnitdB


CountersID Counters

1166016816 DO RTCH 1X Softer Handoff BranchAverage Eb/Nt [0.125 dB]

DescriptionThe average Eb/Nt of the DO RTCH softer handoff branch within the measurement period.


The ECM sums up all the softer handoff branch Eb/Nts every two seconds (∑2sEb/Nt) andcalculates the average Eb/Nt (∑2sEb/Nt/Total softer handoff branches). Then the ECM reportsthe average Eb/Nt of 30 seconds (∑30 secondsEb/Nt/Measurement times within 30 seconds)to the BTSC. The BTSC calculates the softer handoff branch average Eb/Nt of the measurementperiod (∑softer handoff branch average Eb/Nt/Measurement times) and reports it to the OMC.

FormulaNull

UnitdB


CountersID Counters

1166016817 DO RTCH 1X Softer Handoff Branch MaxEb/Nt [0.125 dB]




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DescriptionThe maximum Eb/Nt of the DO RTCH softer handoff branch within the measurement period.


The ECM sums up all the softer handoff branch Eb/Nts every two seconds (∑2sEb/Nt) andcompares all the results to obtain the maximum Eb/Nt. Then the ECM reports the maximum Eb/Nt of 30 seconds to the BTSC. The BTSC compares all the results to obtain the maximum Eb/Nt of the measurement period and reports it to the OMC.

FormulaNull

UnitdB


CountersID Counters

1166016818 DO RTCH 1X Softer Handoff Branch MinEb/Nt [0.125 dB]



The ECM sums up all the softer handoff branch Eb/Nts every two seconds (∑2sEb/Nt) andcompares all the results to obtain the minimum Eb/Nt. Then the ECM reports the minimum Eb/Nt of 30 seconds to the BTSC. The BTSC compares all the results to obtain the minimum Eb/Nt of the measurement period and reports it to the OMC.

FormulaNull

UnitdB



9-163

9.4.8 DO RTCH 1X Soft-Softer Handoff Branch Average Eb/Nt[0.125 dB]

CountersID Counters

1166016820 DO RTCH 1X Soft-Softer Handoff BranchAverage Eb/Nt [0.125 dB]

DescriptionThe average Eb/Nt of the DO RTCH soft and softer handoff branches within the measurementperiod.


The ECM sums up all the soft and softer handoff branch Eb/Nts every two seconds (∑2sEb/Nt)and calculates the average Eb/Nt (∑2sEb/Nt/Total soft and softer handoff branches). Then theECM reports the average Eb/Nt of 30 seconds (∑30 secondsEb/Nt/Measurement times within30 seconds) to the BTSC. The BTSC calculates the soft and softer handoff branch average Eb/Nt of the measurement period (∑soft and softer handoff branch average Eb/Nt/Measurementtimes) and reports it to the OMC.

FormulaNull

UnitdB


CountersID Counters






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FormulaNull

UnitdB


CountersID Counters





FormulaNull

UnitdB




9-165

CountersID Counters





FormulaNull

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CountersID Counters








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FormulaNull

UnitdB

9.4.13 DO RTCH 2X Softer Handoff Branch Average Eb/Nt [0.125dB]

CountersID Counters





FormulaNull

UnitdB


CountersID Counters




9-167




FormulaNull

UnitdB


CountersID Counters





FormulaNull

UnitdB




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CountersID Counters





FormulaNull

UnitdB


CountersID Counters





9-169



FormulaNull

UnitdB


CountersID Counters





FormulaNull

UnitdB





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CountersID Counters





FormulaNull

UnitdB


CountersID Counters







9-171

FormulaNull

UnitdB


CountersID Counters





FormulaNull

UnitdB


CountersID Counters





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FormulaNull

UnitdB


CountersID Counters





FormulaNull

UnitdB



9-173


CountersID Counters





FormulaNull

UnitdB


CountersID Counters






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FormulaNull

UnitdB


CountersID Counters





FormulaNull

UnitdB




9-175

CountersID Counters





FormulaNull

UnitdB


CountersID Counters








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FormulaNull

UnitdB


CountersID Counters





FormulaNull

UnitdB


CountersID Counters




9-177




FormulaNull

UnitdB


CountersID Counters





FormulaNull

UnitdB




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CountersID Counters





FormulaNull

UnitdB


CountersID Counters

1166016858 DO RTCH 16X Single Branch Average Eb/Nt [0.125 dB]




9-179



FormulaNull

UnitdB


CountersID Counters





FormulaNull

UnitdB





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CountersID Counters





FormulaNull

UnitdB


CountersID Counters

1166016862 DO RTCH 16X Soft Handoff BranchAverage Eb/Nt [0.125 dB]






9-181

FormulaNull

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FormulaNull

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FormulaNull

UnitdB


CountersID Counters





FormulaNull

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9-183


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FormulaNull

UnitdB

9.5 DO DRC Request Rate Occupancy Slot Stat

9.5.1 Evm DRC Rate 38.4k Slot Count [entries]



9.5.4 Evm DRC Rate 307.2k Short Format Slot Count [entries]

9.5.5 Evm DRC Rate 307.2k Long Format Slot Count [entries]







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9.5.13 Evm DOA DRC Rate 38.4k Slot Count [entries]



9.5.16 Evm DOA DRC Rate 307.2k Short Format Slot Count [entries]

9.5.17 Evm DOA DRC Rate 307.2k Long Format Slot Count [entries]








9.5.25 Evm DOA DRC Rate 1536k Slot Count [entries]



CountersID Counters

1166017251 Evm DRC Rate 38.4k Slot Count [entries]

DescriptionEvm DRC Rate 38.4k Slot Count.

Measurement PointsThe ECM measures the number of timeslots required for the 38.4 kbps rate of the DRC.

The ECM calculates the timeslots occupied by every forward service frame and reports thetimeslots measured in 30 second to the BTSC through the TCH traffic information. The BTSCmeasures the result reported by the ECM and reports the timeslots measured in measurementperiod to the OMC.



9-185

FormulaNull

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FormulaNull

Unitentries


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FormulaNull

Unitentries


CountersID Counters

1166017254 Evm DRC Rate 307.2k Short Format SlotCount [entries]

DescriptionEvm DRC Rate 307.2k Short Format Slot Count.

Measurement PointsThe ECM measures the number of timeslots required for the short-format 307.2 kbps rate of theDRC.


FormulaNull

Unitentries




9-187

CountersID Counters

1166017255 Evm DRC Rate 307.2k Long Format SlotCount [entries]

DescriptionEvm DRC Rate 307.2k Long Format Slot Count.

Measurement PointsThe ECM measures the number of timeslots required for the long-format 307.2 kbps rate of theDRC.


FormulaNull

Unitentries


CountersID Counters


DescriptionEvm DRC Rate 614.4k Short Format Slot Count.


The ECM calculates the timeslots occupied by every forward service frame and reports thetimeslots measured in 30 second to the BTSC through the TCH traffic information. The BTSC




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measures the result reported by the ECM and reports the timeslots measured in measurementperiod to the OMC.

FormulaNull

Unitentries


CountersID Counters


DescriptionEvm DRC Rate 614.4k Long Format Slot Count.



FormulaNull

Unitentries


CountersID Counters




9-189

Description

Evm DRC Rate 921.6k Slot Count.

Measurement Points

The ECM measures the number of timeslots required for the 921.6 kbps rate of the DRC.


Formula

Null

Unit

entries


CountersID Counters


Description

Evm DRC Rate 1228.8k Short Format Slot Count.

Measurement Points

The ECM measures the number of timeslots required for the short-format 1228.8 kbps rate ofthe DRC.


Formula

Null




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Unit

entries


Counters

ID Counters


Description

Evm DRC Rate 1228.8k Long Format Slot Count.

Measurement Points

The ECM measures the number of timeslots required for the long-format 1228.8 kbps rate ofthe DRC.


Formula

Null

Unit

entries


Counters

ID Counters


Description




9-191

Measurement Points



Formula

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Unit

entries


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

entries





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CountersID Counters

1166017514 Evm DOA DRC Rate 38.4k Slot Count[entries]

DescriptionEvm DOA DRC Rate 38.4k Slot Count.



FormulaNull

Unitentries


CountersID Counters







9-193

Formula

Null

Unit

entries


Counters

ID Counters


Description

Evm DOA DRC Rate 153.6k Slot Count.

Measurement Points



Formula

Null

Unit

entries


Counters

ID Counters

1166017517 Evm DOA DRC Rate 307.2k Short FormatSlot Count [entries]




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Description

Evm DOA DRC Rate 307.2k Short Format Slot Count.

Measurement Points

The ECM measures the number of timeslots required for the short-format 307.2 kbps rate of theDRC.


Formula

Null

Unit

entries


Counters

ID Counters

1166017518 Evm DOA DRC Rate 307.2k Long FormatSlot Count [entries]

Description

Evm DOA DRC Rate 307.2k Long Format Slot Count.

Measurement Points

The ECM measures the number of timeslots required for the long-format 307.2 kbps rate of theDRC.


Formula

Null



9-195

Unitentries


CountersID Counters


DescriptionEvm DOA DRC Rate 614.4k Short Format Slot Count.



FormulaNull

Unitentries


CountersID Counters


DescriptionEvm DOA DRC Rate 614.4k Long Format Slot Count.




Issue 02 (2010-06-18)



FormulaNull

Unitentries


CountersID Counters





FormulaNull

Unitentries

9.5.21 Evm DOA DRC Rate 1228.8k Short Format Slot Count[entries]



9-197

CountersID Counters


DescriptionEvm DOA DRC Rate 1228.8k Short Format Slot Count.

Measurement PointsThe ECM measures the number of timeslots required for the short-format 1228.8 kbps rate ofthe DRC.


FormulaNull

Unitentries

9.5.22 Evm DOA DRC Rate 1228.8k Long Format Slot Count[entries]

CountersID Counters


DescriptionEvm DOA DRC Rate 1228.8k Long Format Slot Count.

Measurement PointsThe ECM measures the number of timeslots required for the long-format 1228.8 kbps rate ofthe DRC.

The ECM calculates the timeslots occupied by every forward service frame and reports thetimeslots measured in 30 second to the BTSC through the TCH traffic information. The BTSC




Issue 02 (2010-06-18)

measures the result reported by the ECM and reports the timeslots measured in measurementperiod to the OMC.

FormulaNull

Unitentries


CountersID Counters





FormulaNull

Unitentries


CountersID Counters




9-199

Description

Evm DOA DRC Rate 2457.6k Slot Count.

Measurement Points



Formula

Null

Unit

entries


Counters

ID Counters

1166017526 Evm DOA DRC Rate 1536k Slot Count[entries]

Description

Evm DOA DRC Rate 1536k Slot Count.

Measurement Points

The ECM measures the number of timeslots required for the 1536 kbps rate of the DRC.


Formula

Null




Issue 02 (2010-06-18)

Unitentries


CountersID Counters

1166017527 Evm DOA DRC Rate 3072k Slot Count[entries]

DescriptionEvm DOA DRC Rate 3072k Slot Count.

Measurement PointsThe ECM measures the number of timeslots required for the 3072 kbps rate of the DRC.


FormulaNull

Unitentries

9.6 DO TCH Qos Performance Stat

9.6.1 DO TCH Average DRC Value [no unit]

9.6.2 DO TCH EF Flow Average Delay [ms]

9.6.3 DO TCH EF Flow Maximum Delay [ms]

9.6.4 DO TCH EF Flow Average Delay Offset [ms]

9.6.5 DO TCH EF Flow Maximum Delay Offset [ms]

9.6.6 DO TCH EF Flow Discarded Packet Count Due to Delay [packet]

9.6.7 DO TCH Reverse Mac Layer Throughput [byte]

9.6.8 DO TCH Forward EF Flow Physical Layer Throughput [byte]



9-201

9.6.9 DO TCH Forward AF Flow Physical Layer Throughput [byte]

9.6.10 DO TCH Forward BE Flow Physical Layer Throughput [byte]

9.6.11 DOA TCH Average DRC Value [no unit]

9.6.1 DO TCH Average DRC Value [no unit]

CountersID Counters

1166016996 DO TCH Average DRC Value [no unit]

DescriptionThe average DRC of DO TCHs within the measurement period.

Measurement PointsThe ECM measures the average DRC of DO TCHs every 30 seconds and reports it to the maincontrol. Then the main control calculates the average DRC within the measurement period.

FormulaNull

Unitnone

9.6.2 DO TCH EF Flow Average Delay [ms]

CountersID Counters

1166016997 DO TCH EF Flow Average Delay [ms]

DescriptionThe average delay of DO TCH EFs within the measurement period.

Measurement PointsThe ECM measures the average delay of DO TCH EFs every 30 seconds and reports it to theBTSC. Then the BTSC calculates the average delay of DO TCH EFs within the measurementperiod.




Issue 02 (2010-06-18)


Formula

Null

Unit

ms

9.6.3 DO TCH EF Flow Maximum Delay [ms]

Counters

ID Counters

1166016998 DO TCH EF Flow Maximum Delay [ms]

Description

The maximum delay of DO TCH EFs within the measurement period.

Measurement Points

The ECM reports the maximum delay of DO TCH EFs to the BTSC every 30 s. Then the BTSCcompares all the results to obtain the maximum delay of DO TCH EFs within the measurementperiod.


Formula

Null

Unit

ms

9.6.4 DO TCH EF Flow Average Delay Offset [ms]

Counters

ID Counters

1166016999 DO TCH EF Flow Average Delay Offset [ms]



9-203

Description

The average delay offset of DO TCH EFs within the measurement period.

Measurement Points

The ECM measures the average delay offset of DO TCH EFs every 30 seconds and reports it tothe BTSC. Then the BTSC calculates the average delay offset of DO TCH EFs within themeasurement period.


Formula

Null

Unit

ms

9.6.5 DO TCH EF Flow Maximum Delay Offset [ms]

Counters

ID Counters

1166017000 DO TCH EF Flow Maximum Delay Offset[ms]

Description

The maximum delay offset of DO TCH EFs within the measurement period.

Measurement Points

The ECM reports the maximum delay offset of DO TCH EFs to the BTSC every 30 s. Then theBTSC compares all the results to obtain the maximum delay offset of DO TCH EFs within themeasurement period.


Formula

Null

Unit

ms




Issue 02 (2010-06-18)

9.6.6 DO TCH EF Flow Discarded Packet Count Due to Delay[packet]

Counters

ID Counters

1166017001 DO TCH EF Flow Discarded Packet CountDue to Delay [packet]

Description

Total packets discarded on DO TCH EFs owing to delay within the measurement period.

Measurement Points

The ECM measures the number of packets discarded in the DO TCH EFs owing to delay andreports it to the BTSC every 30 s. Then the BTSC measures the number of packets discarded onDO TCH EFs owing to delay within the measurement period.


Formula

Null

Unit

packets

9.6.7 DO TCH Reverse Mac Layer Throughput [byte]

Counters

ID Counters

1166017002 DO TCH Reverse Mac Layer Throughput[byte]

Description

The throughput of reverse MAC layer of DO TCH within the measurement period.



9-205

Measurement Points

The ECM measures the throughput of reverse MAC layer of DO TCH and reports it to the BTSCevery 30 s. Then the BTSC measures the throughput of reverse MAC layer of DO TCH withinthe measurement period.

This item belongs to the DO.

Formula

Null

Unit

byte

9.6.8 DO TCH Forward EF Flow Physical Layer Throughput [byte]

Counters

ID Counters

1166017003 DO TCH Forward EF Flow Physical LayerThroughput [byte]

Description

The throughput of forward EF physical layer of DO TCH within the measurement period.

Measurement Points

The ECM measures the throughput of forward EF physical layer of DO TCH and reports it tothe BTSC every 30 s. Then the BTSC measures the throughput of forward EF physical layer ofDO TCH within the measurement period.


Formula

Null

Unit

byte

9.6.9 DO TCH Forward AF Flow Physical Layer Throughput [byte]




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Counters

ID Counters

1166017004 DO TCH Forward AF Flow Physical LayerThroughput [byte]

Description

The throughput of forward AF physical layer of DO TCH within the measurement period.

Measurement Points

The ECM measures the throughput of forward AF physical layer of DO TCH and reports it tothe BTSC every 30 s. Then the BTSC measures the throughput of forward AF physical layer ofDO TCH within the measurement period.


Formula

Null

Unit

byte

9.6.10 DO TCH Forward BE Flow Physical Layer Throughput [byte]

Counters

ID Counters

1166017005 DO TCH Forward BE Flow Physical LayerThroughput [byte]

Description

The throughput of forward BE physical layer of DO TCH within the measurement period.

Measurement Points

The ECM measures the throughput of forward BE physical layer of DO TCH and reports it tothe BTSC every 30 s. Then the BTSC measures the throughput of forward BE physical layer ofDO TCH within the measurement period.




9-207

FormulaNull

Unitbyte

9.6.11 DOA TCH Average DRC Value [no unit]

CountersID Counters

1166017513 DOA TCH Average DRC Value [no unit]

DescriptionThe average DRC of DOA TCHs within the measurement period.

Measurement PointsThe ECM measures the average DRC of DO TCHs every 30 seconds and reports it to the maincontrol. Then the main control calculates the average DRC within the measurement period.

FormulaNull

Unitnone

9.7 DO TCH Load Performance Stat

9.7.1 DO TCH Normal Leg Count [entries]

9.7.2 DO TCH Soft Leg Count [entries]

9.7.3 DO TCH Softer Leg Count [entries]

9.7.4 DO TCH Maximum Slot Occupancy Ratio [0.01%]

9.7.5 DO TCH Average Slot Occupancy Ratio [0.01%]

9.7.6 DO TCH Maximum Flow Count [entries]

9.7.7 DO TCH Average Flow Count [entries]

9.7.8 DO TCH EF Flow Count [entries]

9.7.9 DO TCH EF Flow Bandwidth [bps]




Issue 02 (2010-06-18)

9.7.10 DO TCH EF Flow Slot Occupancy [0.01%]

9.7.11 DO TCH AF Flow Count [entries]

9.7.12 DO TCH AF Flow Bandwidth [bps]

9.7.13 DO TCH AF Flow Slot Occupancy [0.01%]

9.7.14 DO TCH BE Flow Count [entries]

9.7.15 DO TCH BE Flow Bandwidth [bps]

9.7.16 DO TCH BE Flow Slot Occupancy [0.01%]

9.7.17 DO TCH Low Latency Reverse Transmit Mode Packet Count [packet]

9.7.18 DO TCH High Capacity Reverse Transmit Mode Packet Count [packet]

9.7.19 DO TCH Low Latency Reverse Transmit Mode Bandwidth [bps]

9.7.20 DO TCH High Capacity Reverse Transmit Mode Bandwidth [bps]

9.7.21 DO TCH Maximum ROT [1/8 dB]

9.7.22 DO TCH Minimum ROT [1/8 dB]

9.7.23 DO TCH Average ROT [1/8 dB]

9.7.24 DO TCH Reverse Load [1/8 dB]

9.7.25 DO TCH Special User Average Slot Occupancy Ratio [0.01%]

9.7.26 Evm Active Usage [entries]

9.7.27 DO TCH Total Slot Occupancy Number [entries]

9.7.1 DO TCH Normal Leg Count [entries]

CountersID Counters

1166017178 DO TCH Normal Leg Count [entries]

DescriptionThe number of normal branches of DO TCH within the measurement period.

Measurement PointsThe ECM measures the number of normal branches of DO TCH and reports it to the BTSC every30 seconds. Then the BTSC accumulates the number of normal branches of DO TCH within themeasurement period.



9-209

Formula

Null

Unit

entries

9.7.2 DO TCH Soft Leg Count [entries]

Counters

ID Counters

1166017179 DO TCH Soft Leg Count [entries]

Description

The number of soft branches of DO TCH within the measurement period.

Measurement Points

The ECM measures the number of soft branches of DO TCH and reports it to the BTSC every30 seconds. Then the BTSC accumulates the number of soft branches of DO TCH within themeasurement period.

Formula

Null

Unit

entries

9.7.3 DO TCH Softer Leg Count [entries]

Counters

ID Counters

1166017180 DO TCH Softer Leg Count [entries]

Description

The number of softer branches of DO TCH within the measurement period.




Issue 02 (2010-06-18)

Measurement PointsThe ECM measures the number of softer branches of DO TCH and reports it to the BTSC every30 seconds. Then the BTSC accumulates the number of softer branches of DO TCH within themeasurement period.

FormulaNull

Unitentries

9.7.4 DO TCH Maximum Slot Occupancy Ratio [0.01%]

CountersID Counters

1166017181 DO TCH Maximum Slot Occupancy Ratio[0.01%]

DescriptionThe maximum ratio of timeslot seizure on DO TCH within the measurement period.

Measurement PointsThe BTSC compares the maximum ratio of timeslot seizure on DO TCH reported every 30seconds by the ECMs to obtain the maximum value of the measurement period.

FormulaNull

Unit%

9.7.5 DO TCH Average Slot Occupancy Ratio [0.01%]

CountersID Counters

1166017182 DO TCH Average Slot Occupancy Ratio[0.01%]



9-211

Description

The average ratio of timeslot seizure on DO TCH within the measurement period.

Measurement Points

The ECM measures the average ratio of timeslot seizure on DO TCH every 30 seconds. Thenthe BTSC calculates the average ratio of timeslot seizure within the measurement period.

Formula

Null

Unit

%

9.7.6 DO TCH Maximum Flow Count [entries]

Counters

ID Counters

1166017183 DO TCH Maximum Flow Count [entries]

Description

The maximum number of DO TCH flows within the measurement period.

Measurement Points

The ECM measures the maximum number of DO TCH flows every 30 seconds. Then the BTSCcompares the maximum number to obtain the maximum value of the measurement period.


Formula

Null

Unit

entries

9.7.7 DO TCH Average Flow Count [entries]




Issue 02 (2010-06-18)

CountersID Counters

1166017184 DO TCH Average Flow Count [entries]

DescriptionThe average number of DO TCH flows within the measurement period.

Measurement PointsThe ECM measures the average number of DO TCH flows every 30 seconds. Then the BTSCcalculates the average number of DO TCH flow within the measurement period.


FormulaNull

Unitentries

9.7.8 DO TCH EF Flow Count [entries]

CountersID Counters

1166017185 DO TCH EF Flow Count [entries]

DescriptionThe number of DO TCH EF flows within the measurement period.

Measurement PointsThe ECM measures the EF.

The ECM measures the number of DO TCH service flows every 30 seconds. Then the BTSCaccumulates the number of DO TCH service flows within the measurement period.


FormulaNull



9-213

Unitentries

9.7.9 DO TCH EF Flow Bandwidth [bps]

CountersID Counters

1166017186 DO TCH EF Flow Bandwidth [bps]

DescriptionThe bandwidth of DO TCH EF flows within the measurement period.


The ECM measures the bandwidth of DO TCH service flows every 30 seconds. Then the BTSCmeasures the average bandwidth of DO TCH service flows within the measurement period.


FormulaNull

Unitbps

9.7.10 DO TCH EF Flow Slot Occupancy [0.01%]

CountersID Counters

1166017187 DO TCH EF Flow Slot Occupancy [0.01%]

DescriptionThe ratio of timeslot seizure on DO TCH EF flow within the measurement period.





Issue 02 (2010-06-18)

The ECM measures the ratio of timeslot seizure on DO TCH service flows every 30 seconds.Then the BTSC measures the average ratio of timeslot seizure by DO TCH service flows withinthe measurement period.


FormulaNull

Unit%

9.7.11 DO TCH AF Flow Count [entries]

CountersID Counters

1166017188 DO TCH AF Flow Count [entries]

DescriptionThe number of DO TCH AF flows within the measurement period.

Measurement PointsThe ECM measures the AF.



FormulaNull

Unitentries

9.7.12 DO TCH AF Flow Bandwidth [bps]

CountersID Counters

1166017189 DO TCH AF Flow Bandwidth [bps]



9-215

DescriptionThe bandwidth of DO TCH AF flows within the measurement period.




FormulaNull

Unitbps

9.7.13 DO TCH AF Flow Slot Occupancy [0.01%]

CountersID Counters

1166017190 DO TCH AF Flow Slot Occupancy [0.01%]

DescriptionThe ratio of timeslot seizure on DO TCH AF flow within the measurement period.




FormulaNull

Unit%




Issue 02 (2010-06-18)

9.7.14 DO TCH BE Flow Count [entries]

CountersID Counters

1166017191 DO TCH BE Flow Count [entries]

DescriptionThe number of DO TCH BE flows within the measurement period.

Measurement PointsThe ECM measures the BE.



FormulaNull

Unitentries

9.7.15 DO TCH BE Flow Bandwidth [bps]

CountersID Counters

1166017192 DO TCH BE Flow Bandwidth [bps]

DescriptionThe bandwidth of DO TCH BE flows within the measurement period.






9-217

FormulaNull

Unitbps

9.7.16 DO TCH BE Flow Slot Occupancy [0.01%]

CountersID Counters

1166017193 DO TCH BE Flow Slot Occupancy [0.01%]

DescriptionThe ratio of timeslot seizure on DO TCH BE flow within the measurement period.




FormulaNull

Unit%

9.7.17 DO TCH Low Latency Reverse Transmit Mode Packet Count[packet]

CountersID Counters

1166017194 DO TCH Low Latency Reverse TransmitMode Packet Count [packet]




Issue 02 (2010-06-18)

Description

Total packets of LL reverse transmission mode on DO TCHs within the measurement period.

Measurement Points

The ECM measures the number of packets of LL reverse transmission mode on DO TCHs andreports to the BTSC every 30 seconds. The BTSC calculates the total number reported by allECMs within the measurement period.


Formula

Null

Unit

packets

9.7.18 DO TCH High Capacity Reverse Transmit Mode PacketCount [packet]

CountersID Counters

1166017195 DO TCH High Capacity Reverse TransmitMode Packet Count [packet]

Description

Total packets of HC reverse transmission mode on DO TCHs within the measurement period.

Measurement Points

The ECM measures the number of packets of HC reverse transmission mode on DO TCHs andreports to the BTSC every 30 seconds. The BTSC calculates the total number reported by allECMs within the measurement period.


Formula

Null

Unit

packets



9-219

9.7.19 DO TCH Low Latency Reverse Transmit Mode Bandwidth[bps]

Counters

ID Counters

1166017196 DO TCH Low Latency Reverse TransmitMode Bandwidth [bps]

Description

The bandwidth of LL reverse transmission mode on DO TCHs within the measurement period.

Measurement Points

The ECM measures the bandwidth of LL reverse transmission mode on DO TCHs and reportsto the BTSC every 30 seconds. The BTSC calculates the average bandwidth reported by allECMs within the measurement period.


Formula

Null

Unit

bps

9.7.20 DO TCH High Capacity Reverse Transmit Mode Bandwidth[bps]

Counters

ID Counters

1166017197 DO TCH High Capacity Reverse TransmitMode Bandwidth [bps]

Description

The bandwidth of HC reverse transmission mode on DO TCHs within the measurement period.




Issue 02 (2010-06-18)

Measurement Points

The ECM measures the bandwidth of HC reverse transmission mode on DO TCHs and reportsto the BTSC every 30 seconds. The BTSC calculates the average bandwidth reported by allECMs within the measurement period.


Formula

Null

Unit

bps

9.7.21 DO TCH Maximum ROT [1/8 dB]

Counters

ID Counters

1166017198 DO TCH Maximum ROT [1/8 dB]

Description

The maximum ROT of DO TCH within the measurement period.

Measurement Points

The BTSC compares the maximum ROT of DO TCH reported every 30 seconds by the ECMsto obtain the maximum value of the measurement period.


Formula

Null

Unit

dB

9.7.22 DO TCH Minimum ROT [1/8 dB]



9-221

Counters

ID Counters

1166017199 DO TCH Minimum ROT [1/8 dB]

Description

The minimum ROT of DO TCH within the measurement period.

Measurement Points

The BTSC compares the minimum ROT of DO TCH reported every 30 seconds by the ECMsto obtain the minimum value of the measurement period.


Formula

Null

Unit

dB

9.7.23 DO TCH Average ROT [1/8 dB]

Counters

ID Counters

1166017200 DO TCH Average ROT [1/8 dB]

Description

The average ROT of DO TCH within the measurement period.

Measurement Points

The ECM measures the average ROT of DO TCH every 30 seconds. Then the BTSC calculatesthe average ROT of DO TCH within the measurement period.


