XORTEL TBR-4 18538 - Xorcomupdates.xorcom.com/certs/XORTEL_TBR-4_18538.pdf · Report ID: XORTEL_TBR-4_18538.doc ... The XR2000 features Trixbox® / Elastix® / Druid Asterisk

Hermon Laboratories Ltd. P.O.Box 23, Binyamina 30550, Israel Tel. +972-4-6288001 Fax. +972-4-6288277 E-mail: [email protected]

Page 1 of 102 Report ID: XORTEL_TBR-4_18538.doc Date of Issue: 7/14/2008

839.01

TEST REPORT

ACCORDING TO: TBR 4. Integrated Services Digital Network (ISDN); Attachment requirements for terminal equipment to connect to an ISDN using ISDN primary rate access

Approved: November 1995 TBR 4 A1. Amendment A1 modifies the Technical Basis for Regulation TBR 4 (1995)

Approved: December 1997

FOR: Xorcom Ltd. EQUIPMENT UNDER TEST:

Xorcom ISDN PRI module installed in XR2000 Asterisk® Server and in Astribank™

This report is in conformity with ISO/ IEC 17025. The "A2LA Accredited" symbol endorsement applies only to the tests and calibrations that are listed in the scope of Hermon Laboratories accreditation. The test results relate only to the items tested.

This test report shall not be reproduced in any form except in full with the written approval of Hermon Laboratories Ltd.

Report ID: XORTEL_TBR-4_18538.doc Date of Issue: 7/14/2008

Project: 18538-TBR4, Xorcom Ltd., XR2000 Asterisk Server Page 2 of 102

Table of contents

1� Client information ........................................................................................................................................................... 3�

2� Equipment Under Test ................................................................................................................................................... 3�

3� Manufacturer information ............................................................................................................................................... 3�

4� Test project performance ............................................................................................................................................... 3�

5� Test report summary ...................................................................................................................................................... 4�

6� EUT description ............................................................................................................................................................. 5�

7� Test laboratory description ............................................................................................................................................. 5�

8� Test equipment used ..................................................................................................................................................... 5�

9� Equipment Photographs ................................................................................................................................................ 6�

10� Requirement conditions table ....................................................................................................................................... 11�

11� Test results summary ................................................................................................................................................... 12�

12� Detailed test results ..................................................................................................................................................... 13�



1 Client information

Client name: Xorcom Ltd.

Address: Teradion Industrial Park, Misgav, 20179, Israel

Telephone: +972-4-9951999

Fax: +972-4-9990287

E-mail: [email protected]

Contact name: Izzy Gal

2 Equipment Under Test

Product name: Xorcom ISDN PRI Module installed in XR2000 Asterisk® Server and in Astribank™ Product type: ISDN PRI interface module for Asterisk® IP PBX

Model(s): XR2000, XR00xx

Serial number: N/A

Receipt date 29 April 2008

3 Manufacturer information

Manufacturer name: Xorcom Ltd.

Address: Teradion Industrial Park, Misgav, 20179, Israel

Telephone: +972-4-9951999

Fax: +972-4-9990287

E-Mail: [email protected]

Contact name: Izzy Gal

4 Test project performance

Project ID: 18538-TBR4

Location: Hermon Laboratories Ltd. P.O.Box 23, Binyamina 30550, Israel

Test started: 4/29/2008 10:15:00 AM

Test completed: 13 July 2008

Test specification(s): TBR 4. Integrated Services Digital Network (ISDN);

Attachment requirements for terminal equipment to connect to an ISDN using ISDN primary rate access

Approved: November 1995

TBR 4 A1. Amendment A1 modifies the Technical Basis for Regulation TBR 4 (1995)

Approved: December 1997

Test suite: TBR 4 (ISDN PRI) (3/3/2008 12:24:22 PM, modified)



5 Test report summary

Testing was completed against all relevant requirements of the test standard. The results obtained indicate that the product under test complies in full with the requirements tested.

The test results relate only to the items tested.

A summary of the test status of the product under test with respect to each test requirement of the standard is provided in section 11 on page 12 of this report.

Detailed test results are presented in section 12 following page 13 of this report.

Name and Title Date Signature

Tested by: E.Roizman, test engineer 16-July-2008

Reviewed by: E.Korsunsky, test engineer 16-July-2008

Approved by: A.Usoskin, QA manager 16-July-2008



6 EUT description

Xorcom ISDN PRI module supports 1, 2 or 4 PRI ports. The module fits Xorcom IP-PBX line of products and Astribank™ line of products. The XR2000 IP-PBX family is an Intel-Celeron® Asterisk® based server on Astribank™ technology. The XR2000 features Trixbox® / Elastix® / Druid Asterisk® distributions with various combinations of telephony ports. The XR2000 and the Astribank™ may be equipped with up to 32 analog ports, up to 8 BRI (ISDN) ports and up to 4 PRI E1/T1 ports. The XR2000 Asterisk® Server is based on Intel ® Celeron motherboard powered by internal power supply Model: MPW-6230F (ZIPPY Ltd.). The Astribank™ has the same telephony modules without the Intel motherboard and is powered by an external desk-top power supply Model AD7212G (BESTJOB CO. Ltd.) It is manufacturer responsibility to implement the changes in the production version of the EUT. In any case the test report applies to the tested item only.

7 Test laboratory description

Tests were performed at Hermon Laboratories Ltd., which is a fully independent, private, EMC, safety, environmental and telecommunication testing facility. Hermon Laboratories is listed by the Federal Communications Commission (USA) for all parts of Code of Federal Regulations 47 (CFR 47) and by Industry Canada for electromagnetic emissions (file numbers IC 2186-1 for OATS and IC 2186-2 for anechoic chamber), certified by VCCI, Japan (the registration numbers are R-808 for OATS, R-1082 for anechoic chamber, C-845 for conducted emissions site), assessed by TNO Certification EP&S (Netherlands) for a number of EMC, telecommunications, environmental, safety standards, and by AMTAC (UK) for safety of medical devices. The laboratory is accredited by American Association for Laboratory Accreditation (USA) according to ISO/IEC 17025 for electromagnetic compatibility, product safety, telecommunications testing and environmental simulation (for exact scope please refer to Certificate No. 839.01) and approved by Israel Ministry of environmental protection, radiation hazards department (Permit number 1158).

Address: P.O. Box 23, Binyamina 30500, Israel.

Telephone: +972 4628 8001

Fax: +972 4628 8277

e-mail: [email protected]

website: www.hermonlabs.com

Person for contact: Mr. Alex Usoskin, QA manager.

8 Test equipment used

Description Model S/N Hardware Rev. Software Rev. Last Calibration

Telecom Conformance Analyzer

Hermon Laboratories TCA 8200

8733 A4.05 2.4.0 06/19/2008



9 Equipment Photographs

Photograph 1

XR2000 Asterisk® Server, general view

Photograph 2

Astribank™, general view



Photograph 3

XR2000 Asterisk Server, internal view

Photograph 4

Astribank™, internal view



Photograph 5

Xorcom ISDN PRI module, top view



Photograph 6

Xorcom ISDN PRI module, bottom view



Photograph 7

XR2000 Asterisk® Server, Internal power supply MPW-6230F

Photograph 8

Astribank™, External AC/DC adapter AD7212G



10 Requirement conditions table

Condition Applies

Is the TE mains powered? Yes

Is the TE intended for timing derived from the same primary rate access? Yes

Is the TE intended for timing derived from a different primary rate access? No

Is the TE intended for timing derived from a non-ISDN 2 048 kbit/s access? No

Is the TE intended for timing derived from internal source? Yes

Is the TE intended for timing derived from dedicated external reference? No

Is the TE intended to respond to three consecutive BIT 2=0 received as to an error? Yes



11 Test results summary

Test Status

8 Overvoltage protection requirements

8.1 Impulse transfer from mains, common mode Pass

8.2 Impulse transfer from mains, transverse mode Pass

8.3 Conversion of common mode to transverse mode Pass

9.1 Physical characteristics

9.1.1 Hardwired connection Pass

9.1.2 Alternative means of connection Not required

9.2 Specification at the output port

9.2.1 Waveform shape (B.2.1) Pass

9.2.2 Impedance towards ground (B.2.2) Pass

9.2.3 Clock accuracy (B.2.3) Pass

9.2.4 (a) Output jitter (clock from data of the same primary rate access) (B.2.4) Pass

9.2.4 (b) Output jitter (clock from data of the another primary rate access) (B.2.4) Not required

9.2.4 (c) Output jitter (clock from data of the another 2048 kbit/s interface) (B.2.4) Not required

9.2.4 (d) Output jitter (internal clock) (B.2.4) Pass

9.2.4 (e) Output jitter (external clock) (B.2.4) Not required

9.2.5 Line coding (B.2.5) Pass

9.3 Specification at the input port

9.3.1. Return loss (B.3.1) Pass

9.3.2 Immunity to attenuation and reflections (B.3.2) Pass

9.3.3 Jitter tolerance (B.3.3) Pass

9.3.4 Tolerable longitudinal voltage (B.3.4) Pass

9.3.5 Impedance towards ground (B.3.5) Pass

9.4 Frame structure

9.4.4 (Assignment of bits in ts 0), 9.4.8 (Use of bit 1 in 2048 kbit/s CRC-4 multiframe) ( B.4.1) Pass

9.5 Operational functions

9.5.4.2 Maintenance functions (per B.5.1) Pass

9.5.5.1 Loss of frame alignment, 9.5.5.2 Strategy for frame alignment recovery (per B.5.2)-1 Pass

9.5.5.1 Loss of frame alignment, 9.5.5.2 Strategy for frame alignment recovery (per B.5.2)-2 Not required

9.5.5.3 CRC multiframe alignment using information in bit 1 of the basic frame, 9.4.8 (per B.5.3) Pass

9.5.5.4 CRC bit monitoring, 9.5.5.5 Monitoring for false frame alignment (per B.4.2) Pass

10 Layer 2 requirements

TBR4 Layer 2 Pass

11 Layer 3 requirements

TBR4 Layer 3 Pass



12 Detailed test results

Report ID: XORTEL_TBR-4_18538.doc

Date of Issue: 7/14/2008

Test specification: 8.1 Impulse transfer from mains, common mode

Test purpose: TE shall transfer less than 1kV common mode voltage and less than 250V transverse voltage to the TE interface when a common mode surge of either polarity and of 2.5 kV (10/700 us) is applied to the mains supply port.