Formula

Null




Issue 02 (2010-06-18)

Unit

dB

9.7.24 DO TCH Reverse Load [1/8 dB]

Counters

ID Counters

1166017201 DO TCH Reverse Load [1/8 dB]

Description

The reverse load of DO TCH within the measurement period.

Measurement Points

The ECM measures the reverse load of DO TCH every 30 seconds. Then the BTSC calculatesthe reverse load of DO TCH within the measurement period.


Formula

Null

Unit

dB

9.7.25 DO TCH Special User Average Slot Occupancy Ratio [0.01%]

Counters

ID Counters

1166017263 DO TCH Special User Average SlotOccupancy Ratio [0.01%]

Description

The average ratio of timeslot seizure on DO TCH leased line subscribers within the measurementperiod.



9-223

Measurement PointsThe ECM measures the average ratio of timeslot seizure on DO TCH leased line subscribersevery 30 seconds. Then the BTSC calculates the average ratio of timeslot seizure within themeasurement period.

FormulaNull

Unit%

9.7.26 Evm Active Usage [entries]

CountersID Counters

1166017533 Evm Active Usage [entries]

DescriptionEvm Active Usage

Measurement PointsThe ECM calculates the active usage timeslots occupied by every slot and reports the timeslotsmeasured in 30 second to the BTSC through the TCH traffic information. The BTSC measuresthe result reported by the ECM and reports the timeslots measured in measurement period to theOMC.

FormulaNull

Unitentries

9.7.27 DO TCH Total Slot Occupancy Number [entries]

CountersID Counters

1166017534 DO TCH Total Slot Occupancy Number[entries]




Issue 02 (2010-06-18)

Description

DO TCH Total Slot Occupancy Number

Measurement Points

The ECM calculates the DO TCH total slot occupancy number by every slot and reports thetimeslots measured in 30 second to the BTSC through the TCH traffic information. The BTSCmeasures the result reported by the ECM and reports the timeslots measured in measurementperiod to the OMC.

Formula

Null

Unit

entries

9.8 DO TCH Congestion Performance Stat

9.8.1 DO TCH AF Traffic Channel Allocate Failed Times [times]

9.8.2 DO TCH EF Traffic Channel Allocate Failed Times [times]

9.8.1 DO TCH AF Traffic Channel Allocate Failed Times [times]

CountersID Counters

1166017240 DO TCH AF Traffic Channel Allocate FailedTimes [times]

Description

The number of AF assignment failures at DO TCH within the measurement period.

Measurement Points

The ECM measures the number of AF assignment failures at DO TCH due to the restriction offorward Abis bandwidth and reports it to the BTSC every 30 seconds. Then the BTSC measuresthe number of AF assignment failures at DO TCH within the measurement period.




9-225

FormulaNull

Unittimes

9.8.2 DO TCH EF Traffic Channel Allocate Failed Times [times]

CountersID Counters

1166017241 DO TCH EF Traffic Channel Allocate FailedTimes [times]

DescriptionThe number of EF assignment failures at DO TCH within the measurement period.

Measurement PointsThe ECM measures the number of EF assignment failures at DO TCH due to the restriction offorward Abis bandwidth and reports it to the BTSC every 30 seconds. Then the BTSC measuresthe number of EF assignment failures at DO TCH within the measurement period.


FormulaNull

Unittimes

9.9 DO TCH Access Performance Stat

9.9.1 DO TCH EF Flow Setup Times [times]

9.9.2 DO TCH EF Flow Forward Access Failed Times [times]

9.9.3 DO TCH EF Flow Reverse Access Failed Times [times]

9.9.4 DO TCH EF Flow Other Failed Times [times]

9.9.5 DO TCH AF Flow Setup Times [times]

9.9.6 DO TCH AF Flow Forward Access Failed Times [times]




Issue 02 (2010-06-18)

9.9.7 DO TCH AF Flow Reverse Access Failed Times [times]

9.9.8 DO TCH AF Flow Other Failed Times [times]

9.9.9 DO TCH BE Flow Setup Times [times]

9.9.10 DO TCH BE Flow Forward Access Failed Times [times]

9.9.11 DO TCH BE Flow Reverse Access Failed Times [times]

9.9.12 DO TCH BE Flow Other Failed Times [times]

9.9.13 DO TCH Special User Flow Setup Times [times]

9.9.14 DO TCH Special User Flow Forward Access Failed Times [times]

9.9.15 DO TCH Special User Flow Other Failed Times [times]

9.9.1 DO TCH EF Flow Setup Times [times]

Counters

ID Counters

1166017166 DO TCH EF Flow Setup Times [times]

Description

The number of EF flow created at DO TCH within the measurement period.

Measurement Points

The ECM measures the EF.

The ECM measures the number of service flows created at DO TCH and reports it to the BTSCevery 30 seconds. Then the BTSC measures the number of service flows created at DO TCHwithin the measurement period.


Formula

Null

Unit

times

9.9.2 DO TCH EF Flow Forward Access Failed Times [times]



9-227

CountersID Counters

1166017167 DO TCH EF Flow Forward Access FailedTimes [times]

DescriptionThe number of EF flow forward admission failure at DO TCH within the measurement period.


The ECM measures the number of service flows forward admission failures at DO TCH andreports it to the BTSC every 30 seconds. Then the BTSC measures the number of service flowsforward admission failures at DO TCH within the measurement period.


FormulaNull

Unittimes

9.9.3 DO TCH EF Flow Reverse Access Failed Times [times]

CountersID Counters

1166017168 DO TCH EF Flow Reverse Access FailedTimes [times]

DescriptionThe number of EF flow reverse admission failure at DO TCH within the measurement period.


The ECM measures the number of service flows reverse admission failures at DO TCH andreports it to the BTSC every 30 seconds. Then the BTSC measures the number of service flowsreverse admission failures at DO TCH within the measurement period.




Issue 02 (2010-06-18)


Formula

Null

Unit

times

9.9.4 DO TCH EF Flow Other Failed Times [times]

CountersID Counters

1166017169 DO TCH EF Flow Other Failed Times [times]

Description

The number of EF flow other failures at DO TCH within the measurement period.

Measurement Points

The ECM measures the EF.

The ECM measures the number of service flows other failures at DO TCH and reports it to theBTSC every 30 seconds. Then the BTSC measures the number of service flows other failuresat DO TCH within the measurement period.


Formula

Null

Unit

times

9.9.5 DO TCH AF Flow Setup Times [times]

CountersID Counters

1166017170 DO TCH AF Flow Setup Times [times]



9-229

DescriptionThe number of AF flow created at DO TCH within the measurement period.




FormulaNull

Unittimes

9.9.6 DO TCH AF Flow Forward Access Failed Times [times]

CountersID Counters

1166017171 DO TCH AF Flow Forward Access FailedTimes [times]

DescriptionThe number of AF flow forward admission failure at DO TCH within the measurement period.




FormulaNull

Unittimes




Issue 02 (2010-06-18)

9.9.7 DO TCH AF Flow Reverse Access Failed Times [times]

CountersID Counters

1166017172 DO TCH AF Flow Reverse Access FailedTimes [times]

DescriptionThe number of AF flow reverse admission failure at DO TCH within the measurement period.




FormulaNull

Unittimes

9.9.8 DO TCH AF Flow Other Failed Times [times]

CountersID Counters

1166017173 DO TCH AF Flow Other Failed Times[times]

DescriptionThe number of AF flow other failures at DO TCH within the measurement period.




9-231



Formula

Null

Unit

times

9.9.9 DO TCH BE Flow Setup Times [times]

Counters

ID Counters

1166017174 DO TCH BE Flow Setup Times [times]

Description

The number of BE flow created at DO TCH within the measurement period.

Measurement Points

The ECM measures the BE.



Formula

Null

Unit

times

9.9.10 DO TCH BE Flow Forward Access Failed Times [times]




Issue 02 (2010-06-18)

CountersID Counters

1166017175 DO TCH BE Flow Forward Access FailedTimes [times]

DescriptionThe number of BE flow forward admission failure at DO TCH within the measurement period.




FormulaNull

Unittimes

9.9.11 DO TCH BE Flow Reverse Access Failed Times [times]

CountersID Counters

1166017176 DO TCH BE Flow Reverse Access FailedTimes [times]

DescriptionThe number of BE flow reverse admission failure at DO TCH within the measurement period.





9-233


FormulaNull

Unittimes

9.9.12 DO TCH BE Flow Other Failed Times [times]

CountersID Counters

1166017177 DO TCH BE Flow Other Failed Times[times]

DescriptionThe number of BE flow other failures at DO TCH within the measurement period.




FormulaNull

Unittimes

9.9.13 DO TCH Special User Flow Setup Times [times]

CountersID Counters

1166017264 DO TCH Special User Flow Setup Times[times]




Issue 02 (2010-06-18)

Description

The number special user created at DO TCH within the measurement period.

Measurement Points

The ECM measures the number of special user created at DO TCH and reports it to the BTSCevery 30 seconds. Then the BTSC measures the number of special users created at DO TCHwithin the measurement period.

Formula

Null

Unit

times

9.9.14 DO TCH Special User Flow Forward Access Failed Times[times]

Counters

ID Counters

1166017265 DO TCH Special User Flow Forward AccessFailed Times [times]

Description

The number of special user admission failures at DO TCH within the measurement period.

Measurement Points

The ECM measures the number of special user admission failure at DO TCH and reports it tothe BTSC every 30 seconds. Then the BTSC measures the number of special users admissionfailure at DO TCH within the measurement period.

Formula

Null

Unit

times

9.9.15 DO TCH Special User Flow Other Failed Times [times]



9-235

Counters

ID Counters

1166017266 DO TCH Special User Flow Other FailedTimes [times]

Description

The number of special user other failures at DO TCH within the measurement period.

Measurement Points

The ECM measures the number of special user other failures at DO TCH and reports it to theBTSC every 30 seconds. Then the BTSC measures the number of special users other failures atDO TCH within the measurement period.

Formula

Null

Unit

times

9.10 DO TCH Forward RLP Throughput Stat

9.10.1 DO FTCH Forward RLP Layer Transmit Throughput [byte]

9.10.2 DO FTCH Forward RLP Layer Retransmit Throughput [byte]

9.10.1 DO FTCH Forward RLP Layer Transmit Throughput [byte]

Counters

ID Counters

1166017164 DO FTCH Forward RLP Layer TransmitThroughput [byte]

Description

The throughput of forward RLP of DO FTCH within the measurement period.




Issue 02 (2010-06-18)

Measurement PointsThe ECM measures the throughput of forward RLP of DO FTCH and reports it to the BTSCevery 30 seconds. Then the BTSC measures the throughput of forward RLP of DO FTCH withinthe measurement period.

FormulaNull

Unitbyte

9.10.2 DO FTCH Forward RLP Layer Retransmit Throughput [byte]

CountersID Counters

1166017165 DO FTCH Forward RLP Layer RetransmitThroughput [byte]

DescriptionThe resend throughput of forward RLP of DO FTCH within the measurement period.

Measurement PointsThe ECM measures the resend throughput of forward RLP of DO FTCH and reports it to theBTSC every 30 seconds. Then the BTSC measures the throughput of forward RLP of DO FTCHwithin the measurement period.

FormulaNull

Unitbyte

9.11 DO User Number Stat

9.11.1 DO Average Active User Count [entries]

9.11.2 DO Maximum Active User Count [entries]

9.11.3 DO Minimum Active User Count [entries]

9.11.4 DO Average Active Connection Number [entries]



9-237

9.11.1 DO Average Active User Count [entries]

CountersID Counters

1166017294 DO Average Active User Count [entries]

DescriptionDO Average Active User Count[entries].

Measurement PointsThe ECM measures the number of DO activated subscribers every 1 second and reports the totalnumber of DO activated subscribers measured in 30 second to the BTSC. The BTSC measuresthe result reported by the ECM and reports the number of DO activated subscribers measuredin measurement period (∑Number of DO activated subscribers measured in measurementperiod/Measurement times in measurement period) to the OMC.

FormulaNull

Unitentries

9.11.2 DO Maximum Active User Count [entries]

CountersID Counters

1166017295 DO Maximum Active User Count [entries]

DescriptionDO Maximum Active User Count[entries].

Measurement PointsThe ECM measures the number of DO activated subscribers every 1 second and reports themaximum number of DO activated subscribers measured in 30 second to the BTSC. The BTSCmeasures the result reported by the ECM and reports the maximum number of DO activatedsubscribers measured in measurement period to the OMC.




Issue 02 (2010-06-18)

FormulaNull

Unitentries

9.11.3 DO Minimum Active User Count [entries]

CountersID Counters

1166017296 DO Minimum Active User Count [entries]

DescriptionDO Minimum Active User Count[entries].

Measurement PointsThe ECM measures the number of DO activated subscribers every 1 second and reports theminimum number of DO activated subscribers measured in 30 second to the BTSC. The BTSCmeasures the result reported by the ECM and reports the minimum number of DO activatedsubscribers measured in measurement period to the OMC.

FormulaNull

Unitentries

9.11.4 DO Average Active Connection Number [entries]

CountersID Counters

1166017297 DO Average Active Connection Number[entries]

DescriptionDO Average Active Connection Number[entries].



9-239

Measurement PointsThe ECM measures the number of DO activated connections every 1 second and reports thetotal number of DO activated connections measured in 30 second to the BTSC. The BTSCmeasures the result reported by the ECM and reports the number of DO activated connectionsmeasured in measurement period (∑Number of DO activated connections measured inmeasurement period/Measurement times in measurement period) to the OMC.

FormulaNull

Unitentries

9.12 DO Coverage Performance Stat

9.12.1 DO0 Forward Data Require Number [times]

9.12.2 DO0 Forward Data Stop Number [times]

9.12.3 DOA Forward Data Require Number [times]

9.12.4 DOA Forward Data Stop Number [times]

9.12.1 DO0 Forward Data Require Number [times]

CountersID Counters

1166017528 DO0 Forward Data Require Number [times]

DescriptionDO0 Forward Data Require Number

Measurement PointsThe BTSC accumulates the number of DO0 Forward Data Require within the measurementperiod

FormulaNull

Unittimes




Issue 02 (2010-06-18)

9.12.2 DO0 Forward Data Stop Number [times]

CountersID Counters

1166017529 DO0 Forward Data Stop Number [times]

DescriptionDO0 Forward Data Stop Number

Measurement PointsThe BTSC accumulates the number of DO0 Forward Data Stop within the measurement period

FormulaNull

Unittimes

9.12.3 DOA Forward Data Require Number [times]

CountersID Counters

1166017530 DOA Forward Data Require Number [times]

DescriptionDOA Forward Data Require Number

Measurement PointsThe BTSC accumulates the number of DOA Forward Data Require within the measurementperiod

FormulaNull

Unittimes



9-241

9.12.4 DOA Forward Data Stop Number [times]

Counters

ID Counters

1166017531 DOA Forward Data Stop Number [times]

Description

DOA Forward Data Stop Number

Measurement Points

The BTSC accumulates the number of DOA Forward Data Stop within the measurement period

Formula

Null

Unit

times

9.13 DO TCH Forward Load Performance Stat

9.13.1 DO Forward TCH OCCUPY TIME [s]

9.13.1 DO Forward TCH OCCUPY TIME [s]

Counters

ID Counters

1166017532 DO Forward TCH OCCUPY TIME [s]

Description

DO Forward TCH OCCUPY TIME

Measurement Points

The BTSC accumulates the time of DO Forward TCH Occupy within the measurement period




Issue 02 (2010-06-18)

FormulaNull

Unitseconds



9-243

10 RSSI Performance Measurement

About This Chapter

10.1 RSSI Performance Stat

10.2 TRM RSSI Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 10 RSSI Performance Measurement


10-1

10.1 RSSI Performance Stat

10.1.1 Main RSSI Average Value [0.1 dBm]

10.1.2 Div RSSI Average Value [0.1 dBm]

10.1.3 Main RSSI Max Value [0.1 dBm]

10.1.4 Div RSSI Max Value [0.1 dBm]

10.1.5 Main RSSI Min Value [0.1 dBm]

10.1.6 Div RSSI Min Value [0.1 dBm]

10.1.7 Main Floor Noise Max Value [0.1 dBm]

10.1.8 Div Floor Noise Max Value [0.1 dBm]

10.1.9 Main Floor Noise Min Value [0.1 dBm]

10.1.10 Div Floor Noise Min Value [0.1 dBm]

10.1.11 Main Floor Noise Average Value [0.1 dBm]

10.1.12 Div Floor Noise Average Value [0.1 dBm]

10.1.1 Main RSSI Average Value [0.1 dBm]

CountersID Counters

1166016874 Main RSSI Average Value [0.1 dBm]

DescriptionThe average received signal strength indicator (RSSI) of a carrier in the main operation.

Measurement PointsFor 1X carriers, the TRM reports the RSSI every 100 ms. For DO carriers, the TRM reports theRSSI every 50 ms. According to the RSSIs reported by all TRMs, the BTSC calculates theaverage RSSI of the measurement period in the main operation.

Formula(Main RSSI Average Value [0.1 dBm]-2000)

UnitdBm

10 RSSI Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

10.1.2 Div RSSI Average Value [0.1 dBm]

CountersID Counters

1166016875 Div RSSI Average Value [0.1 dBm]

DescriptionThe average RSSI of a carrier in the diversity operation.

Measurement PointsFor 1X carriers, the TRM reports the RSSI every 100 ms. For DO carriers, the TRM reports theRSSI every 50 ms. According to the RSSIs reported by all TRMs, the BTSC calculates theaverage RSSI of the measurement period in the diversity operation.

Formula(Div RSSI Average Value [0.1 dBm]-2000)

UnitdBm

10.1.3 Main RSSI Max Value [0.1 dBm]

CountersID Counters

1166016902 Main RSSI Max Value [0.1 dBm]

DescriptionThe maximum RSSI of a carrier in the main operation.

Measurement PointsFor 1X carriers, the TRM reports the RSSI every 100 ms. For DO carriers, the TRM reports theRSSI every 50 ms. According to the RSSIs reported by all TRMs, the BTSC calculates themaximum RSSI of the measurement period in the main operation.

Formula(Main RSSI Max Value [0.1 dBm]-2000)



10-3

UnitdBm

10.1.4 Div RSSI Max Value [0.1 dBm]

CountersID Counters

1166016903 Div RSSI Max Value [0.1 dBm]

DescriptionThe maximum RSSI of a carrier in the diversity operation.

Measurement PointsFor 1X carriers, the TRM reports the RSSI every 100 ms. For DO carriers, the TRM reports theRSSI every 50 ms. According to the RSSIs reported by all TRMs, the BTSC calculates themaximum RSSI of the measurement period in the diversity operation.

Formula(Div RSSI Max Value [0.1 dBm]-2000)

UnitdBm

10.1.5 Main RSSI Min Value [0.1 dBm]

CountersID Counters

1166016904 Main RSSI Min Value [0.1 dBm]

DescriptionThe min RSSI of a carrier in the diversity operation.

Measurement PointsFor 1X carriers, the TRM reports the RSSI every 100 ms. For DO carriers, the TRM reports theRSSI every 50 ms. According to the RSSIs reported by all TRMs, the BTSC calculates theminimum RSSI of the measurement period in the main operation.




Issue 02 (2010-06-18)

Formula

(Main RSSI Min Value [0.1 dBm]-2000)

Unit

dBm

10.1.6 Div RSSI Min Value [0.1 dBm]

Counters

ID Counters

1166016905 Div RSSI Min Value [0.1 dBm]

Description

The min RSSI of a carrier in the diversity operation.

Measurement Points

For 1X carriers, the TRM reports the RSSI every 100 ms. For DO carriers, the TRM reports theRSSI every 50 ms. According to the RSSIs reported by all TRMs, the BTSC calculates theminimum RSSI of the measurement period in the diversity operation.

Formula

(Div RSSI Min Value [0.1 dBm]-2000)

Unit

dBm

10.1.7 Main Floor Noise Max Value [0.1 dBm]

Counters

ID Counters

1166016990 Main Floor Noise Max Value [0.1 dBm]

Description

The maximum back noise of a carrier in the main operation.



10-5

Measurement PointsAccording to the back noise of a carrier in the main operation reported by all TRMs, the BTSCcalculates the maximum back noise of the measurement period in the main operation and adds2,000 to the value.

Formula(Main Floor Noise Max Value [0.1 dBm]-2000)

UnitdBm

10.1.8 Div Floor Noise Max Value [0.1 dBm]

CountersID Counters

1166016991 Div Floor Noise Max Value [0.1 dBm]

DescriptionThe maximum back noise of a carrier in the diversity operation.

Measurement PointsAccording to the back noise of a carrier in the diversity operation reported by all TRMs, theBTSC calculates the maximum back noise of the measurement period in the diversity operationand adds 2,000 to the value.

Formula(Div Floor Noise Max Value [0.1 dBm]-2000)

UnitdBm

10.1.9 Main Floor Noise Min Value [0.1 dBm]

CountersID Counters

1166016992 Main Floor Noise Min Value [0.1 dBm]




Issue 02 (2010-06-18)

Description

The minimum back noise of a carrier in the main operation.

Measurement Points

According to the back noise of a carrier in the main operation reported by all TRMs, the BTSCcalculates the minimum back noise of the measurement period in the main operation and adds2,000 to the value.

Formula

(Main Floor Noise Min Value [0.1 dBm]-2000)

Unit

dBm

10.1.10 Div Floor Noise Min Value [0.1 dBm]

Counters

ID Counters

1166016993 Div Floor Noise Min Value [0.1 dBm]

Description

The minimum back noise of a carrier in the diversity operation.

Measurement Points

According to the back noise of a carrier in the diversity operation reported by all TRMs, theBTSC calculates the minimum back noise of the measurement period in the diversity operationand adds 2,000 to the value.

Formula

(Div Floor Noise Min Value [0.1 dBm]-2000)

Unit

dBm

10.1.11 Main Floor Noise Average Value [0.1 dBm]



10-7

CountersID Counters

1166016994 Main Floor Noise Average Value [0.1 dBm]

DescriptionThe average back noise of a carrier in the main operation.

Measurement PointsAccording to the back noise of a carrier in the main operation reported by all TRMs, the BTSCcalculates the average back noise of the measurement period in the main operation and adds2,000 to the value.

Formula(Main Floor Noise Average Value [0.1 dBm]-2000)

UnitdBm

10.1.12 Div Floor Noise Average Value [0.1 dBm]

CountersID Counters

1166016995 Div Floor Noise Average Value [0.1 dBm]

DescriptionThe average back noise of a carrier in the diversity operation.

Measurement PointsAccording to the back noise of a carrier in the diversity operation reported by all TRMs, theBTSC calculates the average back noise of the measurement period in the diversity operationand adds 2,000 to the value.

Formula(Div Floor Noise Average Value [0.1 dBm]-2000)

UnitdBm




Issue 02 (2010-06-18)

10.2 TRM RSSI Performance Stat

10.2.1 TRM0 Main RSSI Average Value [0.1 dBm]


















10.2.19 TRM0 Main RSSI Max Value [0.1 dBm]














10-9







10.2.37 TRM0 Main RSSI Min Value [0.1 dBm]


















10.2.55 TRM0 Div RSSI Average Value [0.1 dBm]












Issue 02 (2010-06-18)










10.2.73 TRM0 Div RSSI Max Value [0.1 dBm]


















10.2.91 TRM0 Div RSSI Min Value [0.1 dBm]








10-11














Counters

ID Counters

1166021632 TRM0 Main RSSI Average Value [0.1 dBm]

Description

The average Main received signal strength indicator (RSSI) of TRM0.

Measurement Points

According to the RSSIs reported by the TRM, the BTSC calculates the average main RSSI[0.1dBm] in the measurement period.

Formula

(TRM0 Main RSSI Average Value [0.1 dBm]-2000)

Unit

dBm





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dBm


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dBm



10-13


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10-15

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dBm


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1166021642 TRM10 Main RSSI Average Value [0.1dBm]



10-17

Description


Measurement Points


Formula


Unit

dBm


Counters

ID Counters


Description


Measurement Points


Formula


Unit

dBm





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CountersID Counters


DescriptionThe average Main received signal strength indicator (RSSI) of TRM12.

Measurement PointsAccording to the RSSIs reported by the TRM, the BTSC calculates the average main RSSI[0.1dBm] in the measurement period.

Formula(TRM12 Main RSSI Average Value [0.1 dBm]-2000)

UnitdBm


CountersID Counters





UnitdBm



10-19


CountersID Counters





UnitdBm


CountersID Counters








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UnitdBm


CountersID Counters





UnitdBm


CountersID Counters






10-21

Formula


Unit

dBm


Counters

ID Counters

1166021650 TRM0 Main RSSI Max Value [0.1 dBm]

Description

The maximum Main RSSI of TRM0.

Measurement Points

According to the RSSIs reported by the TRM, the BTSC calculates the maximum main RSSI[0.1 dBm] in the measurement period.

Formula

(TRM0 Main RSSI Max Value [0.1 dBm]-2000)

Unit

dBm


Counters

ID Counters


Description





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10-23

DescriptionThe maximum Main RSSI of TRM3.

Measurement PointsAccording to the RSSIs reported by the TRM, the BTSC calculates the maximum main RSSI[0.1 dBm] in the measurement period.

Formula(TRM3 Main RSSI Max Value [0.1 dBm]-2000)

UnitdBm


CountersID Counters





UnitdBm


CountersID Counters





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dBm


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Description


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dBm




10-25

CountersID Counters


Description


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Unit

dBm


CountersID Counters


Description


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Unit

dBm




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dBm


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10-27

Unit

dBm


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Description


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Unit

dBm


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Description


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dBm


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Unit

dBm


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10-29

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Unit

dBm


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Description


Measurement Points


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Unit

dBm


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UnitdBm


CountersID Counters





UnitdBm


CountersID Counters

1166021668 TRM0 Main RSSI Min Value [0.1 dBm]



10-31

Description

The minimum Main RSSI of TRM0.

Measurement Points

According to the RSSIs reported by the TRM, the BTSC calculates the minimum main RSSI[0.1 dBm] in the measurement period.

Formula

(TRM0 Main RSSI Min Value [0.1 dBm]-2000)

Unit

dBm


Counters

ID Counters


Description


Measurement Points


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Unit

dBm





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dBm


CountersID Counters


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Unit

dBm



10-33


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dBm


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Description


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dBm


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Unit

dBm


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10-35

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dBm


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Description


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dBm


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dBm


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10-37

DescriptionThe minimum Main RSSI of TRM11.

Measurement PointsAccording to the RSSIs reported by the TRM, the BTSC calculates the minimum main RSSI[0.1 dBm] in the measurement period.

Formula(TRM11 Main RSSI Min Value [0.1 dBm]-2000)

UnitdBm


CountersID Counters


DescriptionThe minimum Main RSSI of TRM12.

Measurement PointsAccording to the RSSIs reported by the TRM, the BTSC calculates the minimum main RSSI[0.1 dBm] in the measurement period.

Formula(TRM12 Main RSSI Min Value [0.1 dBm]-2000)

UnitdBm


CountersID Counters





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Description


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Unit

dBm


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Description


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dBm




10-39

CountersID Counters


Description


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Unit

dBm


CountersID Counters


Description


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Unit

dBm




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Description


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Unit

dBm


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ID Counters

1166021686 TRM0 Div RSSI Average Value [0.1 dBm]

Description

The average Div RSSI of TRM0.

Measurement Points

According to the RSSIs reported by the TRM, the BTSC calculates the average diversity RSSI[0.1 dBm] in the measurement period.

Formula

(TRM0 Div RSSI Average Value [0.1 dBm]-2000)



10-41

Unit

dBm


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ID Counters


Description


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Unit

dBm


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dBm


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dBm


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10-43

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Unit

dBm


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Unit

dBm


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DescriptionThe average Div RSSI of TRM6.

Measurement PointsAccording to the RSSIs reported by the TRM, the BTSC calculates the average diversity RSSI[0.1 dBm] in the measurement period.

Formula(TRM6 Div RSSI Average Value [0.1 dBm]-2000)

UnitdBm


CountersID Counters


DescriptionThe average Div RSSI of TRM7.

Measurement PointsAccording to the RSSIs reported by the TRM, the BTSC calculates the average diversity RSSI[0.1 dBm] in the measurement period.

Formula(TRM7 Div RSSI Average Value [0.1 dBm]-2000)

UnitdBm


CountersID Counters




10-45

Description


Measurement Points


Formula


Unit

dBm


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ID Counters


Description


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Unit

dBm





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dBm


CountersID Counters


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dBm



10-47


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10-49

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dBm


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1166021704 TRM0 Div RSSI Max Value [0.1 dBm]

Description

The maximum Div RSSI of TRM0.

Measurement Points

According to the RSSIs reported by the TRM, the BTSC calculates the maximum diversity RSSI[0.1 dBm] in the measurement period.

Formula

(TRM0 Div RSSI Max Value [0.1 dBm]-2000)

Unit

dBm


Counters

ID Counters




10-51

DescriptionThe maximum Div RSSI of TRM1.

Measurement PointsAccording to the RSSIs reported by the TRM, the BTSC calculates the maximum diversity RSSI[0.1 dBm] in the measurement period.

Formula(TRM1 Div RSSI Max Value [0.1 dBm]-2000)

UnitdBm


CountersID Counters





UnitdBm


CountersID Counters





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Unit

dBm


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Description


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Unit

dBm




10-53

CountersID Counters


Description


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Unit

dBm


CountersID Counters


Description


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Unit

dBm




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dBm


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10-55

Unit

dBm


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Unit

dBm


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dBm


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dBm


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10-57

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dBm


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Description


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Unit

dBm


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CountersID Counters





UnitdBm


CountersID Counters




10-59

Description


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Unit

dBm


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Description


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Formula


Unit

dBm





Issue 02 (2010-06-18)

CountersID Counters

1166021722 TRM0 Div RSSI Min Value [0.1 dBm]

Description

The minimum Div RSSI of TRM0.

Measurement Points

According to the RSSIs reported by the TRM, the BTSC calculates the minimum diversity RSSI[0.1 dBm] in the measurement period.

Formula

(TRM0 Div RSSI Min Value [0.1 dBm]-2000)

Unit

dBm


CountersID Counters


Description


Measurement Points


Formula


Unit

dBm



10-61


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10-63

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10-65

DescriptionThe minimum Div RSSI of TRM9.

Measurement PointsAccording to the RSSIs reported by the TRM, the BTSC calculates the minimum diversity RSSI[0.1 dBm] in the measurement period.

Formula(TRM9 Div RSSI Min Value [0.1 dBm]-2000)

UnitdBm


CountersID Counters





UnitdBm


CountersID Counters





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dBm




10-67

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10-69

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UnitdBm




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11 DO CCH Performance Measurement

About This Chapter

11.1 DO CCH Using Ratio Performance Stat

11.2 DO CCH Discard Performance Stat

11.3 DO CCH Delay Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 11 DO CCH Performance Measurement


11-1

11.1 DO CCH Using Ratio Performance Stat

11.1.1 DO CCH Sync Message Using Packet Count [packet]

11.1.2 DO CCH Sync Message Average Using Ratio [%]

11.1.3 DO CCH Sync Message Max Using Ratio [%]

11.1.4 DO CCH Sync Message Min Using Ratio [%]

11.1.5 DO CCH Sync Overhead Message Average Using Ratio [%]

11.1.6 DO CCH Sync Overhead Message Max Using Ratio [%]

11.1.7 DO CCH Sync Overhead Message Min Using Ratio [%]

11.1.8 DO CCH Sync Other Message Average Using Ratio [%]

11.1.9 DO CCH Sync Other Message Max Using Ratio [%]

11.1.10 DO CCH Sync Other Message Min Using Ratio [%]

11.1.11 DO CCH Sync Message in Buffer Message Count [piece]

11.1.12 DO CCH Asynchronous Message Using Packet Count [packet]

11.1.13 DO CCH Asynchronous Message Average Using Ratio [%]

11.1.14 DO CCH Asynchronous Message Max Using Ratio [%]

11.1.15 DO CCH Asynchronous Message Min Using Ratio [%]

11.1.16 DO CCH Asynchronous Message in Buffer Message Count [piece]

11.1.17 DO CCH Sub-Synchronous Received Message Count [piece]

11.1.18 DO CCH Sub-Synchronous Send Message Count [piece]

11.1.19 DO CCH Sub-Synchronous Send Packet Count Of (128, 4, 1024) [packet]





11.1.24 DO CCH Page period Changed Times [times]

11.1.25 DO CCH Discarded Sub-Synchronous Message Count Due to Buffer Full [piece]

11.1.26 DO CCH Asynchronous Send Packet Count Of (128, 4, 1024) [packet]





11 DO CCH Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

11.1.31 DO CCH Asynchronous Delay 500 ms Or Above Message Count [piece]

11.1.32 DO CCH Maximum Synchronous Packet Occupancy Ratio [%]

11.1.33 DO CCH Minimum Synchronous Packet Occupancy Ratio [%]

11.1.34 DO CCH Average Synchronous Packet Occupancy Ratio [%]

11.1.35 DO CCH Maximum Sub-Synchronous Packet Occupancy Ratio [%]

11.1.36 DO CCH Minimum Sub-Synchronous Packet Occupancy Ratio [%]

11.1.37 DO CCH Average Sub-Synchronous Packet Occupancy Ratio [%]

11.1.38 DO CCH Maximum Asynchronous Packet Occupancy Ratio [%]

11.1.39 DO CCH Minimum Asynchronous Packet Occupancy Ratio [%]

11.1.40 DO CCH Average Asynchronous Packet Occupancy Ratio [%]

11.1.1 DO CCH Sync Message Using Packet Count [packet]

CountersID Counters

1166016876 DO CCH Sync Message Using Packet Count[packet]

DescriptionTotal packets transmitted on DO synchronous CCHs.

Measurement PointsThe BTSC measures the total number of packets on the synchronous CCH of a carrier reportedby the ECM.

FormulaNull

Unitpackets

11.1.2 DO CCH Sync Message Average Using Ratio [%]



11-3

Counters

ID Counters

1166016877 DO CCH Sync Message Average Using Ratio[%]

Description

The ratio of the DO synchronous CCH seizure.

Measurement Points

DO CCH Sync msg Using Ratio [%] = Total bits of the paging messages and overhead messageson the synchronous CCH of a carrier within the measurement period/ (Packets on thesynchronous CCH of a carrier within the measurement period x Bits per packet) x 100%.

Formula

Null

Unit

%

11.1.3 DO CCH Sync Message Max Using Ratio [%]

Counters

ID Counters

1166016878 DO CCH Sync Message Max Using Ratio[%]

Description

The maximum ratio of the DO synchronous CCH seizure.

Measurement Points

The ECM measures and reports the bits and packets of paging messages and overhead messagesevery 30 seconds within the measurement period. The BTSC calculates the ratio of thesynchronous CCH seizure each time and reports the maximum to the OMC.

DO CCH Sync msg Using Ratio [%] = Total bits of the paging messages and overhead messageson the synchronous CCH of a carrier/(Packets on the synchronous CCH of a carrier x Bits perpacket) x 100%




Issue 02 (2010-06-18)

Formula

Null

Unit

%

11.1.4 DO CCH Sync Message Min Using Ratio [%]

Counters

ID Counters

1166016879 DO CCH Sync Message Min Using Ratio [%]

Description

The minimum ratio of the DO synchronous CCH seizure.

Measurement Points

The ECM measures and reports the bits and packets of paging messages and overhead messagesevery 30 seconds within the measurement period. The BTSC calculates the ratio of thesynchronous CCH seizure each time and reports the minimum to the OMC.

DO CCH Sync msg Using Ratio [%] = Total bits of the paging messages and overhead messageson the synchronous CCH of a carrier/(Packets on the synchronous CCH of a carrier x Bits perpacket) x 100%

Formula

Null

Unit

%

11.1.5 DO CCH Sync Overhead Message Average Using Ratio [%]

Counters

ID Counters

1166016880 DO CCH Sync Overhead Message AverageUsing Ratio [%]



11-5

DescriptionThe ratio of the DO synchronous CCH seizure by overhead messages.

Measurement PointsDO CCH Sync Overhead msg Using Ratio [%] = Total bits of the overhead messages on thesynchronous CCH of a carrier within the measurement period/(Packets on the synchronous CCHof a carrier within the measurement period x Bits per packet) x 100%

FormulaNull

Unit%

11.1.6 DO CCH Sync Overhead Message Max Using Ratio [%]

CountersID Counters

1166016881 DO CCH Sync Overhead Message MaxUsing Ratio [%]

DescriptionThe maximum ratio of the DO synchronous CCH seizure by overhead messages.

Measurement PointsThe ECM measures and reports the bits and packets of overhead messages every 30 secondswithin the measurement period. The BTSC calculates the ratio of the synchronous CCH seizureeach time and reports the maximum to the OMC.

DO CCH Sync Overhead msg Using Ratio [%] = Total bits of the overhead messages on thesynchronous CCH of a carrier/(Packets on the synchronous CCH of a carrier x Bits per packet)x 100%

FormulaNull

Unit%

11.1.7 DO CCH Sync Overhead Message Min Using Ratio [%]




Issue 02 (2010-06-18)

Counters

ID Counters

1166016882 DO CCH Sync Overhead Message Min UsingRatio [%]

Description

The minimum ratio of the DO synchronous CCH seizure by overhead messages.

Measurement Points

The ECM measures and reports the bits and packets of overhead messages every 30 secondswithin the measurement period. The BTSC calculates the ratio of the synchronous CCH seizureeach time and reports the minimum to the OMC.

DO CCH Sync Overhead msg Using Ratio [%] = Total bits of the overhead messages on thesynchronous CCH of a carrier/(Packets on the synchronous CCH of a carrier x Bits per packet)x 100%

Formula

Null

Unit

%

11.1.8 DO CCH Sync Other Message Average Using Ratio [%]

Counters

ID Counters

1166016883 DO CCH Sync Other Message AverageUsing Ratio [%]

Description

The ratio of the DO synchronous CCH seizure by other messages.

Measurement Points

DO CCH Sync Other msg Using Ratio [%] (excluding overhead messages) = Total bits of othermessages on the synchronous CCH of a carrier within the measurement period/(Packets on thesynchronous CCH of a carrier within the measurement period x Bits per packet) x 100%



11-7

Formula

Null

Unit

%

11.1.9 DO CCH Sync Other Message Max Using Ratio [%]

Counters

ID Counters

1166016884 DO CCH Sync Other Message Max UsingRatio [%]

Description

The maximum ratio of the DO synchronous CCH seizure by other messages.

Measurement Points

The ECM measures and reports the bits and packets of other messages (excluding overheadmessages) every 30 seconds within the measurement period. The BTSC calculates the ratio ofthe synchronous CCH seizure each time and reports the maximum to the OMC.

DO CCH Sync Other msg Using Ratio [%] = Total bits of other messages on the synchronousCCH of a carrier/(Packets on the synchronous CCH of a carrier x Bits per packet) x 100%

Formula

Null

Unit

%

11.1.10 DO CCH Sync Other Message Min Using Ratio [%]

Counters

ID Counters

1166016885 DO CCH Sync Other Message Min UsingRatio [%]




Issue 02 (2010-06-18)

DescriptionThe minimum ratio of the DO synchronous CCH seizure by other messages.

Measurement PointsThe ECM measures and reports the bits and packets of other messages (excluding overheadmessages) every 30 seconds within the measurement period. The BTSC calculates the ratio ofthe synchronous CCH seizure each time and reports the minimum to the OMC.

DO CCH Sync Other msg Using Ratio [%] = Total bits of other messages on the synchronousCCH of a carrier/(Packets on the synchronous CCH of a carrier x Bits per packet) x 100%

FormulaNull

Unit%

11.1.11 DO CCH Sync Message in Buffer Message Count [piece]

CountersID Counters

1166016886 DO CCH Sync Message in Buffer MessageCount [piece]

DescriptionSynchronous messages in the buffer on DO CCHs.

Measurement PointsThe ECM reports synchronous messages buffered for transmission on the DO CCHs of a carrier.Then the BTSC calculates the number of synchronous messages.

FormulaNull

Unitpiece

11.1.12 DO CCH Asynchronous Message Using Packet Count[packet]



11-9

Counters

ID Counters

1166016893 DO CCH Asynchronous Message UsingPacket Count [packet]

Description

Packets transmitted on the DO asynchronous CCH.

Measurement Points

The BTSC measures the number of total packets on the asynchronous CCH of a carrier reportedby the ECM. Then the BTSC accumulates the number of asynchronous messages.

Formula

Null

Unit

packets

11.1.13 DO CCH Asynchronous Message Average Using Ratio [%]

Counters

ID Counters

1166016894 DO CCH Asynchronous Message AverageUsing Ratio [%]

Description

The ratio of the DO asynchronous CCH seizure.

Measurement Points

DO CCH Async msg Using Ratio [%] = Total bits of the paging messages and overhead messageson the asynchronous CCH of a carrier within the measurement period/(Packets on theasynchronous CCH of a carrier within the measurement period x Bits per packet) x 100%

Formula

Null




Issue 02 (2010-06-18)

Unit%

11.1.14 DO CCH Asynchronous Message Max Using Ratio [%]

CountersID Counters

1166016895 DO CCH Asynchronous Message Max UsingRatio [%]

DescriptionThe maximum ratio of the DO asynchronous CCH seizure.

Measurement PointsThe ECM frequently measures and reports the bits and packets of paging messages and overheadmessages within the measurement period. The BTSC calculates the ratio of the asynchronousCCH seizure each time and reports the maximum value to the OMC.

DO CCH Async msg Using Ratio [%] = Total bits of paging messages and overhead messageson the asynchronous CCH of a carrier/(Packets on the asynchronous CCH of a carrier x Bits perpacket) x 100%

FormulaNull

Unit%

11.1.15 DO CCH Asynchronous Message Min Using Ratio [%]

CountersID Counters

1166016896 DO CCH Asynchronous Message Min UsingRatio [%]

DescriptionThe minimum ratio of the DO asynchronous CCH seizure.



11-11

Measurement Points

The ECM measures and reports the bits and packets of paging messages and overhead messagesmany times within the measurement period. The BTSC calculates the ratio of the asynchronousCCH seizure each time and reports the minimum to the OMC.

DO CCH Async msg Using Ratio [%] = Total bits of the paging messages and overhead messageson the asynchronous CCH of a carrier/(Packets on the asynchronous CCH of a carrier x Bits perpacket) x 100%

Formula

Null

Unit

%

11.1.16 DO CCH Asynchronous Message in Buffer Message Count[piece]

Counters

ID Counters

1166016897 DO CCH Asynchronous Message in BufferMessage Count [piece]

Description

Asynchronous messages in buffer on DO CCHs.

Measurement Points

The ECM reports asynchronous messages in buffer on DO CCHs of a carrier. Then the BTSCcalculates the number of asynchronous messages.

Formula

Null

Unit

piece

11.1.17 DO CCH Sub-Synchronous Received Message Count[piece]




Issue 02 (2010-06-18)

CountersID Counters

1166017202 DO CCH Sub-Synchronous ReceivedMessage Count [piece]

DescriptionTotal messages received on DO subsynchronous CCHs.

Measurement PointsThe BTSC measures the total number of messages received on the subsynchronous CCH of acarrier reported by the ECM.


FormulaNull

Unitpiece

11.1.18 DO CCH Sub-Synchronous Send Message Count [piece]

CountersID Counters

1166017203 DO CCH Sub-Synchronous Send MessageCount [piece]

DescriptionTotal messages sent on DO subsynchronous CCHs.

Measurement PointsThe BTSC measures the total number of messages sent on the subsynchronous CCH of a carrierreported by the ECM.


FormulaNull



11-13

Unitpiece

11.1.19 DO CCH Sub-Synchronous Send Packet Count Of (128, 4,1024) [packet]

CountersID Counters

1166017204 DO CCH Sub-Synchronous Send PacketCount Of (128, 4, 1024) [packet]

DescriptionTotal packets sent on DO subsynchronous CCHs packet.

Measurement PointsThe ECM measures this item for (128, 4, 1024) sending format.

The BTSC measures the total number of packets sent on subsynchronous CCH packet of a carrierreported by the ECM.


FormulaNull

Unitpackets


CountersID Counters






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FormulaNull

Unitpackets


CountersID Counters






FormulaNull

Unitpackets




11-15

CountersID Counters






FormulaNull

Unitpackets


CountersID Counters









Issue 02 (2010-06-18)

FormulaNull

Unitpackets

11.1.24 DO CCH Page period Changed Times [times]

CountersID Counters

1166017209 DO CCH Page period Changed Times [times]

DescriptionChanging times of paging period on DO CCHs.

Measurement PointsThe BTSC measures the total changing times of paging period on CCH of a carrier reported bythe ECM.


FormulaNull

Unittimes

11.1.25 DO CCH Discarded Sub-Synchronous Message Count Dueto Buffer Full [piece]

CountersID Counters

1166017210 DO CCH Discarded Sub-SynchronousMessage Count Due to Buffer Full [piece]

DescriptionSubsynchronous messages discarded owing to insufficient buffer.



11-17

Measurement PointsThe ECM reports subsynchronous messages discarded owing to insufficient buffer on DO CCHsof a carrier. Then the BTSC calculates the number of synchronous messages.


FormulaNull

Unitpiece

11.1.26 DO CCH Asynchronous Send Packet Count Of (128, 4, 1024)[packet]

CountersID Counters

1166017211 DO CCH Asynchronous Send Packet CountOf (128, 4, 1024) [packet]

DescriptionTotal packets sent on DO asynchronous CCHs packet.


The BTSC measures the total number of packets sent on asynchronous CCH packet of a carrierreported by the ECM.


FormulaNull

Unitpackets





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CountersID Counters






FormulaNull

Unitpackets


CountersID Counters








11-19

FormulaNull

Unitpackets

11.1.29 DO CCH Asynchronous Send Packet Count Of (1024, 16,1024) [packet]

CountersID Counters






FormulaNull

Unitpackets


CountersID Counters





Issue 02 (2010-06-18)

Description

Total packets sent on DO asynchronous CCHs packet.

Measurement Points

The ECM measures this item for (1024, 8, 1024) sending format.



Formula

Null

Unit

packets

11.1.31 DO CCH Asynchronous Delay 500 ms Or Above MessageCount [piece]

Counters

ID Counters

1166017216 DO CCH Asynchronous Delay 500 ms OrAbove Message Count [piece]

Description

Total asynchronous messages with 500 ms delay on DO CCHs.

Measurement Points

The ECM reports asynchronous messages with 500 ms delay on DO CCHs of a carrier. Thenthe BTSC calculates the number of asynchronous messages.


Formula

Null

Unit

piece



11-21

11.1.32 DO CCH Maximum Synchronous Packet Occupancy Ratio[%]

Counters

ID Counters

1166017217 DO CCH Maximum Synchronous PacketOccupancy Ratio [%]

Description

The maximum ratio of the DO synchronous CCH seizure by slots.

Measurement Points

The ECM measures and reports the maximum synchronous slot using ratio every 30 secondswithin the measurement period. The BTSC compares the ratio and reports the maximum to theOMC.


Formula

Null

Unit

%

11.1.33 DO CCH Minimum Synchronous Packet Occupancy Ratio[%]

Counters

ID Counters

1166017218 DO CCH Minimum Synchronous PacketOccupancy Ratio [%]

Description

The minimum ratio of the DO synchronous CCH seizure by slots.




Issue 02 (2010-06-18)

Measurement Points

The ECM measures and reports the minimum synchronous slot using ratio every 30 secondswithin the measurement period. The BTSC compares the ratio and reports the minimum to theOMC.


Formula

Null

Unit

%

11.1.34 DO CCH Average Synchronous Packet Occupancy Ratio [%]

Counters

ID Counters

1166017219 DO CCH Average Synchronous PacketOccupancy Ratio [%]

Description

The average ratio of the DO synchronous CCH seizure by slots.

Measurement Points

The ECM measures and reports the average synchronous slot using ratio every 30 seconds withinthe measurement period. The BTSC calculates the ratio and reports the average to the OMC.


Formula

Null

Unit

%

11.1.35 DO CCH Maximum Sub-Synchronous Packet OccupancyRatio [%]



11-23

CountersID Counters

1166017220 DO CCH Maximum Sub-SynchronousPacket Occupancy Ratio [%]

DescriptionThe maximum ratio of the DO subsynchronous CCH seizure by slots.

Measurement PointsThe ECM measures and reports the maximum subsynchronous slot using ratio every 30 secondswithin the measurement period. The BTSC compares the ratio and reports the maximum valueto the OMC.


FormulaNull

Unit%

11.1.36 DO CCH Minimum Sub-Synchronous Packet OccupancyRatio [%]

CountersID Counters

1166017221 DO CCH Minimum Sub-SynchronousPacket Occupancy Ratio [%]

DescriptionThe minimum ratio of the DO subsynchronous CCH seizure by slots.

Measurement PointsThe ECM measures and reports the minimum subsynchronous slot using ratio every 30 secondswithin the measurement period. The BTSC compares the ratio and reports the minimum to theOMC.





Issue 02 (2010-06-18)

FormulaNull

Unit%

11.1.37 DO CCH Average Sub-Synchronous Packet OccupancyRatio [%]

CountersID Counters

1166017222 DO CCH Average Sub-Synchronous PacketOccupancy Ratio [%]

DescriptionThe average ratio of the DO subsynchronous CCH seizure by slots.

Measurement PointsThe ECM measures and reports the average subsynchronous slot using ratio every 30 secondswithin the measurement period. The BTSC calculates the ratio and reports the average to theOMC.


FormulaNull

Unit%

11.1.38 DO CCH Maximum Asynchronous Packet Occupancy Ratio[%]

CountersID Counters

1166017223 DO CCH Maximum Asynchronous PacketOccupancy Ratio [%]



11-25

Description

The maximum ratio of the DO asynchronous CCH seizure by slots.

Measurement Points

The ECM measures and reports the maximum asynchronous slot using ratio every 30 secondswithin the measurement period. The BTSC compares the ratio and reports the maximum to theOMC.


Formula

Null

Unit

%

11.1.39 DO CCH Minimum Asynchronous Packet Occupancy Ratio[%]

CountersID Counters

1166017224 DO CCH Minimum Asynchronous PacketOccupancy Ratio [%]

Description

The minimum ratio of the DO asynchronous CCH seizure by slots.

Measurement Points

The ECM measures and reports the minimum asynchronous slot using ratio every 30 secondswithin the measurement period. The BTSC compares the ratio and reports the minimum to theOMC.


Formula

Null

Unit

%




Issue 02 (2010-06-18)

11.1.40 DO CCH Average Asynchronous Packet Occupancy Ratio[%]

Counters

ID Counters

1166017225 DO CCH Average Asynchronous PacketOccupancy Ratio [%]

Description

The average ratio of the DO asynchronous CCH seizure by slots.

Measurement Points

The ECM measures and reports the average asynchronous slot using ratio every 30 secondswithin the measurement period. The BTSC calculates the ratio and reports the average to theOMC.


Formula

Null

Unit

%

11.2 DO CCH Discard Performance Stat

11.2.1 DO CCH Discarded Sync Message Count Due to Buffer Full [piece]

11.2.2 DO CCH Discarded Sync Message Ratio [%]

11.2.3 DO CCH Discarded Asynchronous Message Count Due to Buffer Full [piece]

11.2.4 DO CCH Discarded Asynchronous Message Count Due to Living Time [piece]

11.2.5 DO CCH Discarded Asynchronous Message Ratio [%]

11.2.1 DO CCH Discarded Sync Message Count Due to Buffer Full[piece]



11-27

CountersID Counters

1166016891 DO CCH Discarded Sync Message CountDue to Buffer Full [piece]

DescriptionSynchronous messages discarded owing to insufficient buffer.

Measurement PointsThe ECM reports synchronous messages discarded owing to insufficient buffer on DO CCHsof a carrier. Then the BTSC calculates the number of synchronous messages.

FormulaNull

Unitpiece

11.2.2 DO CCH Discarded Sync Message Ratio [%]

CountersID Counters

1166016892 DO CCH Discarded Sync Message Ratio [%]

DescriptionRatio of the discarded synchronous messages on DO CCHs.

Measurement PointsDO CCH Discarded Sync msg Count Due To Buffer Full [piece]/(DO CCH Sync msg In Buffermsg Count [piece] + DO CCH Discarded Sync msg Count Due To Buffer Full [piece])

FormulaNull

Unit%




Issue 02 (2010-06-18)

11.2.3 DO CCH Discarded Asynchronous Message Count Due toBuffer Full [piece]

CountersID Counters

1166016899 DO CCH Discarded Asynchronous MessageCount Due to Buffer Full [piece]

DescriptionAsynchronous messages discarded owing to insufficient buffer.

Measurement PointsThe ECM reports asynchronous messages discarded owing to insufficient buffer on DO CCHsof a carrier. Then the BTSC calculates the number of asynchronous messages.

FormulaNull

Unitpiece

11.2.4 DO CCH Discarded Asynchronous Message Count Due toLiving Time [piece]

CountersID Counters

1166016900 DO CCH Discarded Asynchronous MessageCount Due to Living Time [piece]

DescriptionAsynchronous messages discarded owing to lifecycle expiration.

Measurement PointsThe ECM reports asynchronous messages discarded owing to lifecycle expiration on DO CCHsof a carrier. Then the BTSC calculates the number of asynchronous messages.



11-29

Formula

Null

Unit

piece

11.2.5 DO CCH Discarded Asynchronous Message Ratio [%]

Counters

ID Counters

1166016901 DO CCH Discarded Asynchronous MessageRatio [%]

Description

Ratio of discarded asynchronous messages on DO CCHs.

Measurement Points

Asynchronous messages discarded owing to insufficient buffer/Total asynchronous messages.

Formula

Null

Unit

%

11.3 DO CCH Delay Performance Stat

11.3.1 DO CCH Sync No Delay Send Message Count [piece]

11.3.2 DO CCH Sync One Delay Send Message Count [piece]

11.3.3 DO CCH Sync Two Delay Send Message Count [piece]

11.3.4 DO CCH Sync More Delay Send Message Count [piece]

11.3.5 DO CCH Asynchronous Message No Delay Send Message Count [piece]

11.3.1 DO CCH Sync No Delay Send Message Count [piece]




Issue 02 (2010-06-18)

CountersID Counters

1166016887 DO CCH Sync No Delay Send MessageCount [piece]

DescriptionSynchronous messages sent on DO CCHs without delay.

Measurement PointsThe ECM reports synchronous messages sent on DO CCHs of a carrier without delay. Then theBTSC calculates the number of synchronous messages.

FormulaNull

Unitpiece

11.3.2 DO CCH Sync One Delay Send Message Count [piece]

CountersID Counters

1166016888 DO CCH Sync One Delay Send MessageCount [piece]

DescriptionSynchronous messages sent with one timeslot period delay on DO CCHs.

Measurement PointsThe ECM reports synchronous messages sent with one timeslot period delay on DO CCHs of acarrier. Then the BTSC calculates the number of synchronous messages.

FormulaNull

Unitpiece



11-31

11.3.3 DO CCH Sync Two Delay Send Message Count [piece]

CountersID Counters

1166016889 DO CCH Sync Two Delay Send MessageCount [piece]

DescriptionSynchronous messages sent with two timeslot periods delay on DO CCHs.

Measurement PointsThe ECM reports synchronous messages sent with two timeslot periods delay on DO CCHs ofa carrier. Then the BTSC calculates the number of synchronous messages.

FormulaNull

Unitpiece

11.3.4 DO CCH Sync More Delay Send Message Count [piece]

CountersID Counters

1166016890 DO CCH Sync More Delay Send MessageCount [piece]

DescriptionSynchronous messages sent with three or more timeslot periods delay on DO CCHs.

Measurement PointsThe ECM reports synchronous messages sent with three or more timeslot period delay on DOCCHs of a carrier. Then the BTSC calculates the number of synchronous messages.

FormulaNull




Issue 02 (2010-06-18)

Unitpiece

11.3.5 DO CCH Asynchronous Message No Delay Send MessageCount [piece]

CountersID Counters

1166016898 DO CCH Asynchronous Message No DelaySend Message Count [piece]

DescriptionAsynchronous messages sent without delay on DO CCHs.

Measurement PointsThe ECM reports asynchronous messages sent without delay on DO CCHs of a carrier. Thenthe BTSC calculates the number of asynchronous messages.