Test mode: Compliance Verdict: PASS

Date & Time: 7/13/2008 3:31:14 PM

Temperature: 24.9 °C Air Pressure: 1012 hPa Relative Humidity: 40 % Mains Power Supply: 230 VAC, 50 Hz

Remarks: Internal Power Supply Model: MPW-6230F (ZIPPY)


Test results:

Test voltage Measurements points

Measured voltage, V

Criteria, V Pass/Fail

2.5 kV, positive E to G 23.6 1000 PASS

2.5 kV, negative E to G -29.6 1000 PASS

2.5 kV, positive F to G 10.8 1000 PASS

2.5 kV, negative F to G -25.1 1000 PASS

2.5 kV, positive E to F 2 250 PASS

2.5 kV, negative E to F -3 250 PASS

Comments: See plots attached. Block diagram:

Matchingnetwork

L

N

PE

reference plane

L

N

PE

mains

A

B

C

DEUT

E

F

G

H

A

B

D2 D1 C1

Testgenerator

FE

G

SCOPE

CH 2

CH 1

Couplingnetwork

Terminatingnetwork

CH 4

Test equipment used

HL

No.

Serial

No.

Description Manufacturer Model No. Due

Calibr.

0670 Ic33402387 Oscilloscope, Digital storage 500 MHz LeCroy Corporation LC 334A June 2009

1219 1219 Coupling-Decoupling Networks Hermon Labs CDN 300046 Jan 2009

1220 1220 Terminating Network Hermon Labs TN D.1 Jan 2009

646 014 Generator, Surge 0 - 4 kV Hermon Labs GS-4 March 2009






Date & Time: 7/13/2008 3:31:14 PM




Voltage between E and F, positive pulse

Voltage between E and F, negative pulse






Date & Time: 7/13/2008 3:31:14 PM




Voltage between E&F and G, positive pulse

Voltage between E&F and G, negative pulse






Date & Time: 7/13/2008 4:45:44 PM


Remarks: AC/DC adapter Model AD7212G (BESTJOB CO LTD)


Test results:

Test voltage Measurements points

Measured voltage, V

Criteria, V Pass/Fail








Matchingnetwork

L

N

PE

reference plane

L

N

PE

mains

A

B

C

DEUT

E

F

G

H

A

B

D2 D1 C1

Testgenerator

FE

G

SCOPE

CH 2

CH 1

Couplingnetwork

Terminatingnetwork

CH 4

Test equipment used

HL

No.

Serial

No.


Calibr.










Date & Time: 7/13/2008 4:45:44 PM











Date & Time: 7/13/2008 4:45:44 PM








Test specification: 8.2 Impulse transfer from mains, transverse mode

Test purpose: TE shall transfer less than 1kV common mode voltage and less than 250V transverse voltage to the TE interface when a transverse mode surge of either polarity and of 2.5 kV (10/700 us) is applied to the mains supply port.


Date & Time: 7/13/2008 3:41:55 PM




Test results: Test voltage Measurements

points Measured voltage,

V Criteria,

V Pass/Fail




2.5 kV, negative F to G -22 1000 PASS




L

N

PE

reference plane

L

N

PE

mains

A

B

C

DEUT

E

F

G

H

A

B

D2 D1 C1

Testgenerator

FE

G

SCOPECH 1

CH 2

Couplingnetwork

Terminatingnetwork

L

N

PE

Matchingnetwork

CH 4

Test equipment used

HL

No.

Serial

No.


Calibr.










Date & Time: 7/13/2008 3:41:55 PM











Date & Time: 7/13/2008 3:41:55 PM











Date & Time: 7/13/2008 4:52:44 PM




Test results: Test voltage Measurements

points Measured voltage,

V Criteria,

V Pass/Fail








L

N

PE

reference plane

L

N

PE

mains

A

B

C

DEUT

E

F

G

H

A

B

D2 D1 C1

Testgenerator

FE

G

SCOPECH 1

CH 2

Couplingnetwork

Terminatingnetwork

L

N

PE

Matchingnetwork

CH 4

Test equipment used

HL

No.

Serial

No.


Calibr.










Date & Time: 7/13/2008 4:52:44 PM











Date & Time: 7/13/2008 4:52:44 PM








Test specification: 8.3 Conversion of common mode to transverse mode

Test purpose: The transverse mode voltage shall not be more than 250 V peak when 2 common mode surges of 1kV (1.2/50 us) (one of each polarity) are applied to the TE interface.


Date & Time: 7/14/2008 9:07:36 AM




Test results:

Test voltage Measurements points Measured voltage, V Criteria, V Pass/Fail

1 kV, positive C1 to D1&D2 70 250 PASS

1 kV, negative C1 to D1&D2 70 250 PASS


Matchingnetwork

L1

N1

PE

reference plane

L2

N2

PE2

mains

E

F

G

H

A

B

EUT

Testgenerator

D2D1C1

Couplingnetwork

SCOPE

CH 1

CH 2

Test equipment used

HL

No.

Serial

No.


Calibr.

0670 Ic33402387 Oscilloscope, Digital storage 500 MHz LeCroy LC 334A June 2009



1968 1968 Surge Generator 1.2/50 us, 2 kV Hermon Labs GS - 300046 Apr 2009






Date & Time: 7/14/2008 9:07:36 AM




Voltage between C and D1&D2, positive pulse

Voltage between C and D1&D2, negative pulse






Date & Time: 7/14/2008 9:08:21 AM




Test results:

Test voltage Measurements points Measured voltage, V Criteria, V Pass/Fail

1 kV, positive C1 to D1&D2 70 250 PASS

1 kV, negative C1 to D1&D2 50 250 PASS


Matchingnetwork

L1

N1

PE

reference plane

L2

N2

PE2

mains

E

F

G

H

A

B

EUT

Testgenerator

D2D1C1

Couplingnetwork

SCOPE

CH 1

CH 2

Test equipment used

HL

No.

Serial

No.


Calibr.

0670 Ic33402387 Oscilloscope, Digital storage 500 MHz LeCroy LC 334A June 2009



1968 1968 Surge Generator 1.2/50 us, 2 kV Hermon Labs GS - 300046 Apr 2009






Date & Time: 7/14/2008 9:08:21 AM




Voltage between C and D1&D2, positive pulse

Voltage between C and D1&D2, negative pulse



Test specification: 9.1.1 Hardwired connection

Test purpose: The terminal equipment shall provide a set of connection contacts to which solid wire conductors with diameters in the range 0,4 mm to 0,6 mm may be connected; or a wiring arrangement connected by any means to the terminal equipment, with unterminated solid wire conductors with diameters in the range 0,4 mm to 0,6 mm at the end distant from the terminal equipment.


Date & Time: 7/14/2008 9:04:30 AM

Temperature: Air Pressure: Relative Humidity: Mains Power Supply:

Remarks:


Test results:

For connection to ISDN lines are used 2 connectors RJ45. These connectors are according to requirements for Connection of Terminal Equipment to the ISDN.



Test specification: 9.2.1 Waveform shape (B.2.1)

Test purpose: The pulse shape at the output port shall conform with the limit mask of Figure 9.2. The peak voltage of a space shall be 0 +/- 0.3 volts. The ratio of the amplitudes of positive and negative pulses at the centre of the pulse interval shall be 0.95 to 1.05. The ratio of the widths of positive and negative pulses at the nominal half amplitude shall be 0.95 to 1.05.