FormulaNull

Unitpiece



11-33

12 DO ACH Performance Measurement

About This Chapter

12.1 DO ACH performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 12 DO ACH Performance Measurement


12-1

12.1 DO ACH performance Stat

12.1.1 DO ACH Maximum Slot Occupancy Ratio [%]

12.1.2 DO ACH Minimum Slot Occupancy Ratio [%]

12.1.3 DO ACH Maximum Collision Occupancy Ratio [%]

12.1.4 DO ACH Minimum Collision Occupancy Ratio [%]

12.1.5 DO ACH Correct Access Capsule Count [packet]

12.1.6 DO ACH Erased Access Capsule Count [packet]

12.1.7 DO ACH Apersistence0 Peak Value [no unit]




12.1.11 DO ACH Apersistence0 Average Value [no unit]




12.1.15 DO ACH Average Slot Occupancy Ratio [%]

12.1.16 DO ACH Average Collision Occupancy Ratio [%]

12.1.1 DO ACH Maximum Slot Occupancy Ratio [%]

CountersID Counters

1166017226 DO ACH Maximum Slot Occupancy Ratio[%]

DescriptionThe maximum ratio of timeslot seizure on DO ACH within the measurement period.

Measurement PointsThe BTSC compares the maximum ratio of timeslot seizure by DO ACH reported every 30seconds by the ECMs to obtain the maximum value of the measurement period and reports it tothe OMC.


12 DO ACH Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

Formula

Null

Unit

%

12.1.2 DO ACH Minimum Slot Occupancy Ratio [%]

Counters

ID Counters

1166017227 DO ACH Minimum Slot Occupancy Ratio[%]

Description

The minimum ratio of timeslot seizure on DO ACH within the measurement period.

Measurement Points

The BTSC compares the minimum ratio of timeslot seizure on DO ACH reported every 30seconds by the ECMs to obtain the minimum value of the measurement period and reports it tothe OMC.


Formula

Null

Unit

%

12.1.3 DO ACH Maximum Collision Occupancy Ratio [%]

Counters

ID Counters

1166017228 DO ACH Maximum Collision OccupancyRatio [%]



12-3

Description

The maximum collision ratio of DO ACH within the measurement period.

Measurement Points

The BTSC compares the maximum collision ratio of DO ACH reported every 30 seconds by theECMs to obtain the maximum value of the measurement period and reports it to the OMC.


Formula

Null

Unit

%

12.1.4 DO ACH Minimum Collision Occupancy Ratio [%]

Counters

ID Counters

1166017229 DO ACH Minimum Collision OccupancyRatio [%]

Description

The minimum collision ratio of DO ACH within the measurement period.

Measurement Points

The BTSC compares the minimum collision ratio of DO ACH reported every 30 seconds by theECMs to obtain the minimum value of the measurement period and reports it to the OMC.


Formula

Null

Unit

%

12.1.5 DO ACH Correct Access Capsule Count [packet]




Issue 02 (2010-06-18)

Counters

ID Counters

1166017230 DO ACH Correct Access Capsule Count[packet]

Description

The number of normal access packets on DO ACH within the measurement period.

Measurement Points

The ECM measures the number of normal access packets on DO ACH every 30 seconds. Thenthe BTSC accumulates the number of normal access packets on DO ACH of the measurementperiod and reports it to the OMC.


Formula

Null

Unit

packets

12.1.6 DO ACH Erased Access Capsule Count [packet]

Counters

ID Counters

1166017231 DO ACH Erased Access Capsule Count[packet]

Description

The number of wrong access packets on DO ACH within the measurement period.

Measurement Points

The ECM measures the number of wrong access packets on DO ACH every 30 seconds. Thenthe BTSC accumulates the number of wrong access packets on DO ACH of the measurementperiod and reports it to the OMC.




12-5

Formula

Null

Unit

packets


Counters

ID Counters

1166017232 DO ACH Apersistence0 Peak Value [no unit]

Description

The maximum Apersistence0 of DO ACH within the measurement period.

Measurement Points

The BTSC compares the maximum Apersistence0 of DO ACH reported every 30 seconds bythe ECMs to obtain the maximum value of the measurement period and reports it to the OMC.


Formula

Null

Unit

none


Counters

ID Counters


Description

The maximum Apersistence1 of DO ACH within the measurement period.




Issue 02 (2010-06-18)

Measurement PointsThe BTSC compares the maximum Apersistence1 of DO ACH reported every 30 seconds bythe ECMs to obtain the maximum value of the measurement period and reports it to the OMC.


FormulaNull

Unitnone


CountersID Counters


DescriptionThe maximum Apersistence2 of DO ACH within the measurement period.



FormulaNull

Unitnone


CountersID Counters




12-7

DescriptionThe maximum Apersistence3 of DO ACH within the measurement period.



FormulaNull

Unitnone


CountersID Counters

1166017236 DO ACH Apersistence0 Average Value [nounit]

DescriptionThe average Apersistence0 of DO ACH within the measurement period.

Measurement PointsThe ECM measures the average Apersistence0 of DO ACH every 30 seconds. Then the BTSCcalculates the average Apersistence0 of DO ACH of the measurement period and reports it tothe OMC.


FormulaNull

Unitnone





Issue 02 (2010-06-18)

Counters

ID Counters


Description

The average Apersistence1 of DO ACH within the measurement period.

Measurement Points

The ECM measures the average Apersistence1 of DO ACH every 30 seconds. Then the BTSCcalculates the average Apersistence1 of DO ACH of the measurement period and reports it tothe OMC.


Formula

Null

Unit

none


Counters

ID Counters


Description

The average Apersistence2 of DO ACH within the measurement period.

Measurement Points

The ECM measures the average Apersistence2 of DO ACH every 30 seconds. Then the BTSCcalculates the average Apersistence2 of DO ACH of the measurement period and reports it tothe OMC.




12-9

FormulaNull

Unitnone


CountersID Counters


DescriptionThe average Apersistence3 of DO ACH within the measurement period.

Measurement PointsThe ECM measures the average Apersistence3 of DO ACH every 30 seconds. Then the BTSCcalculates the average Apersistence3 of DO ACH of the measurement period and reports it tothe OMC.


FormulaNull

Unitnone

12.1.15 DO ACH Average Slot Occupancy Ratio [%]

CountersID Counters

1166017341 DO ACH Average Slot Occupancy Ratio [%]

DescriptionAverage ratio of timeslot seizure on DO ACH within the measurement period.




Issue 02 (2010-06-18)

Measurement PointsThe BTSC compares the average ratio of timeslot seizure on DO ACH reported every 30 secondsby the ECMs to obtain the average value of the measurement period and reports it to the OMC.


FormulaNull

Unit%

12.1.16 DO ACH Average Collision Occupancy Ratio [%]

CountersID Counters

1166017342 DO ACH Average Collision OccupancyRatio [%]

DescriptionAverage collision ratio of DO ACH within the measurement period.

Measurement PointsThe BTSC compares the average collision ratio of DO ACH reported every 30 seconds by theECMs to obtain the average value of the measurement period and reports it to the OMC.


FormulaNull

Unit%



12-11

13 DOA RTCH Performance Measurement

About This Chapter

13.1 DOA TCH Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 13 DOA RTCH Performance Measurement


13-1

13.1 DOA TCH Performance Stat

13.1.1 DO RTCH (Packet Length Is 128 Bits) Single Branch Received Packet Count [packet]

13.1.2 DO RTCH (Packet Length Is 128 Bits) Single Branch Average Eb/Nt [0.125 dB]

13.1.3 DO RTCH (Packet Length Is 128 Bits) Single Branch Max Eb/Nt [0.125 dB]

13.1.4 DO RTCH (Packet Length Is 128 Bits) Single Branch Min Eb/Nt [0.125 dB]

13.1.5 DO RTCH (Packet Length Is 128 Bits) Soft Handoff Branch Received Packet Count[packet]

13.1.6 DO RTCH (Packet Length Is 128 Bits) Soft Handoff Branch Average Eb/Nt [0.125 dB]

13.1.7 DO RTCH (Packet Length Is 128 Bits) Softer Handoff Branch Received Packet Count[packet]

13.1.8 DO RTCH (Packet Length Is 128 Bits) Softer Handoff Branch Average Eb/Nt [0.125 dB]

13.1.9 DO RTCH (Packet Length Is 128 Bits) Softer Handoff Branch Max Eb/Nt [0.125 dB]

13.1.10 DO RTCH (Packet Length Is 128 Bits) Softer Handoff Branch Min Eb/Nt [0.125 dB]

13.1.11 DO RTCH (Packet Length Is 128 Bits) Soft-Softer Handoff Branch Received PacketCount [packet]

13.1.12 DO RTCH (Packet Length Is 128 Bits) Soft-Softer Handoff Branch Average Eb/Nt[0.125 dB]








13.1.20 DO RTCH (Packet Length Is 256 Bits) Softer Handoff Branch Average Eb/Nt [0.125dB]





13 DOA RTCH Performance MeasurementAirbridge 3900 Series CDMA Base Station



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13-3



13.1.54 DO RTCH (Packet Length Is 1024 Bits) Soft Handoff Branch Average Eb/Nt [0.125dB]


























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13-5





























Issue 02 (2010-06-18)







13.1.133 DO RTCH (Packet Length Is 12288 Bits) Single Branch Received Packet Count[packet]






13.1.139 DO RTCH (Packet Length Is 12288 Bits) Softer Handoff Branch Received PacketCount [packet]


13.1.141 DO RTCH (Packet Length Is 12288 Bits) Softer Handoff Branch Max Eb/Nt [0.125dB]

13.1.142 DO RTCH (Packet Length Is 12288 Bits) Softer Handoff Branch Min Eb/Nt [0.125dB]



13.1.145 DO RTCH (Packet Length Is 128 Bits) Reverse Packet Count [packet]

13.1.146 DO RTCH (Packet Length Is 128 Bits) Reverse Error Packet Count [packet]








13-7


















13.1.169 DO RTCH Reverse Error Packet Count [packet]

13.1.1 DO RTCH (Packet Length Is 128 Bits) Single Branch ReceivedPacket Count [packet]

CountersID Counters

1166017020 DO RTCH (Packet Length Is 128 Bits) SingleBranch Received Packet Count [packet]

DescriptionTotal packets received on the DO RTCH single branch within the measurement period.

Measurement PointsThe ECM measures this item for 128 bits packet length.

The ECM measures every two seconds the number of packets received on the DO RTCH singlebranch. The BTSC calculates the total number reported by the ECMs within the measurementperiod and reports it to the OMC.




Issue 02 (2010-06-18)

The packet lengths of 128 bits, 256 bits, 512 bits, 768 bits, and 1024 bits respectively equal therate of 1x, 2x, 4x, 8x, and 16x in the previous DO Rev 0 items. The packet lengths of 1536 bits,2048 bits, 3072 bits, 4096 bits, 6144 bits, 8192 bits, and 12288 bits are DO Rev A items.

Formula

Null

Unit

packets

13.1.2 DO RTCH (Packet Length Is 128 Bits) Single Branch AverageEb/Nt [0.125 dB]

Counters

ID Counters

1166017021 DO RTCH (Packet Length Is 128 Bits) SingleBranch Average Eb/Nt [0.125 dB]

Description

The average Eb/Nt of the DO RTCH single branch within the measurement period.

Measurement Points

The ECM measures this item for 128 bits packet length.



Formula

Null

Unit

dB



13-9


Counters

ID Counters

1166017022 DO RTCH (Packet Length Is 128 Bits) SingleBranch Max Eb/Nt [0.125 dB]

Description

The maximum Eb/Nt of the DO RTCH single branch within the measurement period.

Measurement Points




Formula

Null

Unit

dB


Counters

ID Counters

1166017023 DO RTCH (Packet Length Is 128 Bits) SingleBranch Min Eb/Nt [0.125 dB]




Issue 02 (2010-06-18)



The ECM measures the single branch minimum Eb/Nt every two seconds and reports themaximum Eb/Nt of 30 seconds to the BTSC. The BTSC compares the single branch minimumEb/Nts reported by the ECMs within the measurement period and reports the minimum to theOMC.


FormulaNull

UnitdB

13.1.5 DO RTCH (Packet Length Is 128 Bits) Soft Handoff BranchReceived Packet Count [packet]

CountersID Counters

1166017024 DO RTCH (Packet Length Is 128 Bits) SoftHandoff Branch Received Packet Count[packet]



The ECM measures every two seconds the number of packets received on the DO RTCH softhandoff branch. The BTSC calculates the total number reported by the ECMs within themeasurement period and reports it to the OMC.




13-11

Formula

Null

Unit

packets

13.1.6 DO RTCH (Packet Length Is 128 Bits) Soft Handoff BranchAverage Eb/Nt [0.125 dB]

Counters

ID Counters

1166017025 DO RTCH (Packet Length Is 128 Bits) SoftHandoff Branch Average Eb/Nt [0.125 dB]

Description

The average Eb/Nt of the DO RTCH soft handoff branch within the measurement period.

Measurement Points


The ECM sums up the soft handoff branch Eb/Nts every two seconds (∑2sEb/Nt) and calculatesthe average Eb/Nt (∑2sEb/Nt/Total soft handoff branches). Then the ECM reports the averageEb/Nt of 30 seconds (∑30secondsEb/Nt/Measurement times within 30 seconds) to the BTSC.The BTSC calculates the soft handoff branch average Eb/Nt of the measurement period (∑softhandoff branch average PER/Measurement times) and reports it to the OMC.



Formula

Null

Unit

dB




Issue 02 (2010-06-18)

13.1.7 DO RTCH (Packet Length Is 128 Bits) Softer Handoff BranchReceived Packet Count [packet]

CountersID Counters

1166017026 DO RTCH (Packet Length Is 128 Bits) SofterHandoff Branch Received Packet Count[packet]



The ECM measures every two seconds the number of packets received on the DO RTCH softerhandoff branch. The BTSC calculates the total number reported by the ECMs within themeasurement period and reports it to the OMC.



FormulaNull

Unitpackets

13.1.8 DO RTCH (Packet Length Is 128 Bits) Softer Handoff BranchAverage Eb/Nt [0.125 dB]

CountersID Counters

1166017027 DO RTCH (Packet Length Is 128 Bits) SofterHandoff Branch Average Eb/Nt [0.125 dB]



13-13



The ECM sums up all the softer handoff branch Eb/Nts every two seconds (∑2sEb/Nt) andcalculates the average Eb/Nt (∑2sEb/Nt/Total softer handoff branches). Then the ECM reportsthe average Eb/Nt of 30 seconds (∑30secondsEb/Nt/Measurement times within 30 seconds) tothe BTSC. The BTSC calculates the softer handoff branch average Eb/Nt of the measurementperiod (∑softer handoff branch average Eb/Nt/Measurement times) and reports it to the OMC.


FormulaNull

UnitdB

13.1.9 DO RTCH (Packet Length Is 128 Bits) Softer Handoff BranchMax Eb/Nt [0.125 dB]

CountersID Counters

1166017028 DO RTCH (Packet Length Is 128 Bits) SofterHandoff Branch Max Eb/Nt [0.125 dB]








Issue 02 (2010-06-18)

Formula

Null

Unit

dB

13.1.10 DO RTCH (Packet Length Is 128 Bits) Softer Handoff BranchMin Eb/Nt [0.125 dB]

Counters

ID Counters

1166017029 DO RTCH (Packet Length Is 128 Bits) SofterHandoff Branch Min Eb/Nt [0.125 dB]

Description

The maximum Eb/Nt of the DO RTCH softer handoff branch within the measurement period.

Measurement Points




Formula

Null

Unit

dB

13.1.11 DO RTCH (Packet Length Is 128 Bits) Soft-Softer HandoffBranch Received Packet Count [packet]



13-15

Counters

ID Counters

1166017030 DO RTCH (Packet Length Is 128 Bits) Soft-Softer Handoff Branch Received PacketCount [packet]

Description


Measurement Points




Formula

Null

Unit

packets

13.1.12 DO RTCH (Packet Length Is 128 Bits) Soft-Softer HandoffBranch Average Eb/Nt [0.125 dB]

Counters

ID Counters

1166017031 DO RTCH (Packet Length Is 128 Bits) Soft-Softer Handoff Branch Average Eb/Nt [0.125dB]

Description

The average Eb/Nt of the DO RTCH soft and softer handoff branches within the measurementperiod.




Issue 02 (2010-06-18)


The ECM sums up all the soft and softer handoff branch Eb/Nts every two seconds (∑2sEb/Nt)and calculates the average Eb/Nt (∑2sEb/Nt/Total soft and softer handoff branches). Then theECM reports the average Eb/Nt of 30 seconds (∑30secondsEb/Nt/Measurement times within30 seconds) to the BTSC. The BTSC calculates the soft and softer handoff branch average Eb/Nt of the measurement period (∑soft and softer handoff branch average Eb/Nt/Measurementtimes) and reports it to the OMC.


FormulaNull

UnitdB

13.1.13 DO RTCH (Packet Length Is 256 Bits) Single BranchReceived Packet Count [packet]

CountersID Counters






FormulaNull



13-17

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13.1.15 DO RTCH (Packet Length Is 256 Bits) Single Branch MaxEb/Nt [0.125 dB]




Issue 02 (2010-06-18)

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13-43

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Formula

Null

Unit

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Counters

ID Counters

1166017068 DO RTCH (Packet Length Is 1024 Bits)Single Branch Received Packet Count[packet]

Description


Measurement Points







Issue 02 (2010-06-18)

Formula

Null

Unit

packets

13.1.50 DO RTCH (Packet Length Is 1024 Bits) Single BranchAverage Eb/Nt [0.125 dB]

Counters

ID Counters

1166017069 DO RTCH (Packet Length Is 1024 Bits)Single Branch Average Eb/Nt [0.125 dB]

Description


Measurement Points




Formula

Null

Unit

dB




13-45

CountersID Counters

1166017070 DO RTCH (Packet Length Is 1024 Bits)Single Branch Max Eb/Nt [0.125 dB]





FormulaNull

UnitdB

13.1.52 DO RTCH (Packet Length Is 1024 Bits) Single Branch MinEb/Nt [0.125 dB]

CountersID Counters

1166017071 DO RTCH (Packet Length Is 1024 Bits)Single Branch Min Eb/Nt [0.125 dB]






Issue 02 (2010-06-18)



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UnitdB


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Unitpackets



13-47


CountersID Counters







FormulaNull

UnitdB

13.1.55 DO RTCH (Packet Length Is 1024 Bits) Softer HandoffBranch Received Packet Count [packet]




Issue 02 (2010-06-18)

CountersID Counters

1166017074 DO RTCH (Packet Length Is 1024 Bits)Softer Handoff Branch Received PacketCount [packet]






FormulaNull

Unitpackets

13.1.56 DO RTCH (Packet Length Is 1024 Bits) Softer HandoffBranch Average Eb/Nt [0.125 dB]

CountersID Counters

1166017075 DO RTCH (Packet Length Is 1024 Bits)Softer Handoff Branch Average Eb/Nt [0.125dB]




13-49




FormulaNull

UnitdB

13.1.57 DO RTCH (Packet Length Is 1024 Bits) Softer HandoffBranch Max Eb/Nt [0.125 dB]

CountersID Counters

1166017076 DO RTCH (Packet Length Is 1024 Bits)Softer Handoff Branch Max Eb/Nt [0.125 dB]





FormulaNull




Issue 02 (2010-06-18)

UnitdB

13.1.58 DO RTCH (Packet Length Is 1024 Bits) Softer HandoffBranch Min Eb/Nt [0.125 dB]

CountersID Counters

1166017077 DO RTCH (Packet Length Is 1024 Bits)Softer Handoff Branch Min Eb/Nt [0.125 dB]





FormulaNull

UnitdB




13-51

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13.1.137 DO RTCH (Packet Length Is 12288 Bits) Soft HandoffBranch Received Packet Count [packet]

CountersID Counters






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13.1.138 DO RTCH (Packet Length Is 12288 Bits) Soft HandoffBranch Average Eb/Nt [0.125 dB]

CountersID Counters







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13.1.143 DO RTCH (Packet Length Is 12288 Bits) Soft-SofterHandoff Branch Received Packet Count [packet]




Issue 02 (2010-06-18)

Counters

ID Counters

1166017162 DO RTCH (Packet Length Is 12288 Bits)Soft-Softer Handoff Branch Received PacketCount [packet]

Description


Measurement Points




Formula

Null

Unit

packets

13.1.144 DO RTCH (Packet Length Is 12288 Bits) Soft-SofterHandoff Branch Average Eb/Nt [0.125 dB]

Counters

ID Counters

1166017163 DO RTCH (Packet Length Is 12288 Bits)Soft-Softer Handoff Branch Average Eb/Nt[0.125 dB]

Description




13-115

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Null

Unit

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13.1.145 DO RTCH (Packet Length Is 128 Bits) Reverse Packet Count[packet]

Counters

ID Counters

1166017269 DO RTCH (Packet Length Is 128 Bits)Reverse Packet Count [packet]

Description

DO RTCH (Packet Length Is 128 Bits) Reverse Packet Count.

Measurement Points

The ECM measures the number of 128-bit reverse packets on the DO RTCH.

The ECM calculates the packet length of every reverse service frame and reports the lengthmeasured in 30 second to the BTSC. The BTSC measures the result reported by the ECM andreports the length measured in measurement period to the OMC.

Formula

Null




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Unitpackets

13.1.146 DO RTCH (Packet Length Is 128 Bits) Reverse Error PacketCount [packet]

CountersID Counters

1166017270 DO RTCH (Packet Length Is 128 Bits)Reverse Error Packet Count [packet]

DescriptionDO RTCH (Packet Length Is 128 Bits) Reverse Error Packet Count.

Measurement PointsThe ECM measures the number of 128-bit reverse error packets on the DO RTCH.

The ECM checks the validity of every reverse service frame and reports the number of errorframes measured in 30 second to the BTSC. The BTSC measures the result reported by the ECMand reports the error frames measured in measurement period to the OMC.

FormulaNull

Unitpackets


CountersID Counters


DescriptionDO RTCH (Packet Length Is 256 Bits) Reverse Packet Count.



13-117

Measurement PointsThe ECM measures the number of 256-bit reverse packets on the DO RTCH.


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Unitpackets


CountersID Counters





FormulaNull

Unitpackets


CountersID Counters





Issue 02 (2010-06-18)

Description

DO RTCH (Packet Length Is 768 Bits) Reverse Error Packet Count.

Measurement Points

The ECM measures the number of 768-bit reverse error packets on the DO RTCH.


Formula

Null

Unit

packets

13.1.153 DO RTCH (Packet Length Is 1024 Bits) Reverse PacketCount [packet]

CountersID Counters


Description


Measurement Points



Formula

Null

Unit

packets



13-121


CountersID Counters





FormulaNull

Unitpackets


CountersID Counters







Issue 02 (2010-06-18)


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets




13-123

CountersID Counters





FormulaNull

Unitpackets


CountersID Counters








Issue 02 (2010-06-18)

FormulaNull

Unitpackets


CountersID Counters





FormulaNull

Unitpackets


CountersID Counters




13-125

Description


Measurement Points



Formula

Null

Unit

packets


CountersID Counters


Description


Measurement Points



Formula

Null

Unit

packets




Issue 02 (2010-06-18)


CountersID Counters





FormulaNull

Unitpackets


CountersID Counters






13-127


Formula

Null

Unit

packets


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

packets





Issue 02 (2010-06-18)

CountersID Counters





FormulaNull

Unitpackets


CountersID Counters







13-129

FormulaNull

Unitpackets


CountersID Counters





FormulaNull

Unitpackets

13.1.168 DO RTCH (Packet Length Is 12288 Bits) Reverse ErrorPacket Count [packet]

CountersID Counters





Issue 02 (2010-06-18)

Description


Measurement Points



Formula

Null

Unit

packets

13.1.169 DO RTCH Reverse Error Packet Count [packet]

Counters

ID Counters

1166017293 DO RTCH Reverse Error Packet Count[packet]

Description

DO RTCH Reverse Error Packet Count.

Measurement Points

The ECM checks the validity of every DO reverse service frame and reports the number of errorframes measured in 30 second to the BTSC. The BTSC measures the result reported by the ECMand reports the error frames measured in measurement period to the OMC.

Formula

Null

Unit

packets



13-131

14 CE Res Performance Measurement

About This Chapter

14.1 1X Channel Element Performance Stat

14.2 DO Channel Element Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 14 CE Res Performance Measurement


14-1

14.1 1X Channel Element Performance Stat

14.1.1 1X Max Available Forward Channels per Resource Pool [entries]

14.1.2 1X Max Available Reverse Channels per Resource Pool [entries]

14.1.3 1X Min Available Forward Channels per Resource Pool [entries]

14.1.4 1X Min Available Reverse Channels per Resource Pool [entries]

14.1.5 1X Max Forward Channels Occupied by Traffic Channels per Resource Pool [entries]

14.1.6 1X Max Reverse Channels Occupied by Traffic Channels per Resource Pool [entries]

14.1.7 1X Average Forward Channels Occupied by Traffic Channels per Resource Pool [entries]

14.1.8 1X Average Reverse Channels Occupied by Traffic Channels per Resource Pool [entries]

14.1.9 1X Max Forward Channels Occupied by Common Channels per Resource Pool [entries]

14.1.10 1X Max Reverse Channels Occupied by Common Channels per Resource Pool [entries]

14.1.11 1X Average Forward Channels Occupied by Common Channels per Resource Pool[entries]

14.1.12 1X Average Reverse Channels Occupied by Common Channels per Resource Pool[entries]

14.1.13 1X Max Forward Channels Average Occupation Ratio by Traffic Channels per ResourcePool [%]

14.1.14 1X Max Reverse Channels Average Occupation Ratio by Traffic Channels per ResourcePool [%]

14.1.15 1X Average Forward Channels Average Occupation Ratio by Traffic Channels perResource Pool [%]

14.1.16 1X Average Reverse Channels Average Occupation Ratio by Traffic Channels perResource Pool [%]

14.1.1 1X Max Available Forward Channels per Resource Pool[entries]

CountersID Counters

1166017310 1X Max Available Forward Channels perResource Pool [entries]

Description1X Max Available Forward Channels Per Resource Pool

14 CE Res Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

Measurement Points

The CePool measures the number of available 1X forward channels every 2 seconds andcompares all the numbers of available 1X forward channels within the measurement period toobtain the maximum value.

Formula

Null

Unit

entries

14.1.2 1X Max Available Reverse Channels per Resource Pool[entries]

Counters

ID Counters

1166017311 1X Max Available Reverse Channels perResource Pool [entries]

Description

1X Max Available Reverse Channels Per Resource Pool

Measurement Points

The CePool measures the number of available 1X reverse channels (excluding those seized byIO) every 2 seconds and compares all the numbers of 1X reverse channels within themeasurement period to obtain the maximum value.

Formula

Null

Unit

entries

14.1.3 1X Min Available Forward Channels per Resource Pool[entries]



14-3

CountersID Counters

1166017312 1X Min Available Forward Channels perResource Pool [entries]

Description1X Min Available Forward Channels Per Resource Pool

Measurement PointsThe CePool measures the number of available 1X forward channels every 2 seconds andcompares all the numbers of available 1X forward channels within the measurement period toobtain the minimum value.

FormulaNull

Unitentries

14.1.4 1X Min Available Reverse Channels per Resource Pool[entries]

CountersID Counters

1166017313 1X Min Available Reverse Channels perResource Pool [entries]

Description1X Min Available Reverse Channels Per Resource Pool

Measurement PointsThe CePool measures the number of available 1X reverse channels (excluding those seized byIO) every 2 seconds and compares all the numbers of available 1X reverse channels within themeasurement period to obtain the minimum value.

FormulaNull




Issue 02 (2010-06-18)

Unitentries

14.1.5 1X Max Forward Channels Occupied by Traffic Channels perResource Pool [entries]

CountersID Counters

1166017314 1X Max Forward Channels Occupied byTraffic Channels per Resource Pool [entries]

Description1X Max Forward Channels Occupied By Traffic Channels Per Resource Pool

Measurement PointsThe CePool measures the number of channels seized by the 1X forward traffic channels(including those seized by the FCH, DCCH, SCH, and OCNS) every 2 seconds and comparesall the numbers of channels seized by the 1X forward Traffic Channels within the measurementperiod to obtain the maximum value.

FormulaNull

Unitentries

14.1.6 1X Max Reverse Channels Occupied by Traffic Channels perResource Pool [entries]

CountersID Counters

1166017315 1X Max Reverse Channels Occupied byTraffic Channels per Resource Pool [entries]

Description1X Max Reverse Channels Occupied By Traffic Channels Per Resource Pool



14-5

Measurement Points

The CePool measures the number of channels seized by the 1X reverse traffic channels(including those seized by the FCH, DCCH, SCH, and OCNS) every 2 seconds and comparesall the numbers of channels seized by the 1X reverse Traffic Channels within the measurementperiod to obtain the maximum value.

Formula

Null

Unit

entries

14.1.7 1X Average Forward Channels Occupied by Traffic Channelsper Resource Pool [entries]

Counters

ID Counters

1166017316 1X Average Forward Channels Occupied byTraffic Channels per Resource Pool [entries]

Description

1X Average Forward Channels Occupied By Traffic Channels Per Resource Pool

Measurement Points

The CePool measures the number of channels seized by the 1X forward traffic channels(including those seized by the FCH, DCCH, SCH, and OCNS) every 2 seconds and comparesall the numbers of channels seized by the 1X forward Traffic Channels within the measurementperiod to obtain the average value.

Formula

Null

Unit

entries

14.1.8 1X Average Reverse Channels Occupied by Traffic Channelsper Resource Pool [entries]




Issue 02 (2010-06-18)

Counters

ID Counters

1166017317 1X Average Reverse Channels Occupied byTraffic Channels per Resource Pool [entries]

Description

1X Average Reverse Channels Occupied By Traffic Channels Per Resource Pool

Measurement Points

The CePool measures the number of channels seized by the 1X reverse traffic channels(including those seized by the FCH, DCCH, SCH, and OCNS) every 2 seconds and comparesall the numbers of channels seized by the 1X reverse Traffic Channels within the measurementperiod to obtain the average value.

Formula

Null

Unit

entries

14.1.9 1X Max Forward Channels Occupied by Common Channelsper Resource Pool [entries]

Counters

ID Counters

1166017318 1X Max Forward Channels Occupied byCommon Channels per Resource Pool[entries]

Description

1X Max Forward Channels Occupied By Common Channels Per Resource Pool

Measurement Points

The CePool measures the number of channels seized by the 1X forward common channels every2 seconds and compares all the numbers of channels seized by the 1X forward common channelswithin the measurement period to obtain the maximum value.



14-7

FormulaNull

Unitentries

14.1.10 1X Max Reverse Channels Occupied by Common Channelsper Resource Pool [entries]

CountersID Counters

1166017319 1X Max Reverse Channels Occupied byCommon Channels per Resource Pool[entries]

Description1X Max Reverse Channels Occupied By Common Channels Per Resource Pool

Measurement PointsThe CePool measures the number of channels seized by the 1X reverse common channels every2 seconds and compares all the numbers of channels seized by the 1X reverse common channelswithin the measurement period to obtain the maximum value.

FormulaNull

Unitentries

14.1.11 1X Average Forward Channels Occupied by CommonChannels per Resource Pool [entries]

CountersID Counters

1166017320 1X Average Forward Channels Occupied byCommon Channels per Resource Pool[entries]




Issue 02 (2010-06-18)

Description

1X Average Forward Channels Occupied By Common Channels Per Resource Pool

Measurement Points

The CePool measures the number of channels seized by the 1X forward common channels every2 seconds and compares all the numbers of channels seized by the 1X forward common channelswithin the measurement period to obtain the average value.

Formula

Null

Unit

entries

14.1.12 1X Average Reverse Channels Occupied by CommonChannels per Resource Pool [entries]

Counters

ID Counters

1166017321 1X Average Reverse Channels Occupied byCommon Channels per Resource Pool[entries]

Description

1X Average Reverse Channels Occupied By Common Channels Per Resource Pool

Measurement Points

The CePool measures the number of channels seized by the 1X reverse common channels every2 seconds and compares all the numbers of channels seized by the 1X reverse common channelswithin the measurement period to obtain the minimum value.

Formula

Null

Unit

entries



14-9

14.1.13 1X Max Forward Channels Average Occupation Ratio byTraffic Channels per Resource Pool [%]

Counters

ID Counters

1166017322 1X Max Forward Channels AverageOccupation Ratio by Traffic Channels perResource Pool [%]

Description

1X Max Forward Channels Average Occupation Ratio By Traffic Channels Per Resource Pool

Measurement Points

The CePool measures the channel occupancy ratio of 1X forward traffic channels (including theFCH, DCCH, SCH, and OCNS) every 2 seconds and compares all the numbers of occupancyratio1X forward channels within the measurement period to obtain the max occupancy ratio.

Formula

Null

Unit

%

14.1.14 1X Max Reverse Channels Average Occupation Ratio byTraffic Channels per Resource Pool [%]

Counters

ID Counters

1166017323 1X Max Reverse Channels AverageOccupation Ratio by Traffic Channels perResource Pool [%]

Description

1X Max Reverse Channels Average Occupation Ratio By Traffic Channels Per Resource Pool




Issue 02 (2010-06-18)

Measurement Points

The CePool measures the channel occupancy ratio of 1X reverse traffic channels (including theFCH, DCCH, SCH, and OCNS) every 2 seconds and compares all the numbers of 1X reversechannels within the measurement period to obtain the max occupancy ratio value.

Formula

Null

Unit

%

14.1.15 1X Average Forward Channels Average Occupation Ratio byTraffic Channels per Resource Pool [%]

Counters

ID Counters

1166017324 1X Average Forward Channels AverageOccupation Ratio by Traffic Channels perResource Pool [%]

Description

1X Average Forward Channels Average Occupation Ratio By Traffic Channels Per ResourcePool

Measurement Points

The CePool measures the channel occupancy ratio of 1X forward traffic channels (including theFCH, DCCH, SCH, and OCNS) every 2 seconds and compares all the numbers of 1X forwardchannels within the measurement period to obtain the average occupancy ratio value.

Formula

Null

Unit

%

14.1.16 1X Average Reverse Channels Average Occupation Ratio byTraffic Channels per Resource Pool [%]



14-11

Counters

ID Counters

1166017325 1X Average Reverse Channels AverageOccupation Ratio by Traffic Channels perResource Pool [%]

Description

1X Average Reverse Channels Average Occupation Ratio By Traffic Channels Per ResourcePool

Measurement Points

The CePool measures the channel occupancy ratio of 1X reverse traffic channels (including theFCH, DCCH, SCH, and OCNS) every 2 seconds and compares all the numbers of 1X reversechannels within the measurement period to obtain the average occupancy ratio value.

Formula

Null

Unit

%

14.2 DO Channel Element Performance Stat

14.2.1 DO Max Available Reverse Channels by Channels per Resource Pool [entries]

14.2.2 DO Min Available Reverse Channels by Channels per Resource Pool [entries]

14.2.3 DO Max Reverse Channels Occupied by Traffic Channels per Resource Pool [entries]

14.2.4 DO Average Reverse Channels Occupied by Traffic Channels per Resource Pool [entries]

14.2.5 DO Max Forward Channels Occupied by Common Channels per Resource Pool [entries]

14.2.6 DO Average Reverse Channels Occupied by Common Channels per Resource Pool[entries]

14.2.7 DO Max Reverse Channels Occupation Ratio by Common Channels per Resource Pool[entries]

14.2.8 DO Average Reverse Channels Occupation Ratio by Common Channels per ResourcePool [entries]

14.2.9 DO Available Forward MacIndexes per Sector Carrier [entries]

14.2.10 DO Max Forward MacIndexes Occupied by Traffic Channels per Sector Carrier [entries]




Issue 02 (2010-06-18)

14.2.11 DO Average Forward MacIndexes Occupied by Traffic Channels per sector carrier[entries]

14.2.12 DO Max Forward MacIndexes Occupied by Common Channels per sector carrier[entries]

14.2.13 DO Average Forward MacIndexes Occupied by Common Channels per sector carrier[entries]

14.2.14 DO Max Forward MacIndexes Occupation Ratio by Traffic Channels [entries]

14.2.15 DO Average Forward MacIndexes Occupation Ratio by Traffic Channels [entries]

14.2.1 DO Max Available Reverse Channels by Channels perResource Pool [entries]

CountersID Counters

1166017326 DO Max Available Reverse Channels byChannels per Resource Pool [entries]

DescriptionDO Max Available Reverse Channels By Channels Per Resource Pool

Measurement PointsThe CePool measures the number of available 1xEV-DO reverse channels every 2 seconds andcompares all the numbers of available 1xEV-DO reverse channels within the measurementperiod to obtain the max number of available values.

FormulaNull

Unitentries

14.2.2 DO Min Available Reverse Channels by Channels perResource Pool [entries]



14-13

CountersID Counters

1166017327 DO Min Available Reverse Channels byChannels per Resource Pool [entries]

DescriptionDO Min Available Reverse Channels By Channels Per Resource Pool

Measurement PointsThe CePool measures the number of available 1xEV-DO reverse channels every 2 seconds andcompares all the numbers of available 1xEV-DO reverse channels within the measurementperiod to obtain the min number of available values.

FormulaNull

Unitentries

14.2.3 DO Max Reverse Channels Occupied by Traffic Channels perResource Pool [entries]

CountersID Counters

1166017328 DO Max Reverse Channels Occupied byTraffic Channels per Resource Pool [entries]

DescriptionDO Max Reverse Channels Occupied By Traffic Channels Per Resource Pool

Measurement PointsThe CePool measures the number of available 1xEV-DO reverse traffic channels every 2 secondsand compares all the numbers of available 1xEV-DO reverse traffic channels within themeasurement period to obtain the maximum value.

FormulaNull




Issue 02 (2010-06-18)

Unitentries

14.2.4 DO Average Reverse Channels Occupied by Traffic Channelsper Resource Pool [entries]

CountersID Counters

1166017329 DO Average Reverse Channels Occupied byTraffic Channels per Resource Pool [entries]

DescriptionDO Average Reverse Channels Occupied By Traffic Channels Per Resource Pool

Measurement PointsThe CePool measures the number of available 1xEV-DO reverse traffic channels every 2 secondsand compares all the numbers of available 1xEV-DO reverse channels within the measurementperiod to obtain the average value.

FormulaNull

Unitentries

14.2.5 DO Max Forward Channels Occupied by Common Channelsper Resource Pool [entries]

CountersID Counters

1166017330 DO Max Forward Channels Occupied byCommon Channels per Resource Pool[entries]

DescriptionDO Max Forward Channels Occupied By Common Channels Per Resource Pool



14-15

Measurement Points

The CePool measures the number of channels seized by the 1xEV-DO reverse common channelsevery 2 seconds and compares all the numbers of channels seized by the 1xEV-DO reversecommon channels within the measurement period to obtain the maximum value.

Formula

Null

Unit

entries

14.2.6 DO Average Reverse Channels Occupied by CommonChannels per Resource Pool [entries]

Counters

ID Counters

1166017331 DO Average Reverse Channels Occupied byCommon Channels per Resource Pool[entries]

Description

DO Average Reverse Channels Occupied By Common Channels Per Resource Pool

Measurement Points

The CePool measures the number of channels seized by the 1xEV-DO reverse common channelsevery 2 seconds and compares all the numbers of channels seized by the 1xEV-DO reversecommon channels within the measurement period to obtain the average value.

Formula

Null

Unit

entries

14.2.7 DO Max Reverse Channels Occupation Ratio by CommonChannels per Resource Pool [entries]




Issue 02 (2010-06-18)

Counters

ID Counters

1166017332 DO Max Reverse Channels Occupation Ratioby Common Channels per Resource Pool[entries]

Description

DO Max Reverse Channels Occupation Ratio By Common Channels Per Resource Pool

Measurement Points

The CePool measures the channel occupancy ratio seized by the 1xEV-DO reverse trafficchannels every 2 seconds and compares all the numbers of CEs seized by the 1xEV-DO reverseTraffic Channels within the measurement period to obtain the maximum value.

Formula

Null

Unit

%

14.2.8 DO Average Reverse Channels Occupation Ratio byCommon Channels per Resource Pool [entries]

Counters

ID Counters

1166017333 DO Average Reverse Channels OccupationRatio by Common Channels per ResourcePool [entries]

Description

DO Average Reverse Channels Occupation Ratio By Common Channels Per Resource Pool

Measurement Points

The CePool measures the channel occupancy ratio seized by the 1xEV-DO reverse trafficchannels every 2 seconds and compares all the numbers of CEs seized by the 1xEV-DO reverseTraffic Channels within the measurement period to obtain the average value.



14-17

Formula

Null

Unit

%

14.2.9 DO Available Forward MacIndexes per Sector Carrier[entries]

Counters

ID Counters

1166017334 DO Available Forward MacIndexes perSector Carrier [entries]

Description

DO Available Forward MacIndexes per sector carrier

Measurement Points

The CePool measures the number of available 1xEV-DO forward MacIndexes every 2 secondsand compares all the numbers of available 1xEV-DO forward MacIndexes within themeasurement period to obtain the number of available values.

Formula

Null

Unit

entries

14.2.10 DO Max Forward MacIndexes Occupied by TrafficChannels per Sector Carrier [entries]

Counters

ID Counters

1166017335 DO Max Forward MacIndexes Occupied byTraffic Channels per Sector Carrier [entries]




Issue 02 (2010-06-18)

Description

DO Max Forward MacIndexes Occupied By Traffic Channels per sector carrier

Measurement Points

The CePool measures the number of seized by the 1xEV-DO forward traffic channelsMacIndexes every 2 seconds and compares all the forward Traffic Channels MacIndexes by the1xEV-DO forward Traffic Channels within the measurement period to obtain the maximumvalue.

Formula

Null

Unit

entries

14.2.11 DO Average Forward MacIndexes Occupied by TrafficChannels per sector carrier [entries]

Counters

ID Counters

1166017336 DO Average Forward MacIndexes Occupiedby Traffic Channels per sector carrier[entries]

Description

DO Average Forward MacIndexes Occupied By Traffic Channels Per sector carrier

Measurement Points

The CePool measures the number of seized by the 1xEV-DO forward traffic channelsMacIndexes every 2 seconds and compares all the numbers of MacIndexes seized by the 1xEV-DO forward Traffic Channels within the measurement period to obtain the average value.

Formula

Null

Unit

entries



14-19

14.2.12 DO Max Forward MacIndexes Occupied by CommonChannels per sector carrier [entries]

Counters

ID Counters

1166017337 DO Max Forward MacIndexes Occupied byCommon Channels per sector carrier [entries]

Description

DO Max Forward MacIndexes Occupied By Common Channels Per sector carrier

Measurement Points

The CePool measures the number of seized by the 1xEV-DO forward common channelsMacIndexes every 2 seconds and compares forward common channels MacIndexes by the 1xEV-DOforward common channels within the measurement period to obtain the maximum value.

Formula

Null

Unit

entries

14.2.13 DO Average Forward MacIndexes Occupied by CommonChannels per sector carrier [entries]

Counters

ID Counters

1166017338 DO Average Forward MacIndexes Occupiedby Common Channels per sector carrier[entries]

Description

DO Average Forward MacIndexes Occupied By Common Channels Per sector carrier




Issue 02 (2010-06-18)

Measurement Points

The CePool measures the number of seized 1xEV-DO forward common channels MacIndexesevery 2 seconds and compares forward common channels MacIndexes 1xEV-DO forwardcommon channels within the measurement period to obtain the average value.

Formula

Null

Unit

entries

14.2.14 DO Max Forward MacIndexes Occupation Ratio by TrafficChannels [entries]

Counters

ID Counters

1166017339 DO Max Forward MacIndexes OccupationRatio by Traffic Channels [entries]

Description

DO Max Forward MacIndexes Occupation Ratio By Traffic Channels

Measurement Points

The CePool measures the MacIndexes occupancy ratio 1xEV-DO forward traffic channels every2 seconds and compares all the MacIndexes occupancy ratio 1xEV-DO forward traffic channelswithin the measurement period to obtain the maximum value.

Formula

Null

Unit

%

14.2.15 DO Average Forward MacIndexes Occupation Ratio byTraffic Channels [entries]



14-21

CountersID Counters

1166017340 DO Average Forward MacIndexesOccupation Ratio by Traffic Channels[entries]

DescriptionDO Average Forward MacIndexes Occupation Ratio By Traffic Channels

Measurement PointsThe CePool measures the MacIndexes occupancy ratio 1xEV-DO forward traffic channels every2 seconds and compares all the MacIndexes occupancy ratio 1xEV-DO forward traffic channelsmeasurement period to obtain the average value.

FormulaNull

Unit%




Issue 02 (2010-06-18)

15 BTS3900 CDMA Channel ElementPerformance Measurement

About This Chapter

15.1 BTS3900 CDMA 1X Channel Element Performance Stat

15.2 BTS3900 CDMA DO Channel Element Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference

15 BTS3900 CDMA Channel Element PerformanceMeasurement


15-1

15.1 BTS3900 CDMA 1X Channel Element Performance Stat

15.1.1 1X Max Available Forward CEs [entries]

15.1.2 1X Max Available Reverse CEs [entries]

15.1.3 1X Min Available Forward CEs [entries]

15.1.4 1X Min Available Reverse CEs [entries]

15.1.5 1X Max Forward CEs Occupied by Traffic Channels [entries]

15.1.6 1X Max Reverse CEs Occupied by Traffic Channels [entries]

15.1.7 1X Min Forward CEs Occupied by Traffic Channels [entries]

15.1.8 1X Min Reverse CEs Occupied by Traffic Channels [entries]

15.1.9 1X Max Forward CEs Occupied by Common Channels [entries]

15.1.10 1X Max Reverse CEs Occupied by Common Channels [entries]

15.1.11 1X Min Forward CEs Occupied by Common Channels [entries]

15.1.12 1X Min Reverse CEs Occupied by Common Channels [entries]

15.1.13 1X Max Idle Forward CEs [entries]

15.1.14 1X Max Idle Reverse CEs [entries]

15.1.15 1X Min Idle Forward CEs [entries]

15.1.16 1X Min Idle Reverse CEs [entries]

15.1.17 1X Average Available Forward CEs [entries]

15.1.18 1X Average Available Reverse CEs [entries]

15.1.19 1X Average Forward CEs Occupied by Traffic Channels [entries]

15.1.20 1X Average Reverse CEs Occupied by Traffic Channels [entries]

15.1.21 1X Average Forward CEs Occupied by Common Channels [entries]

15.1.22 1X Average Reverse CEs Occupied by Common Channels [entries]

15.1.23 1X Average Idle Forward CEs [entries]

15.1.24 1X Average Idle Reverse CEs [entries]

15.1.25 Average number of available 1X reverse CEs (Licensed CEs are taken intoconsideration) [entries]

15.1.1 1X Max Available Forward CEs [entries]




Issue 02 (2010-06-18)

CountersID Counters

1166024705 1X Max Available Forward CEs [entries]

DescriptionThe maximum number of available 1X forward CEs.

Measurement PointsThe BTS measures the number of available 1X forward CEs every minute and compares all thenumbers of available 1X forward CEs within the measurement period to obtain the maximumvalue.

FormulaNull

Unitentries

15.1.2 1X Max Available Reverse CEs [entries]

CountersID Counters

1166024706 1X Max Available Reverse CEs [entries]

DescriptionThe maximum number of available 1X reverse CEs.

Measurement PointsThe BTS measures the number of available 1X reverse CEs (excluding those seized by IO) everyminute and compares all the numbers of 1X reverse CEs within the measurement period to obtainthe maximum value.

FormulaNull

Unitentries




15-3

15.1.3 1X Min Available Forward CEs [entries]

CountersID Counters

1166024707 1X Min Available Forward CEs [entries]

DescriptionThe minimum number of available 1X forward CEs.

Measurement PointsThe BTS measures the number of available 1X forward CEs every minute and compares all thenumbers of available 1X forward CEs within the measurement period to obtain the minimumvalue.

FormulaNull

Unitentries

15.1.4 1X Min Available Reverse CEs [entries]

CountersID Counters

1166024708 1X Min Available Reverse CEs [entries]

DescriptionThe minimum number of available 1X reverse CEs.

Measurement PointsThe BTS measures the number of available 1X reverse CEs (excluding those seized by IO) everyminute and compares all the numbers of available 1X reverse CEs within the measurement periodto obtain the minimum value.

FormulaNull




Issue 02 (2010-06-18)

Unit

entries

15.1.5 1X Max Forward CEs Occupied by Traffic Channels [entries]

Counters

ID Counters

1166024709 1X Max Forward CEs Occupied by TrafficChannels [entries]

Description

The maximum number of CEs seized by the 1X forward Traffic Channels.

Measurement Points

The BTS measures the number of CEs seized by the 1X forward Traffic Channels (includingthose seized by the OCNS) every minute and compares all the numbers of CEs seized by the 1Xforward Traffic Channels within the measurement period to obtain the maximum value.

Formula

Null

Unit

entries

15.1.6 1X Max Reverse CEs Occupied by Traffic Channels [entries]

Counters

ID Counters

1166024710 1X Max Reverse CEs Occupied by TrafficChannels [entries]

Description

The maximum number of CEs seized by the 1X reverse Traffic Channels.




15-5

Measurement PointsThe BTS measures the number of CEs seized by the 1X reverse Traffic Channels every minuteand compares all the numbers of CEs seized by the 1X reverse Traffic Channels within themeasurement period to obtain the maximum value.

FormulaNull

Unitentries

15.1.7 1X Min Forward CEs Occupied by Traffic Channels [entries]

CountersID Counters

1166024711 1X Min Forward CEs Occupied by TrafficChannels [entries]

DescriptionThe minimum number of CEs seized by the 1X forward Traffic Channels.

Measurement PointsThe BTS measures the number of CEs seized by the 1X forward Traffic Channels (includingthose seized by the OCNS) every minute and compares all the numbers of CEs seized by the 1Xforward Traffic Channels within the measurement period to obtain the minimum value.

FormulaNull

Unitentries

15.1.8 1X Min Reverse CEs Occupied by Traffic Channels [entries]

CountersID Counters

1166024712 1X Min Reverse CEs Occupied by TrafficChannels [entries]




Issue 02 (2010-06-18)

DescriptionThe minimum number of CEs seized by the 1X reverse Traffic Channels.

Measurement PointsThe BTS measures the number of CEs seized by the 1X reverse Traffic Channels every minuteand compares all the numbers of CEs seized by the 1X reverse Traffic Channels within themeasurement period to obtain the minimum value.

FormulaNull

Unitentries

15.1.9 1X Max Forward CEs Occupied by Common Channels[entries]

CountersID Counters

1166024713 1X Max Forward CEs Occupied by CommonChannels [entries]

DescriptionThe maximum number of CEs seized by the 1X forward common channels.

Measurement PointsThe BTS measures the number of CEs seized by the 1X forward common channels (includingthe PICH, TDPICH, SYNCH, QPCH, PCH, BCCH, and FCCCH) every minute and comparesall the numbers of CEs seized by the 1X forward common channels within the measurementperiod to obtain the maximum value.

FormulaNull

Unitentries




15-7

15.1.10 1X Max Reverse CEs Occupied by Common Channels[entries]

CountersID Counters

1166024714 1X Max Reverse CEs Occupied by CommonChannels [entries]

DescriptionThe maximum number of CEs seized by the 1X reverse common channels.

Measurement PointsThe BTS measures the number of CEs seized by the 1X reverse common channels (includingthe ACH and EACH) every minute and compares all the numbers of CEs seized by the 1X reversecommon channels within the measurement period to obtain the maximum value.

FormulaNull

Unitentries

15.1.11 1X Min Forward CEs Occupied by Common Channels[entries]

CountersID Counters

1166024715 1X Min Forward CEs Occupied by CommonChannels [entries]

DescriptionThe minimum number of CEs seized by the 1X forward common channels.

Measurement PointsThe BTS measures the number of CEs seized by the 1X forward common channels every minuteand compares all the numbers of CEs seized by the 1X forward common channels within themeasurement period to obtain the minimum value.




Issue 02 (2010-06-18)

FormulaNull

Unitentries

15.1.12 1X Min Reverse CEs Occupied by Common Channels[entries]

CountersID Counters

1166024716 1X Min Reverse CEs Occupied by CommonChannels [entries]

DescriptionThe minimum number of CEs seized by the 1X reverse common channels.

Measurement PointsThe BTS measures the number of CEs seized by the 1X reverse common channels every minuteand compares all the numbers of CEs seized by the 1X reverse common channels within themeasurement period to obtain the minimum value.

FormulaNull

Unitentries

15.1.13 1X Max Idle Forward CEs [entries]

CountersID Counters

1166024717 1X Max Idle Forward CEs [entries]

DescriptionThe maximum number of idle 1X forward CEs.




15-9

Measurement Points

The BTS measures the number of idle 1X forward CEs every minute and compares all thenumbers of idle 1X forward CEs within the measurement period to obtain the maximum value.

Formula

Null

Unit

entries

15.1.14 1X Max Idle Reverse CEs [entries]

Counters

ID Counters

1166024718 1X Max Idle Reverse CEs [entries]

Description

The maximum number of idle 1X reverse CEs.

Measurement Points

The BTS measures the number of idle 1X reverse CEs every minute and compares all thenumbers of 1X reverse CEs within the measurement period to obtain the maximum value.

Formula

Null

Unit

entries

15.1.15 1X Min Idle Forward CEs [entries]

Counters

ID Counters

1166024719 1X Min Idle Forward CEs [entries]




Issue 02 (2010-06-18)

DescriptionThe minimum number of idle 1X forward CEs.

Measurement PointsThe BTS measures the number of idle 1X forward CEs every minute and compares all thenumbers of 1X forward CEs within the measurement period to obtain the minimum value.

FormulaNull

Unitentries

15.1.16 1X Min Idle Reverse CEs [entries]

CountersID Counters

1166024720 1X Min Idle Reverse CEs [entries]

DescriptionThe minimum number of idle 1X reverse CEs.

Measurement PointsThe BTS measures the number of idle 1X reverse CEs every minute and compares all thenumbers of 1X reverse CEs within the measurement period to obtain the minimum value.

FormulaNull

Unitentries

15.1.17 1X Average Available Forward CEs [entries]

CountersID Counters

1166024737 1X Average Available Forward CEs [entries]




15-11

DescriptionThe average number of available 1X forward CEs.

Measurement PointsThe BTS measures the number of available 1X forward CEs every minute and calculates thenumber of all available 1X forward CEs within the measurement period to obtain the averagevalue.

FormulaNull

Unitentries

15.1.18 1X Average Available Reverse CEs [entries]

CountersID Counters

1166024738 1X Average Available Reverse CEs [entries]

DescriptionThe average number of available 1X reverse CEs.

Measurement PointsThe BTS measures the number of available 1X reverse CEs (excluding those seized by IO) everyminute and calculates the number of all available 1X reverse CEs within the measurement periodto obtain the average value.

FormulaNull

Unitentries

15.1.19 1X Average Forward CEs Occupied by Traffic Channels[entries]




Issue 02 (2010-06-18)

CountersID Counters

1166024739 1X Average Forward CEs Occupied byTraffic Channels [entries]

DescriptionThe average number of CEs seized by the 1X forward Traffic Channels.

Measurement PointsThe BTS measures the number of CEs occupied by the 1X forward Traffic Channels (includingthose seized by the OCNS) every minute and calculates the number of all CEs seized by the 1Xforward Traffic Channels within the measurement period to obtain the average value.

FormulaNull

Unitentries

15.1.20 1X Average Reverse CEs Occupied by Traffic Channels[entries]

CountersID Counters

1166024740 1X Average Reverse CEs Occupied byTraffic Channels [entries]

DescriptionThe average number of CEs seized by the 1X reverse Traffic Channels.

Measurement PointsThe BTS measures the number of CEs seized by the 1X reverse Traffic Channels every minuteand calculates the number of all CEs seized by the 1X reverse Traffic Channels within themeasurement period to obtain the average value.

FormulaNull




15-13

Unit

entries

15.1.21 1X Average Forward CEs Occupied by Common Channels[entries]

Counters

ID Counters

1166024741 1X Average Forward CEs Occupied byCommon Channels [entries]

Description

The average number of CEs seized by the 1X forward common channels.

Measurement Points

The BTS measures the number of CEs seized by the 1X forward common channels every minuteand calculates the number of all CEs seized by the 1X forward common channels within themeasurement period to obtain the average value.

Formula

Null

Unit

entries

15.1.22 1X Average Reverse CEs Occupied by Common Channels[entries]

Counters

ID Counters

1166024742 1X Average Reverse CEs Occupied byCommon Channels [entries]

Description

The average number of CEs seized by the 1X reverse common channels.