Test mode: Evaluation Verdict: PASS

Date & Time: 5/20/2008 11:01:41 AM


Remarks:


Measurement uncertainty

Expanded uncertainty, k=2 (95% confidence):

Pulse amplitude ±2.2%

Timing ±0.35%

General parameters

Parameter Value

Digital Termination 120 ohm

Overall meas. time 60 s

Frame format Unframed

BER Pattern 1:1

External Attenuation 1

Averaging 15

Positive pulse shape

Vol

tage

(V)

-100 n 0 100 n 200 n 300 n 400 n 500 n 600 n-1

-500 m

0

500 m

1

1.5

2

2.5

3

3.5

4

Time (s)

–––– Limit

–––– Result






Date & Time: 5/20/2008 11:01:41 AM


Remarks:


Negative pulse shape

Vol

tage

(V)

-100 n 0 100 n 200 n 300 n 400 n 500 n 600 n-4

-3.5

-3

-2.5

-2

-1.5

-1

-500 m

0

500 m

1

Time (s)

–––– Limit

–––– Result






Date & Time: 5/20/2008 11:01:41 AM


Remarks:


Space shape

Vol

tage

(V)

0 50 n 100 n 150 n 200 n 250 n 300 n 350 n 400 n 450 n 500 n-400 m

-300 m

-200 m

-100 m

0

100 m

200 m

300 m

400 m

Time (s)

–––– Limit

–––– Result

Positive pulse shape fail ratio, Negative pulse shape fail ratio

Positive pulse shape fail ratio Negative pulse shape fail ratio Limit Verdict

Pass

0.00% 0.00% 1 % Pass

Worst-case pulse amplitude ratio, Worst-case pulse width ratio

Amplitude ratio Width ratio Limit min Limit max Verdict

Pass

1.014 1.005 1 1 Pass

Max pos pulse voltage, Min pos pulse voltage, Max neg pulse voltage, Min neg pulse voltage, Worst-case space peak voltage

Max pos pulse voltage

Min pos pulse voltage

Max neg pulse voltage

Min neg pulse voltage

Space peak voltage

Verdict

-

3.16 V 3.1 V -3.13 V -3.09 V 59 mV -



Test specification: 9.2.2 Impedance towards ground (B.2.2)

Test purpose: To check IUT transmitter output impedance towards ground


Date & Time: 4/29/2008 10:49:00 AM


Remarks:




Impedance Towards Ground with Stimulus level 1.5-2.5 VRms, Frequency Range 10 Hz - 1 MHz ±3.6%

General parameters

Parameter Value

Stimulus Level 2.00 Vrms

Test ranges

Frequency

Start Stop Step

10.00 Hz 1.00 MHz 1.33 x F

Impedance

Impe

danc

e (O

hm)

10.00 100.00 1.00 k 10.00 k 100.00 k 1.00 M0.00

20.00 k

40.00 k

60.00 k

80.00 k

100.00 k

120.00 k

Frequency (Hz)

–––– Limit

–––– Result






Date & Time: 4/29/2008 10:49:00 AM


Remarks:


Impedance

Frequency Impedance Limit Verdict

Pass

10.00 Hz 102.97 kOhm 1 kOhm Pass

















1.32 kHz 112.45 kOhm 1 kOhm Pass






















Date & Time: 4/29/2008 10:49:00 AM


Remarks:







554.04 kHz 2.95 kOhm 925.96 Ohm Pass

738.54 kHz 2.23 kOhm 718.62 Ohm Pass

984.48 kHz 1.68 kOhm 511.29 Ohm Pass

1.00 MHz 1.66 kOhm 500 Ohm Pass



Test specification: 9.2.3 Clock accuracy (B.2.3)

Test purpose: To verify that in the absence of any external reference signal timing, the output signal shall have a bit rate within the limits of 2048 kbit/s ± 50 ppm.


Date & Time: 4/29/2008 10:18:00 AM


Remarks:




Measured bit rate ± 1 ppm

General parameters

Parameter Value


Minimum bit rate, Maximum bit rate

Minimum bit rate Maximum bit rate Limit min Limit max Verdict

Pass

2047992 bit/s 2047993 bit/s 2047898 bit/s 2048102 bit/s Pass

Minimum bit rate offset, Maximum bit rate offset

Minimum bit rate offset

Maximum bit rate offset

Limit min Limit max Verdict

Pass

-3.9 ppm -3.4 ppm -50 ppm 50 ppm Pass



Test specification: 9.2.4 (a) Output jitter (clock from data of the same primary rate access) (B.2.4)

Test purpose: To measure the peak-to-peak output jitter in the presence of input jitter when IUT is synchronized from simulator using input of the same primary rate access, with the maximum tolerable jitter at frequencies in the range 1 Hz to 100 kHz as specified in figure 9.3 and table 9.5.


Date & Time: 4/29/2008 11:26:18 AM


Remarks:




Jitter measurement

1.6 UI range 2.5% ± 0.25UI

6.4 UI range 5.44 % ± 0.25 UI

12.8 UI range 6.35 % ± 0.25UI

Jitter attenuation measurement

Rx jitter > 0.5 UI 0.1 dB

Rx jitter 0.1 - 0.5 UI 0.5dB

Rx jitter 0.01 - 0.1 UI 1dB

Rx jitter 0.001 - 0.01 UI 2.5dB

General parameters

Parameter Value

Frame format CCS & CRC

Line coding HDB3

Tx / Rx Jitter source Tx: Data / Rx: Data

BER Pattern PRBS 2^15-1

Low pass filter 100 kHz

Test ranges

Frequency

Start Stop Step Tx Jitter

1.00 Hz 1.00 Hz 1 x F 1.880 UIpp

2.00 Hz 2.00 Hz 1 x F 1.630 UIpp

3.00 Hz 3.00 Hz 1 x F 1.500 UIpp

6.00 Hz 6.00 Hz 1 x F 1.290 UIpp

12.00 Hz 12.00 Hz 1 x F 1.110 UIpp

20.00 Hz 20.00 Hz 1 x F 1.000 UIpp

31.00 Hz 31.00 Hz 1 x F 1.000 UIpp

63.00 Hz 63.00 Hz 1 x F 1.000 UIpp

125.00 Hz 125.00 Hz 1 x F 1.000 UIpp

250.00 Hz 250.00 Hz 1 x F 1.000 UIpp

500.00 Hz 500.00 Hz 1 x F 1.000 UIpp






Date & Time: 4/29/2008 11:26:18 AM


Remarks:


1.00 kHz 1.00 kHz 1 x F 1.000 UIpp

2.00 kHz 2.00 kHz 1 x F 1.000 UIpp

3.60 kHz 3.60 kHz 1 x F 1.000 UIpp

4.00 kHz 4.00 kHz 1 x F 0.910 UIpp

8.00 kHz 8.00 kHz 1 x F 0.455 UIpp

16.00 kHz 16.00 kHz 1 x F 0.225 UIpp

18.00 kHz 18.00 kHz 1 x F 0.200 UIpp

32.00 kHz 32.00 kHz 1 x F 0.200 UIpp

64.00 kHz 64.00 kHz 1 x F 0.200 UIpp

100.00 kHz 100.00 kHz 1 x F 0.200 UIpp

Tx Jitter, Frame errors, CRC errors, E-bit alarms, A-bit alarms, Rx Jitter vs frequency (pp)

Jitter frequency, Hz

Tx Jitter Frame errors

CRC errors

E-bit alarms

A-bit alarms

Rx Jitter Limit Verdict

Condition 1: Tx Frequency offset: -1 ppm, High pass filter: 20 Hz Pass

1.00 Hz 1.880 UIpp

0 0 0 0 0.012 UI pp

1.1 UI pp Pass

2.00 Hz 1.630 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

3.00 Hz 1.500 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

6.00 Hz 1.290 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

12.00 Hz 1.110 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

20.00 Hz 1.000 UIpp

0 0 0 0 0.012 UI pp

1.1 UI pp Pass

31.00 Hz 1.000 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

63.00 Hz 1.000 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

125.00 Hz 1.000 UIpp

0 0 0 0 0.012 UI pp

1.1 UI pp Pass

250.00 Hz 1.000 UIpp

0 0 0 0 0.016 UI pp

1.1 UI pp Pass

500.00 Hz 1.000 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

1.00 kHz 1.000 0 0 0 0 0.011 UI 1.1 UI pp Pass






Date & Time: 4/29/2008 11:26:18 AM


Remarks:




CRC errors

E-bit alarms

A-bit alarms


UIpp pp

2.00 kHz 1.000 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

3.60 kHz 1.000 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

4.00 kHz 0.910 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

8.00 kHz 0.455 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

16.00 kHz 0.225 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

18.00 kHz 0.200 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

32.00 kHz 0.200 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

64.00 kHz 0.200 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

100.00 kHz 0.200 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

Condition 2: Tx Frequency offset: -1 ppm, High pass filter: 400 Hz Pass

1.00 Hz 1.880 UIpp

0 0 0 0 0.012 UI pp

110 mUI pp

Pass

2.00 Hz 1.630 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

3.00 Hz 1.500 UIpp

0 0 0 0 0.011 UI pp

110 mUI pp

Pass

6.00 Hz 1.290 UIpp

0 0 0 0 0.012 UI pp

110 mUI pp

Pass

12.00 Hz 1.110 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

20.00 Hz 1.000 UIpp

0 0 0 0 0.011 UI pp

110 mUI pp

Pass

31.00 Hz 1.000 UIpp

0 0 0 0 0.013 UI pp

110 mUI pp

Pass

63.00 Hz 1.000 UIpp

0 0 0 0 0.011 UI pp

110 mUI pp

Pass

125.00 Hz 1.000 UIpp

0 0 0 0 0.011 UI pp

110 mUI pp

Pass

250.00 Hz 1.000 0 0 0 0 0.011 UI 110 mUI Pass






Date & Time: 4/29/2008 11:26:18 AM


Remarks:




CRC errors

E-bit alarms

A-bit alarms


UIpp pp pp

500.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

1.00 kHz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

2.00 kHz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

3.60 kHz 1.000 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

4.00 kHz 0.910 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

8.00 kHz 0.455 UIpp

0 0 0 0 0.011 UI pp

110 mUI pp

Pass

16.00 kHz 0.225 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

18.00 kHz 0.200 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

32.00 kHz 0.200 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

64.00 kHz 0.200 UIpp

0 0 0 0 0.011 UI pp

110 mUI pp

Pass

100.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

Condition 3: Tx Frequency offset: 0 ppm, High pass filter: 20 Hz Pass

1.00 Hz 1.880 UIpp

0 0 0 0 0.009 UI pp

1.1 UI pp Pass

2.00 Hz 1.630 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

3.00 Hz 1.500 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

6.00 Hz 1.290 UIpp

0 0 0 0 0.012 UI pp

1.1 UI pp Pass

12.00 Hz 1.110 UIpp

0 0 0 0 0.012 UI pp

1.1 UI pp Pass

20.00 Hz 1.000 UIpp

0 0 0 0 0.012 UI pp

1.1 UI pp Pass

31.00 Hz 1.000 UIpp

0 0 0 0 0.013 UI pp

1.1 UI pp Pass

63.00 Hz 1.000 0 0 0 0 0.013 UI 1.1 UI pp Pass






Date & Time: 4/29/2008 11:26:18 AM


Remarks:




CRC errors

E-bit alarms

A-bit alarms


UIpp pp

125.00 Hz 1.000 UIpp

0 0 0 0 0.012 UI pp

1.1 UI pp Pass

250.00 Hz 1.000 UIpp

0 0 0 0 0.012 UI pp

1.1 UI pp Pass

500.00 Hz 1.000 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

1.00 kHz 1.000 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

2.00 kHz 1.000 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

3.60 kHz 1.000 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

4.00 kHz 0.910 UIpp

0 0 0 0 0.009 UI pp

1.1 UI pp Pass

8.00 kHz 0.455 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

16.00 kHz 0.225 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

18.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

1.1 UI pp Pass

32.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

1.1 UI pp Pass

64.00 kHz 0.200 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

100.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

1.1 UI pp Pass


1.00 Hz 1.880 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

2.00 Hz 1.630 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

3.00 Hz 1.500 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

6.00 Hz 1.290 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

12.00 Hz 1.110 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

20.00 Hz 1.000 0 0 0 0 0.012 UI 110 mUI Pass






Date & Time: 4/29/2008 11:26:18 AM


Remarks:




CRC errors

E-bit alarms

A-bit alarms


UIpp pp pp

31.00 Hz 1.000 UIpp

0 0 0 0 0.011 UI pp

110 mUI pp

Pass

63.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

125.00 Hz 1.000 UIpp

0 0 0 0 0.012 UI pp

110 mUI pp

Pass

250.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

500.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

1.00 kHz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

2.00 kHz 1.000 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

3.60 kHz 1.000 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

4.00 kHz 0.910 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

8.00 kHz 0.455 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

16.00 kHz 0.225 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

18.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

32.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

64.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

100.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass


1.00 Hz 1.880 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

2.00 Hz 1.630 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

3.00 Hz 1.500 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

6.00 Hz 1.290 0 0 0 0 0.010 UI 1.1 UI pp Pass






Date & Time: 4/29/2008 11:26:18 AM


Remarks:




CRC errors

E-bit alarms

A-bit alarms


UIpp pp

12.00 Hz 1.110 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

20.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

31.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

63.00 Hz 1.000 UIpp

0 0 0 0 0.011 UI pp

1.1 UI pp Pass

125.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

250.00 Hz 1.000 UIpp

0 0 0 0 0.016 UI pp

1.1 UI pp Pass

500.00 Hz 1.000 UIpp

0 0 0 0 0.016 UI pp

1.1 UI pp Pass

1.00 kHz 1.000 UIpp

0 0 0 0 0.016 UI pp

1.1 UI pp Pass

2.00 kHz 1.000 UIpp

0 0 0 0 0.016 UI pp

1.1 UI pp Pass

3.60 kHz 1.000 UIpp

0 0 0 0 0.016 UI pp

1.1 UI pp Pass

4.00 kHz 0.910 UIpp

0 0 0 0 0.009 UI pp

1.1 UI pp Pass

8.00 kHz 0.455 UIpp

0 0 0 0 0.009 UI pp

1.1 UI pp Pass

16.00 kHz 0.225 UIpp

0 0 0 0 0.016 UI pp

1.1 UI pp Pass

18.00 kHz 0.200 UIpp

0 0 0 0 0.010 UI pp

1.1 UI pp Pass

32.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

1.1 UI pp Pass

64.00 kHz 0.200 UIpp

0 0 0 0 0.015 UI pp

1.1 UI pp Pass

100.00 kHz 0.200 UIpp

0 0 0 0 0.016 UI pp

1.1 UI pp Pass


1.00 Hz 1.880 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

2.00 Hz 1.630 0 0 0 0 0.010 UI 110 mUI Pass






Date & Time: 4/29/2008 11:26:18 AM


Remarks:




CRC errors

E-bit alarms

A-bit alarms


UIpp pp pp

3.00 Hz 1.500 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

6.00 Hz 1.290 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

12.00 Hz 1.110 UIpp

0 0 0 0 0.011 UI pp

110 mUI pp

Pass

20.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

31.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

63.00 Hz 1.000 UIpp

0 0 0 0 0.011 UI pp

110 mUI pp

Pass

125.00 Hz 1.000 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

250.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

500.00 Hz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

1.00 kHz 1.000 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

2.00 kHz 1.000 UIpp

0 0 0 0 0.010 UI pp

110 mUI pp

Pass

3.60 kHz 1.000 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

4.00 kHz 0.910 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

8.00 kHz 0.455 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

16.00 kHz 0.225 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

18.00 kHz 0.200 UIpp

0 0 0 0 0.008 UI pp

110 mUI pp

Pass

32.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

64.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass

100.00 kHz 0.200 UIpp

0 0 0 0 0.009 UI pp

110 mUI pp

Pass



Test specification: 9.2.4 (d) Output jitter (internal clock) (B.2.4)

Test purpose: To measure the peak-to-peak output jitter when IUT is synchronized using internal reference clock (free running mode).


Date & Time: 4/29/2008 11:39:20 AM


Remarks:




Jitter measurement

1.6 UI range 2.5% ± 0.25UI

6.4 UI range 5.44 % ± 0.25 UI

12.8 UI range 6.35 % ± 0.25UI





Rx jitter 0.001 - 0.01 UI 2.5dB

General parameters

Parameter Value


Tx / Rx Jitter source Rx: Data (EUT set to Internal Clk)


Low pass filter 100 kHz

Test ranges

Frequency


20.00 Hz 20.00 Hz 1 x F 0.000 UIpp

Rx Jitter (pp)


Condition 1: High pass filter: 20 Hz Pass

0.012 UI pp 1.1 UI pp Pass

Condition 2: High pass filter: 400 Hz Pass

0.013 UI pp 110 mUI pp Pass



Test specification: 9.2.5 Line coding (B.2.5)

Test purpose: To check the coding and binary organization of the Normal Operational Frame.


Date & Time: 4/29/2008 11:27:25 AM


Remarks:


General parameters

Parameter Value




Line status history, Line coding, Frame errors, CRC errors, RAI, E-bit alarms

Line status history

Line coding errors

Frame errors CRC errors A bit alarms E bit alarms Verdict

Pass

Line Sync 0 0 0 0 0 Pass



Test specification: 9.3.1. Return loss (B.3.1)

Test purpose: The return loss at the input port of the EUT with respect to the nominal input impedance of 120 ohm shall be greater than the limit values of table 9.4


Date & Time: 4/29/2008 2:58:00 PM


Remarks: reg36=0




At stimulus level -10 to +6.5 dBV

Return loss in the range 0 to 35 dB, 100 Ohm interface ±0.35dB



General parameters

Parameter Value


Stimulus level 6.50 dBV

Return loss

Ret

urn

loss

(dB

)

100.00 k 1.00 M10.00

15.00

20.00

25.00

30.00

35.00

40.00

Frequency (Hz)

–––– Limit

–––– Result



Test specification: 9.3.1. Return loss (B.3.1)

Test purpose: The return loss at the input port of the EUT with respect to the nominal input impedance of 120 ohm shall be greater than the limit values of table 9.4


Date & Time: 4/29/2008 2:58:00 PM


Remarks: reg36=0


Return loss

Frequency Return loss Limit Verdict

Pass

51.00 kHz 21.42 dB 12 dB Pass

67.98 kHz 24.04 dB 12 dB Pass

90.62 kHz 26.06 dB 12 dB Pass

120.80 kHz 27.81 dB 18 dB Pass

161.02 kHz 29.33 dB 18 dB Pass

214.65 kHz 30.51 dB 18 dB Pass

286.12 kHz 31.49 dB 18 dB Pass

381.40 kHz 32.40 dB 18 dB Pass

508.41 kHz 32.80 dB 18 dB Pass

677.71 kHz 33.44 dB 18 dB Pass

903.38 kHz 34.78 dB 18 dB Pass

1.20 MHz 35.01 dB 18 dB Pass

1.61 MHz 36.48 dB 18 dB Pass

2.14 MHz 36.41 dB 14 dB Pass

2.85 MHz 36.48 dB 14 dB Pass

3.07 MHz 36.38 dB 14 dB Pass



Test specification: 9.3.2 Immunity to attenuation and reflections (B.3.2)

Test purpose: The IUT shall operate without errors, when its input port is subject to a -18 dB interfering signal with pattern PRBS 2^15-1 and not synchronized with wanted signal, combined with the nominal input signal with a cable attenuation of 0 to 6 dB.