Issue 02 (2010-06-18)

Measurement Points

The BTS measures the number of CEs seized by the 1X reverse common channels every minuteand calculates the number of all CEs seized by the 1X reverse common channels within themeasurement period to obtain the average value.

Formula

Null

Unit

entries

15.1.23 1X Average Idle Forward CEs [entries]

Counters

ID Counters

1166024743 1X Average Idle Forward CEs [entries]

Description

The average number of idle 1X forward CEs.

Measurement Points

The BTS measures the number of idle 1X forward CEs every minute and calculates the numberof all idle 1X forward CEs within the measurement period to obtain the average value.

Formula

Null

Unit

entries

15.1.24 1X Average Idle Reverse CEs [entries]

Counters

ID Counters

1166024744 1X Average Idle Reverse CEs [entries]




15-15

Description

The average number of idle 1X reverse CEs.

Measurement Points

The BTS measures the number of 1X reverse idle CEs every minute and calculates the numberof all 1X reverse idle CEs within the measurement period to obtain the average value.

Formula

Null

Unit

entries

15.1.25 Average number of available 1X reverse CEs (Licensed CEsare taken into consideration) [entries]

Counters

ID Counters

1166024817 Average number of available 1X reverse CEs(Licensed CEs are taken into consideration)[entries]

Description

Average number of available 1X reverse CEs (Licensed CEs are taken into consideration).

Measurement Points

The BTS measures the minimum number among the available 1X reverse CEs (excluding thoseoccupied by IO) and 1X reverse CE licenses every minute to obtain the average number ofavailable 1X reverse CEs (including the licensed CEs) within a measurement period.

Formula

Null

Unit

entries




Issue 02 (2010-06-18)

15.2 BTS3900 CDMA DO Channel Element PerformanceStat

15.2.1 DO Max Available Forward MacIndexes [entries]

15.2.2 DO Max Available Reverse CEs [entries]

15.2.3 DO Min Available Forward MacIndexes [entries]

15.2.4 DO Min Available Reverse CEs [entries]

15.2.5 DO Max Forward MacIndexes Occupied by Traffic Channels [entries]

15.2.6 DO Max Reverse CEs Occupied by Traffic Channels [entries]

15.2.7 DO Min Forward MacIndexes Occupied by Traffic Channels [entries]

15.2.8 DO Min Reverse CEs Occupied by Traffic Channels [entries]

15.2.9 DO Max Forward MacIndexes Occupied by Common Channels [entries]

15.2.10 DO Max Reverse CEs Occupied by Common Channels [entries]

15.2.11 DO Min Forward MacIndexes Occupied by Common Channels [entries]

15.2.12 DO Min Reverse CEs Occupied by Common Channels [entries]

15.2.13 DO Max Idle Forward MacIndexes [entries]

15.2.14 DO Max Idle Reverse CEs [entries]

15.2.15 DO Min Idle Forward MacIndexes [entries]

15.2.16 DO Min Idle Reverse CEs [entries]

15.2.17 DO Average Available Forward MacIndexes [entries]

15.2.18 DO Average Available Reverse CEs [entries]

15.2.19 DO Average Forward MacIndexes Occupied by Traffic Channels [entries]

15.2.20 DO Average Reverse CEs Occupied by Traffic Channels [entries]

15.2.21 DO Average Forward MacIndexes Occupied by Common Channels [entries]

15.2.22 DO Average Reverse CEs Occupied by Common Channels [entries]

15.2.23 DO Average Idle Forward MacIndexes [entries]

15.2.24 DO Average Idle Reverse CEs [entries]

15.2.25 Average number of available DO reverse CEs (Licensed CEs are taken intoconsideration) [entries]

15.2.1 DO Max Available Forward MacIndexes [entries]




15-17

Counters

ID Counters

1166024721 DO Max Available Forward MacIndexes[entries]

Description

The maximum number of available 1xEV-DO forward MacIndexes.

Measurement Points

The BTS measures the number of available 1xEV-DO forward MacIndexes every minute andcompares all the numbers of available 1xEV-DO forward MacIndexes within the measurementperiod to obtain the maximum value.

Formula

Null

Unit

entries

15.2.2 DO Max Available Reverse CEs [entries]

Counters

ID Counters

1166024722 DO Max Available Reverse CEs [entries]

Description

The maximum number of available 1xEV-DO reverse CEs.

Measurement Points

The BTS measures the number of available 1xEV-DO reverse CEs every minute and comparesall the numbers of available 1xEV-DO reverse CEs within the measurement period to obtain themaximum value.

Formula

Null




Issue 02 (2010-06-18)

Unitentries

15.2.3 DO Min Available Forward MacIndexes [entries]

CountersID Counters

1166024723 DO Min Available Forward MacIndexes[entries]

DescriptionThe minimum number of available 1xEV-DOforward MacIndexes.

Measurement PointsThe BTS measures the number of available 1xEV-DO forward MacIndexes every minute andcompares all the numbers of available 1xEV-DO forward MacIndexes within the measurementperiod to obtain the minimum value.

FormulaNull

Unitentries

15.2.4 DO Min Available Reverse CEs [entries]

CountersID Counters

1166024724 DO Min Available Reverse CEs [entries]

DescriptionThe minimum number of available 1xEV-DO reverse CEs.

Measurement PointsThe BTS measures the number of available 1xEV-DO reverse CEs every minute and comparesall the numbers of available 1xEV-DO reverse CEs within the measurement period to obtain theminimum value.




15-19

Formula

Null

Unit

entries

15.2.5 DO Max Forward MacIndexes Occupied by Traffic Channels[entries]

Counters

ID Counters

1166024725 DO Max Forward MacIndexes Occupied byTraffic Channels [entries]

Description

The maximum number of MacIndexes seized by the 1xEV-DO forward Traffic Channels.

Measurement Points

The BTS measures the number of MacIndexes seized by the 1xEV-DO forward Traffic Channelsevery minute and compares all the numbers of MacIndexes seized by the 1xEV-DO forwardTraffic Channels within the measurement period to obtain the maximum value.

Formula

Null

Unit

entries

15.2.6 DO Max Reverse CEs Occupied by Traffic Channels [entries]

Counters

ID Counters

1166024726 DO Max Reverse CEs Occupied by TrafficChannels [entries]




Issue 02 (2010-06-18)

Description

The maximum number of CEs seized by the 1xEV-DO reverse Traffic Channels.

Measurement Points

The BTS measures the number of CEs seized by the 1xEV-DO reverse Traffic Channels everyminute and compares all the numbers of CEs seized by the 1xEV-DO reverse Traffic Channelswithin the measurement period to obtain the maximum value.

Formula

Null

Unit

entries

15.2.7 DO Min Forward MacIndexes Occupied by Traffic Channels[entries]

Counters

ID Counters

1166024727 DO Min Forward MacIndexes Occupied byTraffic Channels [entries]

Description

The minimum number of MacIndexes seized by the 1xEV-DO forward Traffic Channels.

Measurement Points

The BTS measures the number of MacIndexes seized by the 1xEV-DO forward Traffic Channelsevery minute and compares all the numbers of MacIndexes seized by the 1xEV-DO forwardTraffic Channels within the measurement period to obtain the minimum value.

Formula

Null

Unit

entries

15.2.8 DO Min Reverse CEs Occupied by Traffic Channels [entries]




15-21

Counters

ID Counters

1166024728 DO Min Reverse CEs Occupied by TrafficChannels [entries]

Description

The minimum number of CEs seized by the 1xEV-DO reverse Traffic Channels.

Measurement Points

The BTS measures the number of CEs seized by the 1xEV-DO reverse Traffic Channels everyminute and compares all the numbers of CEs seized by the 1xEV-DO reverse Traffic Channelswithin the measurement period to obtain the minimum value.

Formula

Null

Unit

entries

15.2.9 DO Max Forward MacIndexes Occupied by CommonChannels [entries]

Counters

ID Counters

1166024729 DO Max Forward MacIndexes Occupied byCommon Channels [entries]

Description

The maximum number of MacIndexes seized by the 1xEV-DO forward common channels.

Measurement Points

The BTS measures the number of MacIndexes seized by the 1xEV-DO forward commonchannels (including the PICH and CCH) every minute and compares all the numbers ofMacIndexes seized by the 1xEV-DO forward common channels within the measurement periodto obtain the maximum value.




Issue 02 (2010-06-18)

Formula

Null

Unit

entries

15.2.10 DO Max Reverse CEs Occupied by Common Channels[entries]

Counters

ID Counters

1166024730 DO Max Reverse CEs Occupied by CommonChannels [entries]

Description

The maximum number of CEs seized by the 1xEV-DO reverse common channels.

Measurement Points

The BTS measures the number of CEs seized by the 1xEV-DO reverse common channels (theACH) every minute and compares all the numbers of CEs seized by the 1xEV-DO reversecommon channels within the measurement period to obtain the maximum value.

Formula

Null

Unit

entries

15.2.11 DO Min Forward MacIndexes Occupied by CommonChannels [entries]

Counters

ID Counters

1166024731 DO Min Forward MacIndexes Occupied byCommon Channels [entries]




15-23

Description

The minimum number of MacIndexes seized by the 1xEV-DO forward common channels.

Measurement Points

The BTS measures the number of MacIndexes seized by the 1xEV-DO forward commonchannels every minute and compares all the numbers of MacIndexes seized by the 1xEV-DOforward common channels within the measurement period to obtain the minimum value.

Formula

Null

Unit

entries

15.2.12 DO Min Reverse CEs Occupied by Common Channels[entries]

Counters

ID Counters

1166024732 DO Min Reverse CEs Occupied by CommonChannels [entries]

Description

The minimum number of CEs seized by the 1xEV-DO reverse common channels.

Measurement Points

The BTS measures the number of CEs seized by the 1xEV-DO reverse common channels everyminute and compares all the numbers of CEs seized by the 1xEV-DO reverse common channelswithin the measurement period to obtain the minimum value.

Formula

Null

Unit

entries

15.2.13 DO Max Idle Forward MacIndexes [entries]




Issue 02 (2010-06-18)

CountersID Counters

1166024733 DO Max Idle Forward MacIndexes [entries]

DescriptionThe maximum number of idle 1xEV-DO forward MacIndexes.

Measurement PointsThe BTS measures the number of idle 1xEV-DO forward MacIndexes every minute andcompares all the numbers of idle 1xEV-DO forward MacIndexes within the measurement periodto obtain the maximum value.

FormulaNull

Unitentries

15.2.14 DO Max Idle Reverse CEs [entries]

CountersID Counters

1166024734 DO Max Idle Reverse CEs [entries]

DescriptionThe maximum number of idle 1xEV-DO reverse CEs.

Measurement PointsThe BTS measures the number of idle 1xEV-DO reverse CEs every minute and compares allthe numbers of idle 1xEV-DO reverse CEs within the measurement period to obtain themaximum value.

FormulaNull

Unitentries




15-25

15.2.15 DO Min Idle Forward MacIndexes [entries]

CountersID Counters

1166024735 DO Min Idle Forward MacIndexes [entries]

DescriptionThe minimum number of idle 1xEV-DO forward MacIndexes.

Measurement PointsThe BTS measures the number of idle 1xEV-DO forward MacIndexes every minute andcompares all the numbers of idle 1xEV-DO forward MacIndexes within the measurement periodto obtain the minimum value.

FormulaNull

Unitentries

15.2.16 DO Min Idle Reverse CEs [entries]

CountersID Counters

1166024736 DO Min Idle Reverse CEs [entries]

DescriptionThe minimum number of idle 1xEV-DO reverse CEs.

Measurement PointsThe BTS measures the number of idle 1xEV-DO reverse CEs every minute and compares allthe numbers of idle 1xEV-DO reverse CEs within the measurement period to obtain theminimum value.

FormulaNull




Issue 02 (2010-06-18)

Unitentries

15.2.17 DO Average Available Forward MacIndexes [entries]

CountersID Counters

1166024745 DO Average Available Forward MacIndexes[entries]

DescriptionThe average number of available 1xEV-DO forward MacIndexes.

Measurement PointsThe BTS measures the number of available 1xEV-DO forward MacIndexes every minute andcalculates the number of all available 1xEV-DO forward MacIndexes within the measurementperiod to obtain the average value.

FormulaNull

Unitentries

15.2.18 DO Average Available Reverse CEs [entries]

CountersID Counters

1166024746 DO Average Available Reverse CEs [entries]

DescriptionThe average number of available 1xEV-DO reverse CEs.

Measurement PointsThe BTS measures the number of available 1xEV-DO reverse CEs every minute and calculatesthe number of all available 1xEV-DO reverse CEs within the measurement period to obtain theaverage value.




15-27

Formula

Null

Unit

entries

15.2.19 DO Average Forward MacIndexes Occupied by TrafficChannels [entries]

Counters

ID Counters

1166024747 DO Average Forward MacIndexes Occupiedby Traffic Channels [entries]

Description

The average number of MacIndexes seized by the 1xEV-DO forward Traffic Channels.

Measurement Points

The BTS measures the number of MacIndexes seized by the 1xEV-DO forward Traffic Channelsevery minute and calculates the number of all MacIndexes seized by the 1xEV-DO forwardTraffic Channels within the measurement period to obtain the average value.

Formula

Null

Unit

entries

15.2.20 DO Average Reverse CEs Occupied by Traffic Channels[entries]

Counters

ID Counters

1166024748 DO Average Reverse CEs Occupied byTraffic Channels [entries]




Issue 02 (2010-06-18)

DescriptionThe average number of CEs seized by the 1xEV-DO reverse Traffic Channels.

Measurement PointsThe BTS measures the number of CEs seized by the 1xEV-DO reverse Traffic Channels everyminute and calculates all the numbers of all CEs seized by the 1xEV-DO reverse Traffic Channelswithin the measurement period to obtain the average value.

FormulaNull

Unitentries

15.2.21 DO Average Forward MacIndexes Occupied by CommonChannels [entries]

CountersID Counters

1166024749 DO Average Forward MacIndexes Occupiedby Common Channels [entries]

DescriptionThe average number of MacIndexes seized by the 1xEV-DO forward common channels.

Measurement PointsThe BTS measures the number of MacIndexes seized by the 1xEV-DO forward commonchannels every minute and calculates the number of all MacIndexes seized by the 1xEV-DOforward common channels within the measurement period to obtain the average value.

FormulaNull

Unitentries

15.2.22 DO Average Reverse CEs Occupied by Common Channels[entries]




15-29

CountersID Counters

1166024750 DO Average Reverse CEs Occupied byCommon Channels [entries]

Description

The average number of CEs seized by the 1xEV-DO reverse common channels.

Measurement Points

The BTS measures the number of CEs seized by the 1xEV-DO reverse common channels everyminute and calculates all the number of all CEs seized by the 1xEV-DO reverse commonchannels within the measurement period to obtain the average value.

Formula

Null

Unit

entries

15.2.23 DO Average Idle Forward MacIndexes [entries]

CountersID Counters

1166024751 DO Average Idle Forward MacIndexes[entries]

Description

The average number of idle 1xEV-DO forward MacIndexes.

Measurement Points

The BTS measures the number of idle 1xEV-DO forward MacIndexes every minute andcalculates the number of all idle 1xEV-DO forward MacIndexes within the measurement periodto obtain the average value.

Formula

Null




Issue 02 (2010-06-18)

Unit

entries

15.2.24 DO Average Idle Reverse CEs [entries]

Counters

ID Counters

1166024752 DO Average Idle Reverse CEs [entries]

Description

The average number of idle 1xEV-DO reverse CEs.

Measurement Points

The BTS measures the number of idle 1xEV-DO reverse CEs every minute and calculates thenumber of all idle 1xEV-DO reverse CEs within the measurement period to obtain the averagevalue.

Formula

Null

Unit

entries

15.2.25 Average number of available DO reverse CEs (Licensed CEsare taken into consideration) [entries]

Counters

ID Counters

1166024818 Average number of available DO reverse CEs(Licensed CEs are taken into consideration)[entries]

Description

Average number of available DO reverse CEs (Licensed CEs are taken into consideration).




15-31

Measurement PointsThe BTS measures the minimum number among the available DO reverse CEs and DO reverseCE licenses every minute to obtain the average number of available DO reverse CEs (includingthe licensed CEs) within a measurement period.

FormulaNull

Unitentries




Issue 02 (2010-06-18)

16 BTS3900 CDMA CE License PerformanceMeasurement

About This Chapter

16.1 BTS3900 CDMA CE License Performance Stat

Airbridge 3900 Series CDMA Base StationPerformance Counter Reference 16 BTS3900 CDMA CE License Performance Measurement


16-1

16.1 BTS3900 CDMA CE License Performance Stat

16.1.1 1X Traffic Channel Allocate Failed Times (Reverse CE License) [times]

16.1.2 DO Traffic Channel Allocate Failed Times (Reverse CE License) [times]

16.1.3 1X Rvs CE License Average Use Number [entries]

16.1.4 1X Rvs CE License Maximum Use Number [entries]

16.1.5 DO Rvs CE License Average Use Number [entries]

16.1.6 DO Rvs CE License Maximum Use Number [entries]

16.1.1 1X Traffic Channel Allocate Failed Times (Reverse CELicense) [times]

Counters

ID Counters

1166024753 1X Traffic Channel Allocate Failed Times(Reverse CE License) [times]

Description

The number of assignment failures at 1X service channel due to the restriction of reverse CELicense within the measurement period.

Measurement Points

The BTSC accumulates the number of assignment failures within the measurement period on1X service channel due to the restriction of reverse CE License.

Formula

Null

Unit

times

16.1.2 DO Traffic Channel Allocate Failed Times (Reverse CELicense) [times]

16 BTS3900 CDMA CE License Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

Counters

ID Counters

1166024754 DO Traffic Channel Allocate Failed Times(Reverse CE License) [times]

Description

The number of assignment failures at DO service channel due to the restriction of reverse CELicense within the measurement period.

Measurement Points

The BTSC accumulates the number of assignment failures within the measurement period onDO service channel due to the restriction of reverse CE License.

Formula

Null

Unit

times

16.1.3 1X Rvs CE License Average Use Number [entries]

Counters

ID Counters

1166024755 1X Rvs CE License Average Use Number[entries]

Description

1X Rvs CE License Average Use Number

Measurement Points

The BTS measures the use number of 1X reverse CE license every second and calculates thenumber of all 1X reverse CE license within the measurement period to obtain the average value.

Formula

Null



16-3

Unitentries

16.1.4 1X Rvs CE License Maximum Use Number [entries]

CountersID Counters

1166024756 1X Rvs CE License Maximum Use Number[entries]

Description1X Rvs CE License Maximal Use Number

Measurement PointsThe BTS measures the use number of 1X reverse CE license every second and compares all thenumbers of 1X reverse CE license within the measurement period to obtain the maximum value.

FormulaNull

Unitentries

16.1.5 DO Rvs CE License Average Use Number [entries]

CountersID Counters

1166024757 DO Rvs CE License Average Use Number[entries]

DescriptionDO Rvs CE License Average Use Number

Measurement PointsThe BTS measures the use number of DO reverse CE license every second and calculates thenumber of all DO reverse CE license within the measurement period to obtain the average value.

16 BTS3900 CDMA CE License Performance MeasurementAirbridge 3900 Series CDMA Base Station



Issue 02 (2010-06-18)

FormulaNull

Unitentries

16.1.6 DO Rvs CE License Maximum Use Number [entries]

CountersID Counters

1166024758 DO Rvs CE License Maximum Use Number[entries]

DescriptionDO Rvs CE License Maximal Use Number

Measurement PointsThe BTS measures the use number of DO reverse CE license every second and compares all thenumbers of DO reverse CE license within the measurement period to obtain the maximum value.

FormulaNull

Unitentries



16-5

17 BTS3900 CDMA Abis Link ResourcePerformance Measurement

About This Chapter

17.1 BTS3900 CDMA Abis Link Resource Performance Stat


17 BTS3900 CDMA Abis Link Resource PerformanceMeasurement


17-1

17.1 BTS3900 CDMA Abis Link Resource Performance Stat

17.1.1 Abis Link Max Avail Fwd Bandwidth [kbps]

17.1.2 Abis Link Min Avail Fwd Bandwidth [kbps]

17.1.3 Abis Link Max Allocated Fwd Bandwidth [kbps]

17.1.4 Abis Link Average Allocated Fwd Bandwidth [kbps]

17.1.5 Abis Link 1X Max Allocated Fwd Tch Bandwidth [kbps]

17.1.6 Abis Link 1X Average Allocated Fwd Tch Bandwidth [kbps]

17.1.7 Abis Link 1X Max Occupied Fwd Signal Bandwidth [kbps]

17.1.8 Abis Link 1X Average Occupied Fwd Signal Bandwidth [kbps]

17.1.9 Abis Link DO Max Allocated Fwd Tch Bandwidth [kbps]

17.1.10 Abis Link DO Average Allocated Fwd Tch Bandwidth [kbps]

17.1.11 Abis Link DO Max Occupied Fwd Signal Bandwidth [kbps]

17.1.12 Abis Link DO Average Occupied Fwd Signal Bandwidth [kbps]

17.1.13 Abis Link Max Occupied Fwd Oml Bandwidth [kbps]

17.1.14 Abis Link Average Occupied Fwd Oml Bandwidth [kbps]

17.1.15 Abis Link DO Average Allocated Fwd EF Bandwidth [kbps]

17.1.16 Abis Link DO Max Allocated Fwd EF Bandwidth [kbps]

17.1.17 Abis Link DO Average Allocated Fwd AF Bandwidth [kbps]

17.1.18 Abis Link DO Max Allocated Fwd AF Bandwidth [kbps]

17.1.19 Abis Link DO Average Occupied Fwd BE Bandwidth [kbps]

17.1.20 Abis Link DO Max Occupied Fwd BE Bandwidth [kbps]

17.1.21 Abis Link 1X Max Allocated Fwd Voice Fch Bandwidth [kbps]

17.1.22 Abis Link 1X Average Allocated Fwd Voice Fch Bandwidth [kbps]

17.1.23 Abis Link 1X Max Allocated Fwd Data Fch Bandwidth [kbps]

17.1.24 Abis Link 1X Average Allocated Fwd Data Fch Bandwidth [kbps]

17.1.25 Abis Link 1X Max Allocated Fwd Data Sch Bandwidth [kbps]

17.1.26 Abis Link 1X Average Allocated Fwd Data Sch Bandwidth [kbps]

17.1.27 Abis Link 1X Max Allocated Rvs Data Sch Bandwidth [kbps]

17.1.28 Abis Link 1X Average Allocated Rvs Data Sch Bandwidth [kbps]

17.1.29 Abis Link PTT Max Allocated Fwd Bandwidth [kbps]

17.1.30 Abis Link PTT Average Allocated Fwd Bandwidth [kbps]




Issue 02 (2010-06-18)

17.1.31 Abis Link PTT Max Allocated Rvs Bandwidth [kbps]

17.1.32 Abis Link PTT Average Allocated Rvs Bandwidth [kbps]

17.1.33 Abis Link DO Special User Max Allocated Bandwidth [kbps]

17.1.34 Abis Link DO Special User Average Allocated Bandwidth [kbps]

17.1.35 Abis Link Fwd Max Bandwidth Occupied Ratio [%]

17.1.36 Abis Link Fwd Average Bandwidth Occupied Ratio [%]

17.1.37 Abis Link Fwd Tch Bandwidth Allocated Ratio(0-30%) Continuance [s]






17.1.43 Duration of Forward 1X Service Dedicated Abis Link with Bandwidth Usage 0%-30%[s]






17.1.49 Duration of Forward DO Service Dedicated Abis Link with Bandwidth Usage 0%-30%[s]





17.1.54 Duration of Forward DO Service Dedicated Abis Link with Bandwidth Usage91%-100% [s]

17.1.55 Duration of Forward 1X Service Shared Abis Link with Bandwidth Usage 0%-30% [s]




17-3

17.1.56 Duration of Forward 1X Service Shared Abis Link with Bandwidth Usage 31%-60%[s]





17.1.61 Duration of Forward DO Service Shared Abis Link with Bandwidth Usage 0%-30% [s]

17.1.62 Duration of Forward DO Service Shared Abis Link with Bandwidth Usage 31%-60%[s]





17.1.67 Average Bandwidth Usage of Forward 1X Service Shared Abis Link [%]

17.1.68 Average Bandwidth Usage of Reverse 1X Service Shared Abis Link [%]

17.1.69 Average Bandwidth Usage of Forward DO Service Shared Abis Link [%]

17.1.70 Average Bandwidth Usage of Reverse DO Service Shared Abis Link [%]

17.1.71 Duration of Forward 1X and DO Services Shared Abis Link with Bandwidth Usage0%-30% [s]






17.1.77 Maximum Available Total Bandwidth for Forward 1X Service Dedicated Abis Link[kbps]




Issue 02 (2010-06-18)

17.1.78 Minimum Available Total Bandwidth for Forward 1X Service Dedicated Abis Link[kbps]

17.1.79 Maximum Total Bandwidth Occupied by Forward 1x Service Dedicated Abis Link[kbps]

17.1.80 Average Total Bandwidth Occupied by Forward 1x Service Dedicated Abis Link [kbps]

17.1.81 Average Bandwidth Usage of Forward 1X Service Dedicated Abis Link [%]

17.1.82 Maximum Total Bandwidth Occupied by Reverse 1x Service Dedicated Abis Link[kbps]

17.1.83 Average Total Bandwidth Occupied by Reverse 1x Service Dedicated Abis Link [kbps]

17.1.84 Average Bandwidth Usage of Reverse 1X Service Dedicated Abis Link [%]

17.1.85 Maximum Available Bandwidth for Forward DO Service Dedicated Abis Link [kbps]

17.1.86 Minimum Available Bandwidth for Forward DO Service Dedicated Abis Link [kbps]

17.1.87 Maximum Total Bandwidth Occupied by Forward DO Service Dedicated Abis Link[kbps]

17.1.88 Average Total Bandwidth Occupied by Forward DO Service Dedicated Abis Link [kbps]

17.1.89 Average Bandwidth Usage of Forward DO Service Dedicated Abis Link [%]

17.1.90 Maximum Total Bandwidth Occupied by Reverse DO Service Dedicated Abis Link[kbps]

17.1.91 Average Total Bandwidth Occupied by Reverse DO Service Dedicated Abis Link [kbps]

17.1.92 Average Bandwidth Usage of Reverse DO Service Dedicated Abis Link [%]

17.1.93 Maximum Available Bandwidth for Forward 1X and DO Services Shared Abis Link[kbps]

17.1.94 Minimum Available Bandwidth for Forward 1X and DO Services Shared Abis Link[kbps]

17.1.95 Maximum Total Bandwidth Occupied by Forward 1x and DO Services Shared AbisLink [kbps]

17.1.96 Average Total Bandwidth Occupied by Forward 1x and DO Services Shared Abis Link[kbps]

17.1.97 Average Bandwidth Usage of Forward 1X and DO Service Dedicated Abis Link [%]

17.1.98 Maximum Total Bandwidth Occupied by Reverse 1x and DO Services Shared Abis Link[kbps]

17.1.99 Average Total Bandwidth Occupied by Reverse 1x and DO Services Shared Abis Link[kbps]

17.1.100 Average Bandwidth Usage of Reverse 1X and DO Service Dedicated Abis Link [%]

17.1.101 Maximum Bandwidth Allocated to Forward Abis Link Carrying DO BCMCS Service[kbps]

17.1.102 Average Bandwidth Allocated to Forward Abis Link Carrying DO BCMCS Service[kbps]




17-5

17.1.103 Maximum Bandwidth Occupied by Forward Abis Link Carrying DO BCMCS Service[kbps]

17.1.104 Average Bandwidth Occupied by Forward Abis Link Carrying DO BCMCS Service[kbps]

17.1.1 Abis Link Max Avail Fwd Bandwidth [kbps]

CountersID Counters

1166024769 Abis Link Max Avail Fwd Bandwidth [kbps]

DescriptionAbis Link Max Avail Fwd Bandwidth

Measurement PointsThe BTS measures BSC Config Abis Link Max Avail Fwd Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

FormulaNull

Unitkbps

17.1.2 Abis Link Min Avail Fwd Bandwidth [kbps]

CountersID Counters

1166024770 Abis Link Min Avail Fwd Bandwidth [kbps]

DescriptionAbis Link Min Avail Fwd Bandwidth

Measurement PointsThe BTS measures BSC Config Abis Link Min Avail Fwd Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.




Issue 02 (2010-06-18)

Formula

Null

Unit

kbps

17.1.3 Abis Link Max Allocated Fwd Bandwidth [kbps]

CountersID Counters

1166024771 Abis Link Max Allocated Fwd Bandwidth[kbps]

Description

Abis Link Max Allocated Fwd Bandwidth

Measurement Points

The BTS measures Abis Link Max Allocated Fwd Bandwidth every 500 ms and compares allthe values within the measurement period to obtain the maximum value.

Formula

Null

Unit

kbps

17.1.4 Abis Link Average Allocated Fwd Bandwidth [kbps]

CountersID Counters

1166024772 Abis Link Average Allocated FwdBandwidth [kbps]

Description

Abis Link Average Allocated Fwd Bandwidth




17-7

Measurement PointsThe BTS measures Abis Link Average Allocated Fwd Bandwidth every 500 ms and calculatesall the values within the measurement period to obtain the average value.

FormulaNull

Unitkbps

17.1.5 Abis Link 1X Max Allocated Fwd Tch Bandwidth [kbps]

CountersID Counters

1166024773 Abis Link 1X Max Allocated Fwd TchBandwidth [kbps]

DescriptionAbis Link 1X Max Allocated Fwd Tch Bandwidth

Measurement PointsThe BTS measures Abis Link 1X Max Allocated Fwd Tch Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

FormulaNull

Unitkbps

17.1.6 Abis Link 1X Average Allocated Fwd Tch Bandwidth [kbps]

CountersID Counters

1166024774 Abis Link 1X Average Allocated Fwd TchBandwidth [kbps]




Issue 02 (2010-06-18)

Description

Abis Link 1X Average Allocated Fwd Tch Bandwidth

Measurement Points

The BTS measures Abis Link 1X Average Allocated Fwd Tch Bandwidth every 500 ms andcalculates all the values within the measurement period to obtain the average value.

Formula

Null

Unit

kbps

17.1.7 Abis Link 1X Max Occupied Fwd Signal Bandwidth [kbps]

Counters

ID Counters

1166024775 Abis Link 1X Max Occupied Fwd SignalBandwidth [kbps]

Description

Abis Link 1X Max Occupied Fwd Signal Bandwidth

Measurement Points

The BTS measures Abis Link 1X Max Occupied Fwd Signal Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

Formula

Null

Unit

kbps

17.1.8 Abis Link 1X Average Occupied Fwd Signal Bandwidth[kbps]




17-9

CountersID Counters

1166024776 Abis Link 1X Average Occupied Fwd SignalBandwidth [kbps]

DescriptionAbis Link 1X Average Occupied Fwd Signal Bandwidth

Measurement PointsThe BTS measures Abis Link 1X Average Occupied Fwd Signal Bandwidth every 500 ms andcalculates all the values within the measurement period to obtain the average value.

FormulaNull

Unitkbps

17.1.9 Abis Link DO Max Allocated Fwd Tch Bandwidth [kbps]

CountersID Counters

1166024777 Abis Link DO Max Allocated Fwd TchBandwidth [kbps]

DescriptionAbis Link DO Max Allocated Fwd Tch Bandwidth

Measurement PointsThe BTS measures Abis Link DO Max Allocated Fwd Tch Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

FormulaNull

Unitkbps




Issue 02 (2010-06-18)

17.1.10 Abis Link DO Average Allocated Fwd Tch Bandwidth[kbps]

Counters

ID Counters

1166024778 Abis Link DO Average Allocated Fwd TchBandwidth [kbps]

Description

Abis Link DO Average Allocated Fwd Tch Bandwidth

Measurement Points

The BTS measures Abis Link DO Average Allocated Fwd Tch Bandwidth every 500 ms andcalculates all the values within the measurement period to obtain the average value.

Formula

Null

Unit

kbps

17.1.11 Abis Link DO Max Occupied Fwd Signal Bandwidth [kbps]

Counters

ID Counters

1166024779 Abis Link DO Max Occupied Fwd SignalBandwidth [kbps]

Description

Abis Link DO Max Occupied Fwd Signal Bandwidth

Measurement Points

The BTS measures Abis Link DO Max Occupied Fwd Signal Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.




17-11

FormulaNull

Unitkbps

17.1.12 Abis Link DO Average Occupied Fwd Signal Bandwidth[kbps]

CountersID Counters

1166024780 Abis Link DO Average Occupied Fwd SignalBandwidth [kbps]

DescriptionAbis Link DO Average Occupied Fwd Signal Bandwidth

Measurement PointsThe BTS measures Abis Link DO Average Occupied Fwd Signal Bandwidth every 500 ms andcalculates all the values within the measurement period to obtain the average value.

FormulaNull

Unitkbps

17.1.13 Abis Link Max Occupied Fwd Oml Bandwidth [kbps]

CountersID Counters

1166024781 Abis Link Max Occupied Fwd OmlBandwidth [kbps]

DescriptionAbis Link Max Occupied Fwd Oml Bandwidth




Issue 02 (2010-06-18)

Measurement PointsThe BTS measures Abis Link Max Occupied Fwd Oml Bandwidth every 500 ms and comparesall the values within the measurement period to obtain the maximum value.

FormulaNull

Unitkbps

17.1.14 Abis Link Average Occupied Fwd Oml Bandwidth [kbps]

CountersID Counters

1166024782 Abis Link Average Occupied Fwd OmlBandwidth [kbps]

DescriptionAbis Link Average Occupied Fwd Oml Bandwidth

Measurement PointsThe BTS measures Abis Link Average Occupied Fwd Oml Bandwidth every 500 ms andcalculates all the values within the measurement period to obtain the average value.

FormulaNull

Unitkbps

17.1.15 Abis Link DO Average Allocated Fwd EF Bandwidth [kbps]

CountersID Counters

1166024783 Abis Link DO Average Allocated Fwd EFBandwidth [kbps]




17-13

Description

Abis Link DO Average Alloc Fwd EF Bandwidth

Measurement Points

The BTS measures Abis Link DO Average Allocated Fwd EF Bandwidth every 500 ms andcalculates all the values within the measurement period to obtain the average value.

Formula

Null

Unit

kbps

17.1.16 Abis Link DO Max Allocated Fwd EF Bandwidth [kbps]

Counters

ID Counters

1166024784 Abis Link DO Max Allocated Fwd EFBandwidth [kbps]

Description

Abis Link DO Max Alloc Fwd EF Bandwidth

Measurement Points

The BTS measures Abis Link DO Max Allocated Fwd EF Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

Formula

Null

Unit

kbps

17.1.17 Abis Link DO Average Allocated Fwd AF Bandwidth [kbps]




Issue 02 (2010-06-18)

CountersID Counters

1166024785 Abis Link DO Average Allocated Fwd AFBandwidth [kbps]

DescriptionAbis Link DO Average Allocated Fwd AF Bandwidth

Measurement PointsThe BTS measures Abis Link DO Average Allocated Fwd AF Bandwidth every 500 ms andcalculates all the values within the measurement period to obtain the average value.

FormulaNull

Unitkbps

17.1.18 Abis Link DO Max Allocated Fwd AF Bandwidth [kbps]

CountersID Counters

1166024786 Abis Link DO Max Allocated Fwd AFBandwidth [kbps]

DescriptionAbis Link DO Max Allocated Fwd AF Bandwidth

Measurement PointsThe BTS measures Abis Link DO Max Allocated Fwd AF Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

FormulaNull

Unitkbps




17-15

17.1.19 Abis Link DO Average Occupied Fwd BE Bandwidth [kbps]

CountersID Counters

1166024791 Abis Link DO Average Occupied Fwd BEBandwidth [kbps]

DescriptionAbis Link DO Average Occupied Fwd BE Bandwidth

Measurement PointsThe BTS measures Abis Link DO Average Occupied Fwd BE Bandwidth every 500 ms andcalculates all the values within the measurement period to obtain the average value.

FormulaNull

Unitkbps

17.1.20 Abis Link DO Max Occupied Fwd BE Bandwidth [kbps]

CountersID Counters

1166024792 Abis Link DO Max Occupied Fwd BEBandwidth [kbps]

DescriptionAbis Link DO Max Occupied Fwd BE Bandwidth

Measurement PointsThe BTS measures Abis Link DO Max Occupied Fwd BE Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

FormulaNull




Issue 02 (2010-06-18)

Unit

kbps

17.1.21 Abis Link 1X Max Allocated Fwd Voice Fch Bandwidth[kbps]

Counters

ID Counters

1166024793 Abis Link 1X Max Allocated Fwd Voice FchBandwidth [kbps]

Description

Abis Link 1X Max Allocated Fwd Voice Fch Bandwidth

Measurement Points

The BTS measures Abis Link 1X Max Allocated Fwd Voice Fch Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

Formula

Null

Unit

kbps

17.1.22 Abis Link 1X Average Allocated Fwd Voice Fch Bandwidth[kbps]

Counters

ID Counters

1166024794 Abis Link 1X Average Allocated Fwd VoiceFch Bandwidth [kbps]

Description

Abis Link 1X Average Allocated Fwd Voice Fch Bandwidth




17-17

Measurement Points

The BTS measures Abis Link 1X Average Allocated Fwd Voice Fch Bandwidth every 500 msand calculates all the values within the measurement period to obtain the average value.

Formula

Null

Unit

kbps

17.1.23 Abis Link 1X Max Allocated Fwd Data Fch Bandwidth[kbps]

Counters

ID Counters

1166024795 Abis Link 1X Max Allocated Fwd Data FchBandwidth [kbps]

Description

Abis Link 1X Max Allocated Fwd Data Fch Bandwidth

Measurement Points

The BTS measures Abis Link 1X Max Allocated Fwd Data Fch Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

Formula

Null

Unit

kbps

17.1.24 Abis Link 1X Average Allocated Fwd Data Fch Bandwidth[kbps]




Issue 02 (2010-06-18)

Counters

ID Counters

1166024796 Abis Link 1X Average Allocated Fwd DataFch Bandwidth [kbps]

Description

Abis Link 1X Average Allocated Fwd Data Fch Bandwidth

Measurement Points

The BTS measures Abis Link 1X Average Allocated Fwd Data Fch Bandwidth every 500 msand calculates all the values within the measurement period to obtain the average value.

Formula

Null

Unit

kbps

17.1.25 Abis Link 1X Max Allocated Fwd Data Sch Bandwidth[kbps]

Counters

ID Counters

1166024797 Abis Link 1X Max Allocated Fwd Data SchBandwidth [kbps]

Description

Abis Link 1X Max Allocated Fwd Data Sch Bandwidth

Measurement Points

The BTS measures Abis Link 1X Max Allocated Fwd Data Sch Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

Formula

Null




17-19

Unit

kbps

17.1.26 Abis Link 1X Average Allocated Fwd Data Sch Bandwidth[kbps]

Counters

ID Counters

1166024798 Abis Link 1X Average Allocated Fwd DataSch Bandwidth [kbps]

Description

Abis Link 1X Average Allocated Fwd Data Sch Bandwidth

Measurement Points

The BTS measures Abis Link 1X Average Allocated Fwd Data Sch Bandwidth every 500 msand calculates all the values within the measurement period to obtain the average value.

Formula

Null

Unit

kbps

17.1.27 Abis Link 1X Max Allocated Rvs Data Sch Bandwidth [kbps]

Counters

ID Counters

1166024799 Abis Link 1X Max Allocated Rvs Data SchBandwidth [kbps]

Description

Abis Link 1X Max Allocated Rvs Data Sch Bandwidth




Issue 02 (2010-06-18)

Measurement PointsThe BTS measures Abis Link 1X Max Allocated Rvs Data Sch Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

FormulaNull

Unitkbps

17.1.28 Abis Link 1X Average Allocated Rvs Data Sch Bandwidth[kbps]

CountersID Counters

1166024800 Abis Link 1X Average Allocated Rvs DataSch Bandwidth [kbps]

DescriptionAbis Link 1X Average Allocated Rvs Data Sch Bandwidth

Measurement PointsThe BTS measures Abis Link 1X Average Allocated Rvs Data Sch Bandwidth every 500 msand calculates all the values within the measurement period to obtain the average value.

FormulaNull

Unitkbps

17.1.29 Abis Link PTT Max Allocated Fwd Bandwidth [kbps]

CountersID Counters

1166024801 Abis Link PTT Max Allocated FwdBandwidth [kbps]




17-21

Description

Abis Link PTT Max Allocated Fwd Bandwidth

Measurement Points

The BTS measures Abis Link PTT Max Allocated Fwd Bandwidth every 500 ms and comparesall the values within the measurement period to obtain the maximum value.

Formula

Null

Unit

kbps

17.1.30 Abis Link PTT Average Allocated Fwd Bandwidth [kbps]

Counters

ID Counters

1166024802 Abis Link PTT Average Allocated FwdBandwidth [kbps]

Description

Abis Link PTT Average Allocated Fwd Bandwidth

Measurement Points

The BTS measures Abis Link PTT Average Allocated Fwd Bandwidth every 500 ms andcalculates all the values within the measurement period to obtain the average value.

Formula

Null

Unit

kbps

17.1.31 Abis Link PTT Max Allocated Rvs Bandwidth [kbps]




Issue 02 (2010-06-18)

CountersID Counters

1166024803 Abis Link PTT Max Allocated RvsBandwidth [kbps]

DescriptionAbis Link PTT Max Allocated Rvs Bandwidth

Measurement PointsThe BTS measures Abis Link PTT Max Allocated Rvs Bandwidth every 500 ms and comparesall the values within the measurement period to obtain the maximum value.

FormulaNull

Unitkbps

17.1.32 Abis Link PTT Average Allocated Rvs Bandwidth [kbps]

CountersID Counters

1166024804 Abis Link PTT Average Allocated RvsBandwidth [kbps]

DescriptionAbis Link PTT Average Allocated Rvs Bandwidth

Measurement PointsThe BTS measures Abis Link PTT Average Allocated Rvs Bandwidth every 500 ms andcalculates all the values within the measurement period to obtain the average value.

FormulaNull

Unitkbps




17-23

17.1.33 Abis Link DO Special User Max Allocated Bandwidth[kbps]

CountersID Counters

1166024805 Abis Link DO Special User Max AllocatedBandwidth [kbps]

DescriptionAbis Link DO Special User Max Allocated Bandwidth

Measurement PointsThe BTS measures Abis Link DO Special User Max Allocated Bandwidth every 500 ms andcompares all the values within the measurement period to obtain the maximum value.

FormulaNull

Unitkbps

17.1.34 Abis Link DO Special User Average Allocated Bandwidth[kbps]

CountersID Counters

1166024806 Abis Link DO Special User AverageAllocated Bandwidth [kbps]

DescriptionAbis Link DO Special User Average Allocated Bandwidth

Measurement PointsThe BTS measures Abis Link DO Special User Average Allocated Bandwidth every 500 msand calculates all the values within the measurement period to obtain the average value.




Issue 02 (2010-06-18)

Formula

Null

Unit

kbps

17.1.35 Abis Link Fwd Max Bandwidth Occupied Ratio [%]

CountersID Counters

1166024807 Abis Link Fwd Max Bandwidth OccupiedRatio [%]

Description

Abis Link Fwd Max Bandwidth Occupied Ratio

Measurement Points

The BTS measures Abis Link Fwd Max Bandwidth Occupied Ratio every 500 ms and comparesall the values to obtain the maximum value.

Formula

Null

Unit

%

17.1.36 Abis Link Fwd Average Bandwidth Occupied Ratio [%]

CountersID Counters

1166024808 Abis Link Fwd Average BandwidthOccupied Ratio [%]

Description

Abis Link Fwd Average Bandwidth Occupied Ratio




17-25

Measurement Points

The BTS measures Abis Link Fwd Average Bandwidth Occupied Ratio every 500 ms andcalculates all the values to obtain the average value.

Formula

Null

Unit

%

17.1.37 Abis Link Fwd Tch Bandwidth Allocated Ratio(0-30%)Continuance [s]

Counters

ID Counters

1166024809 Abis Link Fwd Tch Bandwidth AllocatedRatio(0-30%) Continuance [s]

Description

Abis Link Fwd Tch Bandwidth Allocated Ratio(0-30%) Continuance

Measurement Points

The BTS measures Abis Link Fwd Tch Bandwidth Allocated Ratio(0-30%) Continuance every500 ms.

Formula

Null

Unit

seconds





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points


Formula

Null

Unit

seconds


Counters

ID Counters


Description


Measurement Points


Formula

Null




17-27

Unit

seconds


Counters

ID Counters


Description


Measurement Points


Formula

Null

Unit

seconds


Counters

ID Counters


Description





Issue 02 (2010-06-18)

Measurement Points


Formula

Null

Unit

seconds


Counters

ID Counters


Description


Measurement Points

The BTS measures Abis Link Fwd Tch Bandwidth Allocated Ratio(91-100%) Continuanceevery 500 ms.

Formula

Null

Unit

seconds

17.1.43 Duration of Forward 1X Service Dedicated Abis Link withBandwidth Usage 0%-30% [s]




17-29

CountersID Counters

1166024819 Duration of Forward 1X Service DedicatedAbis Link with Bandwidth Usage 0%-30%[s]

DescriptionDuration of forward 1X service dedicated Abis link with bandwidth usage 0%-30%.

Measurement PointsThe main control board records the bandwidth usage of all 1X service dedicated Abis links persecond and accumulates the link occupancy duration corresponding to the bandwidth usage.

FormulaNull

Unitseconds


CountersID Counters




FormulaNull




Issue 02 (2010-06-18)

Unitseconds


CountersID Counters




FormulaNull

Unitseconds


CountersID Counters






17-31

Measurement Points

The main control board records the bandwidth usage of all 1X service dedicated Abis links persecond and accumulates the link occupancy duration corresponding to the bandwidth usage.

Formula

Null

Unit

seconds


Counters

ID Counters


Description

Duration of forward 1X service dedicated Abis link with bandwidth usage 81%-90%.

Measurement Points

The main control board records the bandwidth usage of all 1X service dedicated Abis links persecond and accumulates the link occupancy duration corresponding to the bandwidth usage.

Formula

Null

Unit

seconds





Issue 02 (2010-06-18)

CountersID Counters




FormulaNull

Unitseconds

17.1.49 Duration of Forward DO Service Dedicated Abis Link withBandwidth Usage 0%-30% [s]

CountersID Counters

1166024825 Duration of Forward DO Service DedicatedAbis Link with Bandwidth Usage 0%-30%[s]

DescriptionDuration of forward DO service dedicated Abis link with bandwidth usage 0%-30%.

Measurement Pointsl The channel board measures the bandwidth usage of each traffic link in real time and reports

the measurement results to the main control board per second.l The main control board records the bandwidth usage of all DO service dedicated Abis links

per second and accumulates the link occupancy duration corresponding to the bandwidthusage.




17-33

FormulaNull

Unitseconds


CountersID Counters


DescriptionDuration of forward DO service dedicated Abis link with bandwidth usage 31%-60%.




FormulaNull

Unitseconds





Issue 02 (2010-06-18)

Counters

ID Counters


Description

Duration of forward DO service dedicated Abis link with bandwidth usage 61%-70%.




Formula

Null

Unit

seconds


Counters

ID Counters


Description



the measurement results to the main control board per second.




17-35

l The main control board records the bandwidth usage of all DO service dedicated Abis linksper second and accumulates the link occupancy duration corresponding to the bandwidthusage.

Formula

Null

Unit

seconds


Counters

ID Counters


Description





Formula

Null

Unit

seconds





Issue 02 (2010-06-18)

Counters

ID Counters


Description





Formula

Null

Unit

seconds

17.1.55 Duration of Forward 1X Service Shared Abis Link withBandwidth Usage 0%-30% [s]

Counters

ID Counters

1166024831 Duration of Forward 1X Service Shared AbisLink with Bandwidth Usage 0%-30% [s]

Description

Duration of forward 1X service shared Abis link with bandwidth usage 0%-30%.

Measurement Points

The main control board records the bandwidth usage of all 1X service shared Abis links persecond and accumulates the link occupancy duration corresponding to the bandwidth usage.




17-37

Formula

Null

Unit

seconds


Counters

ID Counters


Description


Measurement Points


Formula

Null

Unit

seconds


Counters

ID Counters





Issue 02 (2010-06-18)

Description


Measurement Points


Formula

Null

Unit

seconds


Counters

ID Counters


Description


Measurement Points


Formula

Null

Unit

seconds





17-39

Counters

ID Counters


Description


Measurement Points


Formula

Null

Unit

seconds


Counters

ID Counters


Description


Measurement Points


Formula

Null




Issue 02 (2010-06-18)

Unitseconds

17.1.61 Duration of Forward DO Service Shared Abis Link withBandwidth Usage 0%-30% [s]

CountersID Counters

1166024837 Duration of Forward DO Service Shared AbisLink with Bandwidth Usage 0%-30% [s]

DescriptionDuration of forward DO service shared Abis link with bandwidth usage 0%-30%.


the measurement results to the main control board per second.l The main control board records the bandwidth usage of all DO service shared Abis links


FormulaNull

Unitseconds


CountersID Counters






17-41




FormulaNull

Unitseconds


CountersID Counters






FormulaNull

Unitseconds





Issue 02 (2010-06-18)

Counters

ID Counters


Description

Duration of forward DO service shared Abis link with bandwidth usage 71%-80%.



l The main control board records the bandwidth usage of all DO service shared Abis linksper second and accumulates the link occupancy duration corresponding to the bandwidthusage.

Formula

Null

Unit

seconds


Counters

ID Counters


Description







17-43


Formula

Null

Unit

seconds


Counters

ID Counters


Description





Formula

Null

Unit

seconds

17.1.67 Average Bandwidth Usage of Forward 1X Service SharedAbis Link [%]




Issue 02 (2010-06-18)

CountersID Counters

1166024843 Average Bandwidth Usage of Forward 1XService Shared Abis Link [%]

DescriptionAverage bandwidth usage of forward 1X service shared Abis Link.

Measurement PointsThe main control board measures and analyzes the bandwidths of all forward 1X service sharedAbis links per second, and calculates the average forward bandwidth usage in a traffic statisticsperiod.

FormulaNull

Unit%

17.1.68 Average Bandwidth Usage of Reverse 1X Service SharedAbis Link [%]

CountersID Counters

1166024844 Average Bandwidth Usage of Reverse 1XService Shared Abis Link [%]

DescriptionAverage bandwidth usage of reverse 1X service shared Abis Link.

Measurement PointsThe main control board measures and analyzes the bandwidths of all reverse 1X service sharedAbis links per second, and calculates the average reverse bandwidth usage in a traffic statisticsperiod.

FormulaNull




17-45

Unit

%

17.1.69 Average Bandwidth Usage of Forward DO Service SharedAbis Link [%]

Counters

ID Counters

1166024845 Average Bandwidth Usage of Forward DOService Shared Abis Link [%]

Description

Average bandwidth usage of forward DO service shared Abis link.

Measurement Points

The main control board measures and analyzes the bandwidths of all forward DO service sharedAbis links per second, and calculates the average forward bandwidth usage in a traffic statisticsperiod.

Formula

Null

Unit

%

17.1.70 Average Bandwidth Usage of Reverse DO Service SharedAbis Link [%]

Counters

ID Counters

1166024846 Average Bandwidth Usage of Reverse DOService Shared Abis Link [%]

Description

Average bandwidth usage of reverse DO service shared Abis link.




Issue 02 (2010-06-18)

Measurement Points

The main control board measures and analyzes the bandwidths of all reverse DO service sharedAbis links per second, and calculates the average reverse bandwidth usage in a traffic statisticsperiod.

Formula

Null

Unit

%

17.1.71 Duration of Forward 1X and DO Services Shared Abis Linkwith Bandwidth Usage 0%-30% [s]

CountersID Counters

1166028925 Duration of Forward 1X and DO ServicesShared Abis Link with Bandwidth Usage0%-30% [s]

Description

Duration of forward 1X and DO services shared Abis link with bandwidth usage 0%-30%.


the measurement results to the main control board per second.l The main control board records the bandwidth usage of all 1X and DO services shared Abis

links per second and accumulates the link occupancy duration corresponding to thebandwidth usage.

Formula

Null

Unit

seconds





17-47

Counters

ID Counters


Description





Formula

Null

Unit

seconds


Counters

ID Counters


Description







Issue 02 (2010-06-18)

l The main control board records the bandwidth usage of all 1X and DO services shared Abislinks per second and accumulates the link occupancy duration corresponding to thebandwidth usage.

Formula

Null

Unit

seconds


Counters

ID Counters


Description





Formula

Null

Unit

seconds





17-49

Counters

ID Counters


Description





Formula

Null

Unit

seconds


Counters

ID Counters


Description







Issue 02 (2010-06-18)


Formula

Null

Unit

seconds

17.1.77 Maximum Available Total Bandwidth for Forward 1XService Dedicated Abis Link [kbps]

Counters

ID Counters

1166028931 Maximum Available Total Bandwidth forForward 1X Service Dedicated Abis Link[kbps]

Description

Maximum available total bandwidth for the forward 1X service dedicated Abis link.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1X service dedicated Abislinks per second, and determines the maximum total available bandwidth for forward 1x servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

kbps

17.1.78 Minimum Available Total Bandwidth for Forward 1XService Dedicated Abis Link [kbps]




17-51

Counters

ID Counters

1166028932 Minimum Available Total Bandwidth forForward 1X Service Dedicated Abis Link[kbps]

Description

Minimum available total bandwidth for the forward 1X service dedicated Abis link.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1X service dedicated Abislinks per second, and determines the minimum available total bandwidth for forward 1x servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

kbps

17.1.79 Maximum Total Bandwidth Occupied by Forward 1xService Dedicated Abis Link [kbps]

Counters

ID Counters

1166028933 Maximum Total Bandwidth Occupied byForward 1x Service Dedicated Abis Link[kbps]

Description

Maximum total bandwidth occupied by forward 1x service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1X service dedicated Abislinks per second, and determines the maximum total bandwidth occupied by forward 1x servicededicated Abis links in a traffic statistics period.




Issue 02 (2010-06-18)

FormulaNull

Unitkbps

17.1.80 Average Total Bandwidth Occupied by Forward 1x ServiceDedicated Abis Link [kbps]

CountersID Counters

1166028934 Average Total Bandwidth Occupied byForward 1x Service Dedicated Abis Link[kbps]

DescriptionAverage total bandwidth occupied by forward 1x service dedicated Abis links.

Measurement PointsThe main control board measures and analyzes the bandwidth of all 1X service dedicated Abislinks per second, and determines the average total bandwidth occupied by forward 1x servicededicated Abis links in a traffic statistics period.

FormulaNull

Unitkbps

17.1.81 Average Bandwidth Usage of Forward 1X Service DedicatedAbis Link [%]

CountersID Counters

1166028935 Average Bandwidth Usage of Forward 1XService Dedicated Abis Link [%]




17-53

Description

Average bandwidth usage of forward 1X service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1X service dedicated Abislinks per second, and then determines the average bandwidth usage of forward 1X servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

%

17.1.82 Maximum Total Bandwidth Occupied by Reverse 1x ServiceDedicated Abis Link [kbps]

Counters

ID Counters

1166028936 Maximum Total Bandwidth Occupied byReverse 1x Service Dedicated Abis Link[kbps]

Description

Maximum total bandwidth occupied by reverse 1x service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1x service dedicated Abislinks per second, and determines the maximum total bandwidth occupied by reverse 1x servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

kbps




Issue 02 (2010-06-18)

17.1.83 Average Total Bandwidth Occupied by Reverse 1x ServiceDedicated Abis Link [kbps]

Counters

ID Counters

1166028937 Average Total Bandwidth Occupied byReverse 1x Service Dedicated Abis Link[kbps]

Description

Average total bandwidth occupied by reverse 1x service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1x service dedicated Abislinks per second, and determines the average total bandwidth occupied by reverse 1x servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

kbps

17.1.84 Average Bandwidth Usage of Reverse 1X Service DedicatedAbis Link [%]

Counters

ID Counters

1166028938 Average Bandwidth Usage of Reverse 1XService Dedicated Abis Link [%]

Description

Average bandwidth usage of the reverse 1x service dedicated Abis link




17-55

Measurement Points

The main control board measures and analyzes the bandwidth of all 1X service dedicated Abislinks per second, and then determines the average bandwidth usage of reverse 1X servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

%

17.1.85 Maximum Available Bandwidth for Forward DO ServiceDedicated Abis Link [kbps]

Counters

ID Counters

1166028939 Maximum Available Bandwidth for ForwardDO Service Dedicated Abis Link [kbps]

Description

Maximum available bandwidth for forward DO service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all DO service dedicated Abislinks per second, and determines the maximum available bandwidth for forward DO servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

kbps

17.1.86 Minimum Available Bandwidth for Forward DO ServiceDedicated Abis Link [kbps]




Issue 02 (2010-06-18)

Counters

ID Counters

1166028940 Minimum Available Bandwidth for ForwardDO Service Dedicated Abis Link [kbps]

Description

Minimum available bandwidth for forward DO service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all DO service dedicated Abislinks per second, and determines the minimum bandwidth that can be occupied by forward DOservice dedicated Abis links in a traffic statistics period.