Date & Time: 4/29/2008 11:46:07 AM


Remarks:




Cable simulator accuracy: ±0.2 dB

Amplitude accuracy: ±1%

General parameters

Parameter Value

Line coding HDB3




Line status history, Frame errors, CRC errors, Line coding, RAI, E-bit alarms

Line status history

Frame errors

CRC errors Line coding errors

RAI E-bit alarms Limit Verdict

Condition 1: Interfering clock offset: 0 ppm, Simulator amplitude: Max Level, Cable simulator: Off (0 dB) Pass

Line Sync 0 0 0 0 0 0 Pass

Condition 2: Interfering clock offset: -32 ppm, Simulator amplitude: Max Level, Cable simulator: Off (0 dB)

Pass


Condition 3: Interfering clock offset: 32 ppm, Simulator amplitude: Max Level, Cable simulator: Off (0 dB) Pass


Condition 4: Interfering clock offset: 0 ppm, Simulator amplitude: Min Level, Cable simulator: On (6 dB) Pass


Condition 5: Interfering clock offset: -32 ppm, Simulator amplitude: Min Level, Cable simulator: On (6 dB)

Pass


Condition 6: Interfering clock offset: 32 ppm, Simulator amplitude: Min Level, Cable simulator: On (6 dB) Pass




Test specification: 9.3.3 Jitter tolerance (B.3.3)

Test purpose: To check the ability of IUT to tolerate on the 2048 kbit/s incoming signal a sinusoidal jitter/wander in accordance with subclause 9.3.3.


Date & Time: 4/29/2008 11:49:54 AM


Remarks:




Jitter measurement

1.6 UI range 2.5% ± 0.25UI

6.4 UI range 5.44 % ± 0.25 UI

12.8 UI range 6.35 % ± 0.25UI





Rx jitter 0.001 - 0.01 UI 2.5dB

General parameters

Parameter Value


Line coding HDB3

Tx / Rx Jitter source Tx: Data / Rx: Data


Dwell time 10 s

Test ranges

Frequency


20.00 Hz 20.00 Hz 1 x F 1.000 UIpp

31.00 Hz 31.00 Hz 1 x F 1.000 UIpp

63.00 Hz 63.00 Hz 1 x F 1.000 UIpp

125.00 Hz 125.00 Hz 1 x F 1.000 UIpp

250.00 Hz 250.00 Hz 1 x F 1.000 UIpp

500.00 Hz 500.00 Hz 1 x F 1.000 UIpp

1.00 kHz 1.00 kHz 1 x F 1.000 UIpp

2.00 kHz 2.00 kHz 1 x F 1.000 UIpp

3.60 kHz 3.60 kHz 1 x F 1.000 UIpp

4.00 kHz 4.00 kHz 1 x F 0.910 UIpp

8.00 kHz 8.00 kHz 1 x F 0.455 UIpp

16.00 kHz 16.00 kHz 1 x F 0.225 UIpp



Test specification: 9.3.3 Jitter tolerance (B.3.3)

Test purpose: To check the ability of IUT to tolerate on the 2048 kbit/s incoming signal a sinusoidal jitter/wander in accordance with subclause 9.3.3.


Date & Time: 4/29/2008 11:49:54 AM


Remarks:


18.00 kHz 18.00 kHz 1 x F 0.200 UIpp

32.00 kHz 32.00 kHz 1 x F 0.200 UIpp

64.00 kHz 64.00 kHz 1 x F 0.200 UIpp

100.00 kHz 100.00 kHz 1 x F 0.200 UIpp

Tx Jitter, Line status history, Frame errors, CRC errors, A-bit alarms, E-bit alarms

Jitter frequency,

Hz

Tx Jitter Line status history

Frame errors

CRC errors

A-bit alarms

E-bit alarms

Limit Verdict

Pass

20.00 Hz 1.000 UIpp Line Sync 0 0 0 0 0 Pass






1.00 kHz 1.000 UIpp Line Sync 0 0 0 0 0 Pass












Test specification: 9.3.4 Tolerable longitudinal voltage (B.3.4)

Test purpose: The receiver shall operate without errors with any valid input signal in the presence of a

longitudinal voltage of 2 Vrms over the frequency range 10 Hz to 150 kHz.


Date & Time: 4/29/2008 11:52:43 AM


Remarks:




Amplitude accuracy (in the 1.5 to 2.5 Vrms range ) ± 3%

General parameters

Parameter Value

Line coding HDB3




Test ranges

Frequency

Start Stop Step

10.00 Hz 10.00 Hz 0.00 Hz

15.00 Hz 15.00 Hz 0.00 Hz

31.00 Hz 31.00 Hz 0.00 Hz

63.00 Hz 63.00 Hz 0.00 Hz

125.00 Hz 125.00 Hz 0.00 Hz

250.00 Hz 250.00 Hz 0.00 Hz

500.00 Hz 500.00 Hz 0.00 Hz

1.00 kHz 1.00 kHz 0.00 Hz

2.00 kHz 2.00 kHz 0.00 Hz

4.00 kHz 4.00 kHz 0.00 Hz

8.00 kHz 8.00 kHz 0.00 Hz

16.00 kHz 16.00 kHz 0.00 Hz

32.00 kHz 32.00 kHz 0.00 Hz

64.00 kHz 64.00 kHz 0.00 Hz

128.00 kHz 128.00 kHz 0.00 Hz

150.00 kHz 150.00 kHz 0.00 Hz



Test specification: 9.3.4 Tolerable longitudinal voltage (B.3.4)

Test purpose: The receiver shall operate without errors with any valid input signal in the presence of a

longitudinal voltage of 2 Vrms over the frequency range 10 Hz to 150 kHz.


Date & Time: 4/29/2008 11:52:43 AM


Remarks:


Line status history, Frame errors, E-bit alarms, RAI, CRC errors

Frequency Line status history

Frame errors

E-bit alarms A-bit alarms CRC errors Limit Verdict

Pass

10.00 Hz Line Sync 0 0 0 0 0 Pass







1.00 kHz Line Sync 0 0 0 0 0 Pass












Test purpose: The impedance towards ground of the receiver input shall be greater than the limit


Date & Time: 4/29/2008 10:45:40 AM


Remarks:




Impedance Towards Ground with Stimulus level 1.5-2.5 VRms, Frequency Range 10 Hz - 1 MHz ±3.6%

General parameters

Parameter Value


Test ranges

Frequency

Start Stop Step

10.00 Hz 1.00 MHz 1.33 x F

Impedance

Impe

danc

e (O

hm)

10.00 100.00 1.00 k 10.00 k 100.00 k 1.00 M0.00

20.00 k

40.00 k

60.00 k

80.00 k

100.00 k

120.00 k

Frequency (Hz)

–––– Limit

–––– Result






Date & Time: 4/29/2008 10:45:40 AM


Remarks:


Impedance


Pass








































Date & Time: 4/29/2008 10:45:40 AM


Remarks:







554.04 kHz 3.18 kOhm 925.96 Ohm Pass

738.54 kHz 2.41 kOhm 718.62 Ohm Pass

984.48 kHz 1.83 kOhm 511.29 Ohm Pass

1.00 MHz 1.80 kOhm 500 Ohm Pass



Test specification: 9.4.4 (Assignment of bits in ts 0), 9.4.8 (Use of bit 1 in 2048 kbit/s CRC-4 multiframe) ( B.4.1)

Test purpose: To check the correct generation of frame aligment word, multiframe aligment word, CRC bits C1 to C4.


Date & Time: 4/29/2008 12:59:00 PM


Remarks: reg20=9F, reg22=F8


General parameters

Parameter Value


Tx Clock source Internal Clk

Line coding HDB3


Tx Stimulus

# Tx Stimulus Verdict

Pass

1 NOF - No detection of incorrect frame alignment word, multiframe alignment word, Sa bits and no received submultiframes in error within 1 second measured in any state (1024 MF)

Pass

Rx Events

# Rx Events Verdict

Pass

1 Expected:

No Frame errors, starting 0.0 - 30.0 ms from stimulus, lasting 2048.0 to 10000.0 ms, occurring 1024 to 100000 times continuously;

No CRC errors, starting 0.0 - 30.0 ms from stimulus, lasting 2048.0 to 10000.0 ms, occurring 2048 to 100000 times continuously;

Sa bits = 11111, starting 0.0 - 30.0 ms from stimulus, lasting 2048.0 to 10000.0 ms, occurring 8192 to 100000 times continuously

Received:

No Frame errors, starting 0.0 ms from stimulus, occurring 5001 times

No CRC errors, starting 0.0 ms from stimulus, occurring 10001 times

Sa bits = 11111, starting 0.0 ms from stimulus, occurring 40001 times

Pass



Test specification: 9.4.4 (Assignment of bits in ts 0), 9.4.8 (Use of bit 1 in 2048 kbit/s CRC-4 multiframe) ( B.4.1)

Test purpose: To check the correct generation of frame aligment word, multiframe aligment word, CRC bits C1 to C4.


Date & Time: 4/29/2008 12:59:00 PM




Response variation

Time Verdict

Pass

0 ms Pass

Detailed events time, Detailed events

# Time (h:m:s) Events (Transitions) Verdict

-

1 00:00:00.00000000 Rx: Normal Operational Frames

-

2 00:00:00.53787500 Tx: Stimulus # 1 - NOF (1024 MF)

-



Test specification: 9.5.4.2 Maintenance functions (per B.5.1)

Test purpose: The tests defined in this subclause intend to check the different stable states at the IUT side and the possible transitions between them. These tests are performed by simulating the opposite side, monitoring the IUT at the interface and verifying appropriate state transition.


Date & Time: 4/29/2008 1:01:42 PM




General parameters

Parameter Value


Line coding HDB3


Tx Stimulus, Rx Events

# Tx Stimulus Rx Events Verdict

Pass

1 F 1 - F 1 (640 MF) Expected:

Received:

-

2 RAI, tmp. Ebit=0 - F 1 -> Reception of RAI (640 MF)

Expected:

NOF, starting 0.0 - 1.0 ms from stimulus, lasting 1280.0 to 10000.0 ms, occurring 640 to 100000 times continuously

Received:

NOF, starting 0.0 ms from stimulus, occurring 1145 times

Pass

3 F 1 - F 1 (640 MF) Expected:

Received:

-

4 LOS - F 1 -> Loss of signal or frame alignment (640 MF)

Expected:

A-bit = 1, starting 0.0 - 1000.0 ms from stimulus, lasting 1152.0 to 1408.0 ms, occurring 4608 to 5632 times continuously

Received:

A-bit = 1, starting 231.0002 ms from stimulus, occurring 5124 times

Pass

5 F 1 - F 1 (1280 MF) Expected: -






Date & Time: 4/29/2008 1:01:42 PM





Received:

6 AIS - F 1 -> Reception of AIS (640 MF)

Expected:


Received:


Pass

7 F 1 - F 1 (1280 MF) Expected:

Received:

-

8 RAI, cont. Ebit=0 - F 1 -> Reception of RAI and

continuous CRC error report (640 MF)

Expected:


Received:


Pass

9 RAI, Ebit=0 - F 2 (1280 MF) Expected:

Received:

-

10 NOF - F 2 -> Normal Operational frames from network side (640 MF)

Expected:


Received:

Pass






Date & Time: 4/29/2008 1:01:42 PM







Received:

-


Expected:

A-bit = 1, starting 0.0 - 1000.0 ms from stimulus, lasting maximum 1280.0 ms, occurring 640 to 5120 times

Received:


Pass


Received:

-


Expected:


Received:


Pass


Received:

-

16 RAI, Ebit=0 cont. - F 2 -> Reception of RAI and

Expected:

NOF, starting 0.0 - 1.0 ms from stimulus, lasting 1000.0 to 10000.0 ms,

Pass






Date & Time: 4/29/2008 1:01:42 PM




# Tx Stimulus Rx Events Verdict continuous CRC error report

(640 MF) occurring 500 to 100000 times continuously

Received:


17 LOS - F 3 (1280 MF) Expected:

Received:

-


Expected:


Received:


Pass


Received:

-

20 RAI , tmp,. Ebit=0 - F 3 -> Reception of RAI (640 MF)

Expected:


Received:


Pass


Received:

-






Date & Time: 4/29/2008 1:01:42 PM






Expected:


Received:


Pass


Received:

-



Expected:


Received:


Pass

25 AIS - F 4 (1280 MF) Expected:

Received:

-


Expected:


Received:


Pass


-






Date & Time: 4/29/2008 1:01:42 PM





Received:


Expected:


Received:


Pass


Received:

-


Expected:


Received:


Pass


Received:

-



Expected:


Received:


Pass






Date & Time: 4/29/2008 1:01:42 PM





33 RAI, cont. Ebit=0 - F 5 (1280 MF)

Expected:

Received:

-


Expected:


Received:


Pass

35 RAI, cont. Ebit=0 - F 5 (1280 MF)

Expected:

Received:

-


Expected:


Received:


Pass

37 RAI, cont. Ebit=0 - F 5 (1280 MF)

Expected:

Received:

-


Expected:


Pass






Date & Time: 4/29/2008 1:01:42 PM





Received:


39 RAI, cont. Ebit=0 - F 5 (1280 MF)

Expected:

Received:

-

40 AIS - F 5 -> Loss of signal or frame alignment (640 MF)

Expected:


Received:


Pass

41 NOF (1280 MF) Expected:

Received:

-

Detailed events, Detailed events MF, Detailed events frame, Detailed events time

# Events (Transitions) MF Frame Time (h:m:s) Verdict

-

1 Rx: Normal Operational Frames 0 0 00:00:00.00000000 -

2 Tx: Stimulus # 1 - F 1 (640 MF) 268 4289 00:00:00.53612500 -

3 Tx: Stimulus # 2 - RAI, tmp. Ebit=0 (640 MF) 908 14529 00:00:01.81612500 -

4 Tx: Stimulus # 3 - F 1 (640 MF) 1548 24769 00:00:03.09612513 -

5 Tx: Stimulus # 4 - LOS (640 MF) 1938 31009 00:00:03.87612490 -

6 Rx: A-bit = 1, E-bit = 1, No CRC errors, No Frame errors, No Sa bits errors, No AIS

2054 32857 00:00:04.10712480 -

7 Rx: A-bit = 1, E-bit = 1, No CRC errors, Frame errors, No Sa 2693 43088 00:00:05.38600020 -






Date & Time: 4/29/2008 1:01:42 PM




# Events (Transitions) MF Frame Time (h:m:s) Verdict bits errors, No AIS

8 Rx: A-bit = 0, E-bit = 1, No CRC errors, Frame errors, No Sa bits errors, No AIS

2694 43105 00:00:05.38812490 -


10 Tx: Stimulus # 5 - F 1 (1280 MF) 2828 45249 00:00:05.65612510 -

11 Tx: Stimulus # 6 - AIS (640 MF) 4108 65729 00:00:08.21612450 -


4746 75943 00:00:09.49287410 -

13 Tx: Stimulus # 7 - F 1 (1280 MF) 4748 75969 00:00:09.49612430 -


15 Tx: Stimulus # 8 - RAI, cont. Ebit=0 (640 MF) 6028 96449 00:00:12.05612469 -

16 Tx: Stimulus # 9 - RAI, Ebit=0 (1280 MF) 6668 106689 00:00:13.33612440 -

17 Tx: Stimulus # 10 - NOF (640 MF) 7948 127169 00:00:15.89612480 -




9736 155779 00:00:19.47237400 -



9864 157827 00:00:19.72837450 -



10385 166157 00:00:20.76962470 -





12047 192751 00:00:24.09387398 -



31 Tx: Stimulus # 16 - RAI, Ebit=0 cont. (640 MF) 13708 219329 00:00:27.41612430 -



14216 227451 00:00:28.43137360 -









Date & Time: 4/29/2008 1:01:42 PM






16133 258131 00:00:32.26637650 -


39 Tx: Stimulus # 20 - RAI , tmp,. Ebit=0 (640 MF) 17548 280769 00:00:35.09612274 -



18176 290823 00:00:36.35287480 -




19470 311513 00:00:38.93912510 -






22287 356585 00:00:44.57312390 -





24207 387305 00:00:48.41312410 -





26127 418025 00:00:52.25312420 -
















Date & Time: 4/29/2008 1:01:42 PM






34691 555061 00:01:09.38262940 -





37388 598207 00:01:14.77587890 -





Test specification: 9.5.5.1 Loss of frame alignment, 9.5.5.2 Strategy for frame alignment recovery (per B.5.2)-1

Test purpose: To test that IUT correctly executes the frame aligment procedure.

This test is required only when the IUT is designed to loose frame alignment when bit 2 in timeslot 0 in frames not containing the frame alignment signal has been received by the IUTwith the value 0 on three consecutive occasions.