Formula

Null

Unit

kbps

17.1.87 Maximum Total Bandwidth Occupied by Forward DOService Dedicated Abis Link [kbps]

Counters

ID Counters

1166028941 Maximum Total Bandwidth Occupied byForward DO Service Dedicated Abis Link[kbps]

Description

Maximum total bandwidth occupied by forward DO service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all DO service dedicated Abislinks per second, and determines the maximum total bandwidth occupied by forward DO servicededicated Abis links in a traffic statistics period.




17-57

FormulaNull

Unitkbps

17.1.88 Average Total Bandwidth Occupied by Forward DO ServiceDedicated Abis Link [kbps]

CountersID Counters

1166028942 Average Total Bandwidth Occupied byForward DO Service Dedicated Abis Link[kbps]

DescriptionAverage total bandwidth occupied by forward DO service dedicated Abis links.

Measurement PointsThe main control board measures and analyzes the bandwidth of all DO service dedicated Abislinks per second, and determines the average total bandwidth occupied by forward DO servicededicated Abis links in a traffic statistics period.

FormulaNull

Unitkbps

17.1.89 Average Bandwidth Usage of Forward DO ServiceDedicated Abis Link [%]

CountersID Counters

1166028943 Average Bandwidth Usage of Forward DOService Dedicated Abis Link [%]




Issue 02 (2010-06-18)

Description

Average bandwidth usage of forward DO service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all DO service dedicated Abislinks per second, and then determines the average bandwidth usage of forward DO servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

%

17.1.90 Maximum Total Bandwidth Occupied by Reverse DOService Dedicated Abis Link [kbps]

Counters

ID Counters

1166028944 Maximum Total Bandwidth Occupied byReverse DO Service Dedicated Abis Link[kbps]

Description

Maximum total bandwidth occupied by reverse DO service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all DO service dedicated Abislinks per second, and determines the maximum total bandwidth occupied by reverse DO servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

kbps




17-59

17.1.91 Average Total Bandwidth Occupied by Reverse DO ServiceDedicated Abis Link [kbps]

Counters

ID Counters

1166028945 Average Total Bandwidth Occupied byReverse DO Service Dedicated Abis Link[kbps]

Description

Average total bandwidth occupied by reverse DO service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all DO service dedicated Abislinks per second, and determines the average total bandwidth occupied by reverse DO servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

kbps

17.1.92 Average Bandwidth Usage of Reverse DO Service DedicatedAbis Link [%]

Counters

ID Counters

1166028946 Average Bandwidth Usage of Reverse DOService Dedicated Abis Link [%]

Description

Average bandwidth usage of reverse DO service dedicated Abis links.




Issue 02 (2010-06-18)

Measurement Points

The main control board measures and analyzes the bandwidth of all DO service dedicated Abislinks per second, and then determines the average bandwidth usage of reverse DO servicededicated Abis links in a traffic statistics period.

Formula

Null

Unit

%

17.1.93 Maximum Available Bandwidth for Forward 1X and DOServices Shared Abis Link [kbps]

Counters

ID Counters

1166028947 Maximum Available Bandwidth for Forward1X and DO Services Shared Abis Link [kbps]

Description

Maximum available bandwidth for forward 1x and DO services shared Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1x and DO services sharedAbis links per second, and determines the maximum available bandwidth for forward 1x andDO services shared Abis links in a traffic statistics period.

Formula

Null

Unit

kbps

17.1.94 Minimum Available Bandwidth for Forward 1X and DOServices Shared Abis Link [kbps]




17-61

Counters

ID Counters

1166028948 Minimum Available Bandwidth for Forward1X and DO Services Shared Abis Link [kbps]

Description

Minimum available bandwidth for forward 1x and DO services shared Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1x and DO services sharedAbis links per second, and determines the minimum available bandwidth for forward 1x and DOservices shared Abis links in a traffic statistics period.

Formula

Null

Unit

kbps

17.1.95 Maximum Total Bandwidth Occupied by Forward 1x andDO Services Shared Abis Link [kbps]

Counters

ID Counters

1166028949 Maximum Total Bandwidth Occupied byForward 1x and DO Services Shared AbisLink [kbps]

Description

Maximum total bandwidth occupied by forward 1x and DO services shared Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1x and DO services sharedAbis links per second, and determines the maximum total bandwidth occupied by forward 1xand DO services shared Abis links in a traffic statistics period.




Issue 02 (2010-06-18)

FormulaNull

Unitkbps

17.1.96 Average Total Bandwidth Occupied by Forward 1x and DOServices Shared Abis Link [kbps]

CountersID Counters

1166028950 Average Total Bandwidth Occupied byForward 1x and DO Services Shared AbisLink [kbps]

DescriptionAverage total bandwidth occupied by forward 1x and DO services shared Abis links.

Measurement PointsThe main control board measures and analyzes the bandwidth of all 1x and DO services sharedAbis links per second, and determines the average total bandwidth occupied by forward 1x andDO services shared Abis links in a traffic statistics period.

FormulaNull

Unitkbps

17.1.97 Average Bandwidth Usage of Forward 1X and DO ServiceDedicated Abis Link [%]

CountersID Counters

1166028951 Average Bandwidth Usage of Forward 1Xand DO Service Dedicated Abis Link [%]




17-63

Description

Average bandwidth usage of forward 1x and DO service dedicated Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1x and DO services sharedAbis links per second, and determines the average bandwidth usage of forward 1x and DOservices shared Abis links in a traffic statistics period.

Formula

Null

Unit

%

17.1.98 Maximum Total Bandwidth Occupied by Reverse 1x andDO Services Shared Abis Link [kbps]

Counters

ID Counters

1166028952 Maximum Total Bandwidth Occupied byReverse 1x and DO Services Shared AbisLink [kbps]

Description

Maximum total bandwidth occupied by reverse 1x and DO services shared Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1x and DO services sharedAbis links per second, and determines the maximum total bandwidth occupied by reverse 1xand DO services shared Abis links in a traffic statistics period.

Formula

Null

Unit

kbps




Issue 02 (2010-06-18)

17.1.99 Average Total Bandwidth Occupied by Reverse 1x and DOServices Shared Abis Link [kbps]

Counters

ID Counters

1166028953 Average Total Bandwidth Occupied byReverse 1x and DO Services Shared AbisLink [kbps]

Description

Average total bandwidth occupied by reverse 1x and DO services shared Abis links.

Measurement Points

The main control board measures and analyzes the bandwidth of all 1x and DO services sharedAbis links per second, and determines the average total bandwidth occupied by reverse 1x andDO services shared Abis links in a traffic statistics period.

Formula

Null

Unit

kbps

17.1.100 Average Bandwidth Usage of Reverse 1X and DO ServiceDedicated Abis Link [%]

Counters

ID Counters

1166028954 Average Bandwidth Usage of Reverse 1Xand DO Service Dedicated Abis Link [%]

Description

Average bandwidth usage of reverse 1x and DO service dedicated Abis links.




17-65

Measurement Points

The main control board measures and analyzes the bandwidth of all 1x and DO services sharedAbis links per second, and determines the average bandwidth usage of reverse 1x and DOservices shared Abis links in a traffic statistics period.

Formula

Null

Unit

%

17.1.101 Maximum Bandwidth Allocated to Forward Abis LinkCarrying DO BCMCS Service [kbps]

Counters

ID Counters

1166028955 Maximum Bandwidth Allocated to ForwardAbis Link Carrying DO BCMCS Service[kbps]

Description

Maximum bandwidth allocated to forward Abis links carrying DO BCMCS service.

Measurement Points

The main control board measures the bandwidth allocated to forward DO BCMCS services persecond, and determines the maximum allocated bandwidth in a statistics period.

Formula

Null

Unit

kbps

17.1.102 Average Bandwidth Allocated to Forward Abis LinkCarrying DO BCMCS Service [kbps]




Issue 02 (2010-06-18)

Counters

ID Counters

1166028956 Average Bandwidth Allocated to ForwardAbis Link Carrying DO BCMCS Service[kbps]

Description

Average bandwidth allocated to the forward Abis link carrying DO BCMCS services.

Measurement Points

The main control board measures the bandwidth allocated to forward DO BCMCS services persecond, and determines the average allocated bandwidth in a statistics period.

Formula

Null

Unit

kbps

17.1.103 Maximum Bandwidth Occupied by Forward Abis LinkCarrying DO BCMCS Service [kbps]

Counters

ID Counters

1166028957 Maximum Bandwidth Occupied by ForwardAbis Link Carrying DO BCMCS Service[kbps]

Description

Maximum bandwidth occupied by forward Abis links carrying DO BCMC services.

Measurement Pointsl The channel board measures the bandwidth usage of all kinds of TCHs in real time and

reports the statistics to the main control board per second.

l The main control board measures the bandwidth occupied by forward DO BCMCS servicesper second, and determines the maximum occupied bandwidth in a statistics period.




17-67

FormulaNull

Unitkbps

17.1.104 Average Bandwidth Occupied by Forward Abis LinkCarrying DO BCMCS Service [kbps]

CountersID Counters

1166028958 Average Bandwidth Occupied by ForwardAbis Link Carrying DO BCMCS Service[kbps]

DescriptionAverage bandwidth occupied by the forward Abis link carrying DO BCMC services.

Measurement Pointsl The channel board measures the bandwidth usage of all kinds of TCHs in real time and

reports the statistics to the main control board per second.l The main control board measures the bandwidth occupied by forward DO BCMCS services

per second, and determines the average occupied bandwidth in a statistics period.

FormulaNull

Unitkbps




Issue 02 (2010-06-18)

18 BTS3900 CDMA Abis Link CongestionPerformance Measurement

About This Chapter

18.1 BTS3900 CDMA Abis Link Congestion Performance Stat


18 BTS3900 CDMA Abis Link Congestion PerformanceMeasurement


18-1

18.1 BTS3900 CDMA Abis Link Congestion PerformanceStat

18.1.1 Abis Link Rvs Do Congestion Num [times]

18.1.2 Abis Link Rvs Do Congestion Continuance [s]

18.1.1 Abis Link Rvs Do Congestion Num [times]

CountersID Counters

1166024815 Abis Link Rvs Do Congestion Num [times]

DescriptionAbis Link Rvs Do Congestion Num

Measurement PointsThe BTS measures Abis Link Rvs Do Congestion timers.

FormulaNull

Unittimes

18.1.2 Abis Link Rvs Do Congestion Continuance [s]

CountersID Counters

1166024816 Abis Link Rvs Do Congestion Continuance[s]

DescriptionAbis Link Rvs Do Congestion Continuance




Issue 02 (2010-06-18)

Measurement PointsThe BTS measures Abis Link Rvs Do Congestion Continuance.

FormulaNull

Unitseconds




18-3

19 BTS3900 CDMA Abis Link QualityPerformance Measurement

About This Chapter

19.1 BTS3900 CDMA Abis Link Quality Performance Stat


19 BTS3900 CDMA Abis Link Quality PerformanceMeasurement


19-1

19.1 BTS3900 CDMA Abis Link Quality Performance Stat

19.1.1 Abis Link Interrupt Times [times]

19.1.2 Abis Link Avail Continuance [s]

19.1.3 Abis Link Interrupt Continuance [s]

19.1.4 Abis Link Max Interrupt Continuance [s]

19.1.5 Abis Do Signal Link Interrupt Times [times]

19.1.6 Abis 1x Signal Link Interrupt Times [times]

19.1.7 Abis OM Link Interrupt Times [times]

19.1.8 Max PER of Single Abis E1/T1 Links [10e-7]

19.1.9 Max Value of Average PERs of Single Abis E1/T1 Links [10e-7]

19.1.10 Average PER of All Abis E1/T1 Links [10e-7]

19.1.1 Abis Link Interrupt Times [times]

Counters

ID Counters

1166024759 Abis Link Interrupt Times [times]

Description

Abis Link Interrupt Times

Measurement Points

The ci board measures the interrupt times of all configured physical links every 30 seconds. TheBTS calculates the values reported by the ci board within the measurement period.

Formula

Null

Unit

times

19.1.2 Abis Link Avail Continuance [s]




Issue 02 (2010-06-18)

CountersID Counters

1166024760 Abis Link Avail Continuance [s]

Description

Abis Link Avail Continuance

Measurement Points

The ci board measures the available continuance of all configured physical links every 30seconds. The BTS calculates the values reported by the ci board within the measurement period.

Formula

Null

Unit

seconds

19.1.3 Abis Link Interrupt Continuance [s]

CountersID Counters

1166024761 Abis Link Interrupt Continuance [s]

Description

Abis Link Interrupt Continuance

Measurement Points

The ci board measures the interrupt continuance of all configured physical links every 30seconds. The BTS calculates the values reported by the ci board within the measurement period.

Formula

Null

Unit

seconds




19-3

19.1.4 Abis Link Max Interrupt Continuance [s]

Counters

ID Counters

1166024762 Abis Link Max Interrupt Continuance [s]

Description

Abis Link Max Interrupt Continuance

Measurement Points

The ci board measures the maximum interrupt continuance of the configured physical link every30 seconds. The BTS calculates the values reported by the ci board within the measurementperiod.

Formula

Null

Unit

seconds

19.1.5 Abis Do Signal Link Interrupt Times [times]

Counters

ID Counters

1166024763 Abis Do Signal Link Interrupt Times [times]

Description

Abis Do Signal Link Interrupt Times

Measurement Points

The BTS measures Do Sig Link Interrupt Times every measurement period.

Formula

Null




Issue 02 (2010-06-18)

Unittimes

19.1.6 Abis 1x Signal Link Interrupt Times [times]

CountersID Counters

1166024764 Abis 1x Signal Link Interrupt Times [times]

DescriptionAbis 1x Signal Link Interrupt Times

Measurement PointsThe BTS measures 1X Sig Link Interrupt Times every measurement period.

FormulaNull

Unittimes

19.1.7 Abis OM Link Interrupt Times [times]

CountersID Counters

1166024765 Abis OM Link Interrupt Times [times]

DescriptionAbis OM Link Interrupt Times

Measurement PointsThe OMU measures Oml Link Interrupt Times every measurement period.

FormulaNull




19-5

Unit

times

19.1.8 Max PER of Single Abis E1/T1 Links [10e-7]

Counters

ID Counters

1166024766 Max PER of Single Abis E1/T1 Links [10e-7]

Description

Abis Link Max PER. If the value is larger than or equal to 10e7, it means that the link alreadybreaks off.

Measurement Points

The BTS measures Abis Link Max PER. If the value is larger than or equal to 10e7, it meansthat the link already breaks off.

Formula

Null

Unit

%

19.1.9 Max Value of Average PERs of Single Abis E1/T1 Links[10e-7]

Counters

ID Counters

1166024767 Max Value of Average PERs of Single AbisE1/T1 Links [10e-7]

Description

Max Value of Single Abis Links Average PER. If the value is larger than or equal to 10e7, itmeans that the link already breaks off.




Issue 02 (2010-06-18)

Measurement PointsThe BTS measures Max Value Of Single Abis Links Average PER. If the value is larger thanor equal to 10e7, it means that the link already breaks off.

FormulaNull

Unit%

19.1.10 Average PER of All Abis E1/T1 Links [10e-7]

CountersID Counters

1166024768 Average PER of All Abis E1/T1 Links[10e-7]

DescriptionAverage PER of All Abis Link. If the value is larger than or equal to 10e7, it means that the linkalready breaks off.

Measurement PointsThe BTS measures The Average PER Of All Abis Link. If the value is larger than or equal to10e7, it means that the link already breaks off.

FormulaNull

Unit%




19-7

20 BTS3900 CDMA Board CPU OccupancyPerformance Measurement

About This Chapter

20.1 BTS3900 CDMA Board CPU Occupancy Performance Stat


20 BTS3900 CDMA Board CPU Occupancy PerformanceMeasurement


20-1

20.1 BTS3900 CDMA Board CPU Occupancy PerformanceStat

20.1.1 Main Processing Module 0 CPU Occupation Ratio [%]


20.1.3 Transmission Module 0 CPU Occupation Ratio [%]








20.1.11 CPM0 CPU Occupation Ratio [%]






20.1.17 TRM0 CPU Occupation Ratio [%]
















Issue 02 (2010-06-18)






20.1.35 Main Processing Module 0 Max CPU Occupation Ratio [%]


20.1.37 Transmission Module 0 Max CPU Occupation Ratio [%]








20.1.45 CPM0 Max CPU Occupation Ratio [%]






20.1.51 TRM0 Max CPU Occupation Ratio [%]















20-3







20.1.69 UBRI0 CPU Occupation Ratio [%]

20.1.70 UBRI0 Max CPU Occupation Ratio [%]


Counters

ID Counters

1166028801 Main Processing Module 0 CPU OccupationRatio [%]

Description

Main Processing Module 0 CPU Occupation Ratio.

Measurement Points

The BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the CPU occupationratio of the Main Processing Module(Main Processing Module 0).

The Main Processing Module measures the CPU occupation ratio every second and reports theresult to the OMU. The OMU calculates the average CPU occupation ratio of the MainProcessing Module within the measurement period.

Formula

Null

Unit

%





Issue 02 (2010-06-18)

CountersID Counters

1166028802 Main Processing Module 1 CPU OccupationRatio [%]

DescriptionMain Processing Module 1 CPU Occupation Ratio.

Measurement PointsThe BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the CPU occupationratio of the Main Processing Module(Main Processing Module 1).

The Main Processing Module measures the CPU occupation ratio every second and reports theresult to the OMU. The OMU calculates the average CPU occupation ratio of the MainProcessing Module within the measurement period.

FormulaNull

Unit%


CountersID Counters

1166028803 Transmission Module 0 CPU OccupationRatio [%]

DescriptionTransmission Module 0 CPU Occupation Ratio.

Measurement PointsThe BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the CPU occupationratio of the Transmission Module (Transmission Module 0).

The Transmission Module measures the CPU occupation ratio every second and reports theresult to the OMU. The OMU calculates the average CPU occupation ratio of the TransmissionModule within the measurement period.




20-5

Formula

Null

Unit

%


Counters

ID Counters


Description

Transmission Module 1 CPU Occupation Ratio.

Measurement Points

The BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the CPU occupationratio of the Transmission Module (Transmission Module 1).


Formula

Null

Unit

%


Counters

ID Counters





Issue 02 (2010-06-18)




FormulaNull

Unit%


CountersID Counters





FormulaNull

Unit%




20-7


CountersID Counters





FormulaNull

Unit%


CountersID Counters







Issue 02 (2010-06-18)


Formula

Null

Unit

%


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

%





20-9

CountersID Counters


Description


Measurement Points



Formula

Null

Unit

%


CountersID Counters

1166028811 CPM0 CPU Occupation Ratio [%]

Description

CPM0 CPU Occupation Ratio.

Measurement Points

The BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the CPU occupationratio of the CPM/ECM (CPM0/ECM0).

The CPM/ECM measures the CPU occupation ratio every second and reports the result to theOMU. The OMU calculates the average CPU occupation ratio of the CPM/ECM within themeasurement period.




Issue 02 (2010-06-18)

FormulaNull

Unit%


CountersID Counters


DescriptionCPM1 CPU Occupation Ratio.

Measurement PointsThe BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the CPU occupationratio of the CPM/ECM (CPM1/ECM1).


FormulaNull

Unit%


CountersID Counters


DescriptionCPM2 CPU Occupation Ratio.




20-11

Measurement Points



Formula

Null

Unit

%


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

%





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

%


Counters

ID Counters


Description


Measurement Points






20-13

FormulaNull

Unit%


CountersID Counters

1166028817 TRM0 CPU Occupation Ratio [%]

DescriptionCPU occupation ratios of TRM0.

Measurement PointsThe BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the CPU occupationratio of the TRM (TRM0).

The TRM measures the CPU occupation ratio every second and reports the result to the OMU.The OMU calculates the average CPU occupation ratio of the TRM within the measurementperiod.

FormulaNull

Unit%


CountersID Counters






Issue 02 (2010-06-18)

Measurement Points

The BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the CPU occupationratio of the TRM (TRM1).


Formula

Null

Unit

%


Counters

ID Counters


Description

CPU occupation ratios of TRM2.

Measurement Points



Formula

Null

Unit

%





20-15

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

%


Counters

ID Counters


Description


Measurement Points






Issue 02 (2010-06-18)

FormulaNull

Unit%


CountersID Counters





FormulaNull

Unit%


CountersID Counters






20-17

Measurement Points



Formula

Null

Unit

%


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

%





Issue 02 (2010-06-18)

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

%


Counters

ID Counters


Description


Measurement Points






20-19

FormulaNull

Unit%


CountersID Counters





FormulaNull

Unit%


CountersID Counters






Issue 02 (2010-06-18)

Measurement Points



Formula

Null

Unit

%


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

%





20-21

Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

%


Counters

ID Counters


Description


Measurement Points






Issue 02 (2010-06-18)

FormulaNull

Unit%


CountersID Counters





FormulaNull

Unit%


CountersID Counters






20-23

Measurement Points



Formula

Null

Unit

%


Counters

ID Counters


Description


Measurement Points



Formula

Null

Unit

%





Issue 02 (2010-06-18)

CountersID Counters

1166028889 Main Processing Module 0 Max CPUOccupation Ratio [%]

DescriptionMain Processing Module 0 Max CPU Occupation Ratio.


The Main Processing Module measures the CPU occupation ratio every second and reports theresult to the OMU. The OMU record the max CPU occupation ratio of the Main ProcessingModule within the measurement period.

FormulaNull

Unit%


CountersID Counters

1166028890 Main Processing Module 1 Max CPUOccupation Ratio [%]

DescriptionMain Processing Module 1 Max CPU Occupation Ratio.






20-25

Formula

Null

Unit

%


Counters

ID Counters

1166028891 Transmission Module 0 Max CPUOccupation Ratio [%]

Description

Transmission Module 0 Max CPU Occupation Ratio.

Measurement Points



Formula

Null

Unit

%


Counters

ID Counters





Issue 02 (2010-06-18)

DescriptionTransmission Module 1 Max CPU Occupation Ratio.


The Transmission Module measures the CPU occupation ratio every second and reports theresult to the OMU. The OMU record the max CPU occupation ratio of the Transmission Modulewithin the measurement period.

FormulaNull

Unit%


CountersID Counters





FormulaNull

Unit%




20-27


CountersID Counters





FormulaNull

Unit%


CountersID Counters







Issue 02 (2010-06-18)


Formula

Null

Unit

%


Counters

ID Counters


Description

Transmission Module 5 Max CPU Occupation Ratio.

Measurement Points



Formula

Null

Unit

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Unit%


CountersID Counters

1166028899 CPM0 Max CPU Occupation Ratio [%]

DescriptionCPM0 Max CPU Occupation Ratio.


The CPM/ECM measures the CPU occupation ratio every second and reports the result to theOMU. The OMU record the max CPU occupation ratio of the CPM/ECM within themeasurement period.

FormulaNull

Unit%


CountersID Counters






20-31

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Null

Unit

%


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ID Counters


Description

CPM2 Max CPU Occupation Ratio.

Measurement Points



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%





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1166028905 TRM0 Max CPU Occupation Ratio [%]

DescriptionMax CPU occupation ratios of TRM0.




Issue 02 (2010-06-18)

Measurement Points


The TRM measures the CPU occupation ratio every second and reports the result to the OMU.The OMU record the max CPU occupation ratio of the TRM within the measurement period.

Formula

Null

Unit

%


Counters

ID Counters


Description

Max CPU occupation ratios of TRM1.

Measurement Points



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Unit

%

20.1.69 UBRI0 CPU Occupation Ratio [%]

Counters

ID Counters

1166028923 UBRI0 CPU Occupation Ratio [%]

Description

CPU occupation ratios of UBRI0.

Measurement Points

The BTS3606AC_BBU, BTS3606CE, BTS3606AE_BBU measures the CPU occupation ratioof the UBRI.

The UBRI measures the CPU occupation ratio every second and reports the result to the OMU.The OMU calculates the average CPU occupation ratio of the Transmission Module within themeasurement period.

Formula

Null

Unit

%

20.1.70 UBRI0 Max CPU Occupation Ratio [%]

Counters

ID Counters

1166028924 UBRI0 Max CPU Occupation Ratio [%]

Description

Max CPU occupation ratios of UBRI0.




20-45

Measurement PointsThe BTS3606AC_BBU, BTS3606CE, BTS3606AE_BBU measures the CPU occupation ratioof the UBRI.

The UBRI measures the CPU occupation ratio every second and reports the result to the OMU.The OMU record the max CPU occupation ratio of the Transmission Module within themeasurement period.

FormulaNull

Unit%




Issue 02 (2010-06-18)

21 BTS3900 CDMA TRM TransmitterPower Performance Measurement

About This Chapter

21.1 BTS3900 CDMA TRM Transmitter Power Performance Stat


21 BTS3900 CDMA TRM Transmitter Power PerformanceMeasurement


21-1

21.1 BTS3900 CDMA TRM Transmitter Power PerformanceStat

21.1.1 TRM0 Average Transmit Power [0.1 dBm]


















21.1.19 TRM0 Max Transmit Power [0.1 dBm]














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21.1.37 TRM0 Min Transmit Power [0.1 dBm]



















CountersID Counters

1166028835 TRM0 Average Transmit Power [0.1 dBm]




21-3

Description

TRM0 Average Transmit Power.

Measurement Points

The BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the averagetransmission power of the TRM (TRM0).

For the 1X service, the TRM measures the transmission power every 100 milliseconds andreports the result to the OMU. The OMU calculates the average transmission power of the TRMwithin the measurement period.

For the DO service, the TRM measures the transmission power every 50 milliseconds and reportsthe result to the OMU. The OMU calculates the average transmission power of the TRM withinthe measurement period.

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Unit

dBm


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Description


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UnitdBm


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DescriptionTRM2 Average Transmit Power.

Measurement PointsThe BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the averagetransmission power of the TRM (TRM1).



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21-5

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21-7

Description


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21-9

Description


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Measurement PointsThe BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the maximumtransmission power of the TRM (TRM17).

For the 1X service, the TRM measures the transmission power every 100 milliseconds andreports the result to the OMU. The OMU measures the result reported by the TRM anddetermines the maximum transmission power of the TRM within the measurement period.

For the DO service, the TRM measures the transmission power every 50 milliseconds and reportsthe result to the OMU. The OMU measures the result reported by the TRM and determines themaximum transmission power of the TRM within the measurement period.

FormulaNull

UnitdBm


CountersID Counters

1166028853 TRM0 Max Transmit Power [0.1 dBm]




21-15

Description

TRM0 Max Transmit Power.

Measurement Points

The BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the maximumtransmission power of the TRM (TRM0).



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DescriptionTRM2 Max Transmit Power.




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21-17

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21-19

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1166028871 TRM0 Min Transmit Power [0.1 dBm]




21-27

Description

TRM0 Min Transmit Power.

Measurement Points

The BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the minimumtransmission power of the TRM (TRM0).

For the 1X service, the TRM measures the transmission power every 100 milliseconds andreports the result to the OMU. The OMU measures the result reported by the TRM anddetermines the minimum transmission power of the TRM within the measurement period.

For the DO service, the TRM measures the transmission power every 50 milliseconds and reportsthe result to the OMU. The OMU measures the result reported by the TRM and determines theminimum transmission power of the TRM within the measurement period.

Formula

Null

Unit

dBm


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Description


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Issue 02 (2010-06-18)

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UnitdBm


CountersID Counters


DescriptionTRM2 Min Transmit Power.

Measurement PointsThe BTS3900, BTS3900A, BTS3900C, BTS3900D, or DBS3900 measures the minimumtransmission power of the TRM (TRM2).



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21-29

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21-39

Technology

3900 series base station performance counter reference(v4r6c08) 3