Date & Time: 4/29/2008 2:30:48 PM




General parameters

Parameter Value



Line coding HDB3




Pass

1 BIT 2 = 1, FAS (640 MF) Expected:


Received:


Pass

2 BIT 2 = 1, /FAS,( BIT 2 = 1, FAS) x7 (1 MF)

Expected:


Received:


Pass


Received:

-

4 (BIT 2 = 1, /FAS)x2, (BIT 2 = 1, FAS)x6 (1 MF)

Expected:


Pass







Date & Time: 4/29/2008 2:30:48 PM





Received:


5 BIT 2=1, FAS (640 MF) Expected:

Received:

-

6 (BIT 2 = 1, /FAS)x3, (BIT 2 = 1, FAS)x5 (1 MF)

Expected:

A-bit = 1, starting 0.0 - 30.0 ms from stimulus, occuring 1 to 3 times

Received:


Pass


NOF, starting 0.0 - 1.0 ms from prev. event, lasting 1280.0 to 10000.0 ms, occuring 640 to 100000 times continuously

Received:

NOF, starting 0.0 ms from prev. event, occurring 640 times

Pass

8 (BIT2=1, /FAS)X3, (BIT2=1, FAS, BIT2=1, /FAS)x2, BIT2=1, FAS (1 MF)

Expected:


Received:


Pass

9 (BIT 2 = 1, /FAS, BIT 2 = 1, FAS) x 4 (16 MF)

Expected:

-







Date & Time: 4/29/2008 2:30:48 PM





Received:

10 (BIT 2 = 0, FAS)x8 (16 MF) Expected:

Received:

-


NOF, starting 0.0 - 30.0 ms from stimulus, lasting 1280.0 to 10000.0 ms, occuring 640 to 100000 times continuously

Received:


Pass

12 BIT 2 = 1,0,1,1,0,1,1,0 (1 MF) Expected:


Received:


Pass

13 BIT 2 = 1,1,0,0,1,0,0,1 (1 MF) Expected:

Received:

-

14 BIT 2 = 0,0,1,0,0,1,0,0 (1 MF) Expected:

Received:

-







Date & Time: 4/29/2008 2:30:48 PM





15 BIT 2 = 1,0,0,1,0,0,1,0 (1 MF) Expected:

Received:

-

16 BIT 2 = 0,1,0,0,1,0,0,1 (1 MF) Expected:

Received:

-

17 BIT 2 = 0,0,1,0,0,1,0,0 (1 MF) Expected:

Received:

-

18 BIT 2 = 1,0,0,1,0,0,1,0 (1 MF) Expected:

Received:

-

19 BIT 2 = 0,1,0,0,1,0,0,1 (1 MF) Expected:

Received:

-

20 BIT 2 = 0,0,1,0,0,1,0,0 (1 MF) Expected: -







Date & Time: 4/29/2008 2:30:48 PM





Received:

21 BIT 2 = 1,0,0,1,0,0,1,0 (1 MF) Expected:

Received:

-

22 BIT 2 = 0,1,0,0,1,0,0,1 (1 MF) Expected:

Received:

-

23 BIT 2 = 0,0,1,0,0,1,0,0 (1 MF) Expected:

Received:

-

24 BIT 2 = 1,0,0,1,0,0,1,0 (1 MF) Expected:

Received:

-

25 BIT 2 = 0,1,0,0,1,0,0,1 (1 MF) Expected:

Received:

-







Date & Time: 4/29/2008 2:30:48 PM





26 BIT 2 = 0,0,1,0,0,1,0,0 (1 MF) Expected:

Received:

-

27 BIT 2 = 1,0,0,1,0,0,1,0 (1 MF) Expected:

Received:

-

28 BIT 2 = 0,1,0,0,1,0,0,1 (1 MF) Expected:

Received:

-

29 Bit 2=0,0,0 FAS - Result=RAI (1 MF) Expected:

A-bit = 1, starting 0.0 - 30.0 ms from stimulus, occuring 1 to 8 times

Received:


Pass



Received:


Pass







Date & Time: 4/29/2008 2:30:48 PM





31 BIT 2 = 1, FRAME Bx8 (4 MF) Expected:

NOF, starting 0.0 - 30.0 ms from stimulus, occuring 4 to 5 times continuously

Received:


Pass

32 6 x FRAME C (1 MF) Expected:

NOF, starting 0.0 - 1.0 ms from stimulus, lasting maximum 31.0 ms, occuring 14 times;

A-bit = 1, starting 0.0 - 30.0 ms from stimulus, lasting maximum 2.0 ms, occuring 1 to 8 times

Received:



Pass

33 Frame B (640 MF) Expected:

A-bit = 1, starting 4.0 - 8.0 ms from stimulus, lasting maximum 4.0 ms, occurring 1 to 16 times;

NOF, starting 0.0 - 1.0 ms from prev. event, lasting 1200.0 to 10000.0 ms, occurring 600 to 100000 times continuously

Received:

A-bit = 1, starting 7.124901 ms from stimulus, occurring 1 time


Pass

Response variation

Time Verdict

Pass

0.374794 ms Pass







Date & Time: 4/29/2008 2:30:48 PM






-

1 00:00:00.00000000 Rx: Normal Operational Frames -

2 00:00:00.53600000 Tx: Stimulus # 1 - BIT 2 = 1, FAS (640 MF) -

3 00:00:01.81600000 Tx: Stimulus # 2 - BIT 2 = 1, /FAS,( BIT 2 = 1, FAS) x7 (1 MF) -


5 00:00:03.09800005 Tx: Stimulus # 4 - (BIT 2 = 1, /FAS)x2, (BIT 2 = 1, FAS)x6 (1 MF) -

6 00:00:03.09999990 Tx: Stimulus # 5 - BIT 2=1, FAS (640 MF) -

7 00:00:04.38000010 Tx: Stimulus # 6 - (BIT 2 = 1, /FAS)x3, (BIT 2 = 1, FAS)x5 (1 MF) -

8 00:00:04.38062520 Rx: A-bit = 1, E-bit = 1, No CRC errors, No Frame errors, No Sa bits errors, No AIS -



11 00:00:05.66200020 Tx: Stimulus # 8 - (BIT2=1, /FAS)X3, (BIT2=1, FAS, BIT2=1, /FAS)x2, BIT2=1, FAS (1 MF)

-


13 00:00:05.66400000 Tx: Stimulus # 9 - (BIT 2 = 1, /FAS, BIT 2 = 1, FAS) x 4 (16 MF) -

14 00:00:05.69600010 Tx: Stimulus # 10 - (BIT 2 = 0, FAS)x8 (16 MF) -





19 00:00:07.00799990 Tx: Stimulus # 12 - BIT 2 = 1,0,1,1,0,1,1,0 (1 MF) -


















Date & Time: 4/29/2008 2:30:48 PM










36 00:00:07.04200029 Tx: Stimulus # 29 - Bit 2=0,0,0 FAS (1 MF) -




40 00:00:08.32399940 Tx: Stimulus # 31 - BIT 2 = 1, FRAME Bx8 (4 MF) -

41 00:00:08.33199980 Tx: Stimulus # 32 - 6 x FRAME C (1 MF) -



44 00:00:08.33399960 Tx: Stimulus # 33 - Frame B (640 MF) -





Test specification: 9.5.5.3 CRC multiframe alignment using information in bit 1 of the basic frame, 9.4.8 (per B.5.3)

Test purpose: To test the IUT corrcectly executes the CRC multiframe aligment.


Date & Time: 5/20/2008 2:38:07 PM


Remarks:


General parameters

Parameter Value



Line coding HDB3




Pass

1 FRAME B (640 MF) Expected:


Received:


Pass

2 (/FAS, BIT 2 = 1) x 3 (1 MF) Expected:

A-bit = 1, starting 0.0 - 30.0 ms from stimulus, lasting maximum2.0 ms, occuring 1 to 8 times

Received:


Pass

3 MF A (1 MF) Expected:

NOF, starting 0.0 - 1.0 ms from prev. event, lasting maximum 3.0 ms, occurring 1 time

Received:

NOF, starting 0.0 ms from prev. event, occurring 1 time

Pass

4 MF B (4 MF) Expected:

A-bit = 1, starting 0.0 - 30.0 ms from prev. event, lasting maximum8.0 ms, occuring 8 to 32 times

Received:

Pass






Date & Time: 5/20/2008 2:38:07 PM


Remarks:



A-bit = 1, starting 0.0 ms from prev. event, occurring 24 times



Received:


Pass


A-bit = 1, starting 0.0 - 1.0 ms from prev. event, lasting maximum 74.0 ms, occuring 1 to 1000 times;


Received:



Pass


Received:

-


Received:

-


Received:

-






Date & Time: 5/20/2008 2:38:07 PM


Remarks:




Received:

-


Received:

-


NOF, starting 0.0 - 30.0 ms from stimulus, lasting 2.0 ms, occurring 1 time continuously

Received:

NOF, starting 0.0 ms from stimulus, occurring 1 time

Pass



Received:


Pass

14 /FAS, BIT 2 = 1, /FAS, BIT 2 = 1, /FAS, BIT 2 = 1 (1 MF)

Expected:


Received:


Pass



Pass






Date & Time: 5/20/2008 2:38:07 PM


Remarks:



Received:



A-bit = 1, starting 0.0 - 1.0 ms from prev. event, lasting maximum 50.0 ms, occurring 1 to 200 times;

NOF, starting 0.0 - 1.0 ms from prev. event, lasting 4.0 to 50.0 ms, occurring 2 to 25 times continuously

Received:



Pass


A-bit = 1, starting 0.0 - 30.0 ms from stimulus, lasting 12.0 to 10000.0 ms, occuring 48 to 100000 times continuously

Received:


Pass


Received:

-


Received:

-

20 MF A - undefined (1 MF) Expected:

-






Date & Time: 5/20/2008 2:38:07 PM


Remarks:



Received:

21 MF B - undefined (2 MF) Expected:

Received:

-

22 MF A - undefined (1 MF) Expected:

Received:

-



Received:


Pass


Received:

-


Received:

-


-






Date & Time: 5/20/2008 2:38:07 PM


Remarks:



Received:


NOF, starting 0.0 - 30.0 ms from stimulus, lasting maximum 2.0 ms, occurring 1 time

Received:

NOF, starting 0.0 ms from stimulus, occurring 1 time

Pass

Response variation

Time Verdict

Pass

0 ms Pass



-


2 00:00:00.53662500 Tx: Stimulus # 1 - FRAME B (640 MF) -

3 00:00:01.81662500 Tx: Stimulus # 2 - (/FAS, BIT 2 = 1) x 3 (1 MF) -



6 00:00:01.81862500 Tx: Stimulus # 3 - MF A (1 MF) -

7 00:00:01.82062510 Tx: Stimulus # 4 - MF B (4 MF) -














Date & Time: 5/20/2008 2:38:07 PM


Remarks:
























37 00:00:02.42062500 Tx: Stimulus # 14 - /FAS, BIT 2 = 1, /FAS, BIT 2 = 1, /FAS, BIT 2 = 1 (1 MF) -




















Date & Time: 5/20/2008 2:38:07 PM


Remarks:












































Date & Time: 5/20/2008 2:38:07 PM


Remarks:












































Date & Time: 5/20/2008 2:38:07 PM


Remarks:






























Test specification: 9.5.5.4 CRC bit monitoring, 9.5.5.5 Monitoring for false frame alignment (per B.4.2)

Test purpose: To test the correct execution of CRC calculation, comparison with the recieved bits C1 to C4 and generation of the CRC error report with bit E.


Date & Time: 4/29/2008 1:20:44 PM




General parameters

Parameter Value



Line coding HDB3




Pass

1 SMF A (640 MF) Expected:

E-bit = 1, starting 0.0 - 1.0 ms from stimulus, lasting 1250.0 to 10000.0 ms, occuring 1250 to 10000 times continuously

Received:

E-bit = 1, starting 0.0 ms from stimulus, occurring 1284 times

Pass

2 SMF B, SMF A (1 MF)

Expected:

E-bit = 0, starting 0.0 - 30.0 ms from stimulus, lasting 2.0 ms, occuring 1 time continuously

Received:

E-bit = 0, starting 3.749967 ms from stimulus, occurring 1 time

Pass


E-bit = 1, starting 0.0 - 1.0 ms from prev. event, lasting 354.0 to 10000.0 ms, occuring 354 to 10000 times continuously

Received:

E-bit = 1, starting 0.0 ms from prev. event, occurring 386 times

Pass

4 SMF B, SMF B (1 MF)

Expected:

E-bit = 0, starting 0.0 - 30.0 ms from stimulus, lasting 3.0 ms, occuring 2 times continuously

Pass






Date & Time: 4/29/2008 1:20:44 PM





Received:




Received:


Pass

6 SMF B (457 MF) Expected:

E-bit = 0, starting 0.0 - 30.0 ms from stimulus, lasting 912.0 to 916.0 ms, occuring 912 to 916 times continuously

Received:


Pass


E-bit = 1, starting 0.0 - 2.0 ms from prev. event, lasting 86.0 ms, occuring 86 times continuously

Received:


Pass



Received:


Pass



Received:

Pass






Date & Time: 4/29/2008 1:20:44 PM








Received:


Pass


Expected:

Received:

-


Received:

-


Received:

-


Expected:

Received:

-


NOF, starting 0.0 - 30.0 ms from stimulus, lasting 1276.0 to 10000.0 ms, occuring

Pass






Date & Time: 4/29/2008 1:20:44 PM




# Tx Stimulus Rx Events Verdict 638 to 100000 times continuously

Received:


16 (FAS, BIT 2 = 1) x 8 (64 MF)

Expected:

E-bit = 1, starting 0.0 - 30.0 ms from stimulus, lasting 126.0 to 10000.0 ms, occuring 126 to 100000 times continuously;

A-bit = 1, starting 0.0 - 30.0 ms from stimulus, lasting 127.0 to 10000.0 ms, occuring 508 to 100000 times continuously

Received:



Pass

Response variation

Time Verdict

Pass

5.999565 ms Pass



-



3 00:00:00.53787500 Tx: Stimulus # 1 - SMF A (640 MF) -

4 00:00:01.81787500 Tx: Stimulus # 2 - SMF B, SMF A (1 MF) -




8 00:00:02.20387510 Tx: Stimulus # 4 - SMF B, SMF B (1 MF) -









Date & Time: 4/29/2008 1:20:44 PM





12 00:00:03.48587510 Tx: Stimulus # 6 - SMF B (457 MF) -






















34 00:00:09.87587550 Tx: Stimulus # 16 - (FAS, BIT 2 = 1) x 8 (64 MF) -




Test specification: TBR4 Layer 2

Test purpose: To verfy IUT layer 2 performance.

The conformance testing routines have been produced in accordance with ISO/IES DIS 9646 Parts 1, 2 and 3 [4], [5] and [6].


Date & Time: 6/11/2008 3:29:39 PM


Remarks:


Test

# Test Verdict

Pass

1 TC25002 Pass

2 TC25005 Pass

3 TC27003 Pass

4 TC27004 Pass

5 TC27011 Pass

6 TC27012 Pass

7 TC27015 Pass

8 TC27019 Pass

9 TC27022 Pass

10 TC27027 Pass

11 TC27028 Pass

12 TC27040 Pass

13 TC27043 Pass

14 TC27046 Pass

15 TC27058 Pass

16 TC27061 Pass

17 TC27074 Pass

18 TC27075 Pass

19 TC27076 Pass

20 TC27404 Pass

21 TC27411 Pass

22 TC27412 Pass

23 TC27413 Pass

24 TC27414 Pass

25 TC27417 Pass

26 TC28005 Pass

27 TC28012 Pass

28 TC28406 Pass

29 TC28424 Pass







Date & Time: 6/11/2008 3:29:39 PM


Remarks:


Parameter name, Parameter description, Parameter value

# Parameter name Parameter description Parameter value

Verdict

-

1 PC_PTMP_L2 TRUE if the IUT does not use a single point to point data link FALSE -

2 PC_AUTOMAT_TEI Does the IUT support automatic TEI assignment? FALSE -

3 PC_REM_TEI_C Does the IUT remove its TEI on receipt of MDL-ERROR-INDICATION?

FALSE -

4 PC_VER_TEI_C Does the IUT suppot identity verify procedure? FALSE -

5 TAC_VAL Layer 2 response time. If PC_PTMP_L2 is TRUE then value is 200ms.

500 -

6 PX_TEI_VALUE What is TEI value of IUT if it doesn't support automatic TEI assignment?

0 -

7 PX_IUT_STA_S4 Does the IUT, when in state 4 (Call delivered) and no I-frames are to be sent, remain in state 4 for more than 6 s?

FALSE -

8 PX_COMPAT_SETUP A compatible SETUP PDU without Channel identification information element

-

9 X_CAN_FCS Is IUT able to send non-valid FCS? TRUE -







Date & Time: 5/20/2008 3:26:57 PM


Remarks:


Test

# Test Verdict

Pass

1 TC10302 Pass

2 TC10303 Pass

3 TC20301 Pass

4 TC10401 Pass

5 TC10402 Pass

6 TC20401 Pass

7 TC10701 Pass

8 TC10801 Pass

9 TC10802 Pass

10 TC11003 Pass

11 TC11004 Pass

12 TC11005 Pass

13 TC11007 Pass

14 TC11008 Pass

15 TC11021 Pass

16 TC21001 Pass

17 TC21003 Pass

18 TC21006 Pass

19 TC11101 Pass

20 TC11103 Pass

21 TC11105 Pass

22 TC11107 Pass

23 TC11118 Pass

24 TC11903 Pass

25 TC11904 Pass

26 TC11906 Pass

27 TC11908 Pass

28 TC11909 Pass

29 TC19003 Pass







Date & Time: 5/20/2008 3:26:57 PM


Remarks:



# Parameter name Parameter description Parameter value Verdict

-

1 EBS Does the IUT include the Sending complete Information element in the outgoing SETUP

messages?

TRUE -

2 IBCC Does the IUT check Bearer capability information element in the incoming SETUP

messages?

FALSE -

3 IHLCC Does the IUT check High layer compatibility information element in the incoming SETUP

messages?

FALSE -

4 OVR Does the IUT implement overlap receiving? FALSE -

5 BXSET TRUE for this version of the TBR TRUE -

6 BXINF [Info elements] after setup for dial informations. FALSE if en-block dialing or TRUE for dialing

informations like info messages.

TRUE -

7 BXCON TRUE for this version of the TBR TRUE -

8 BXDIS TRUE for this version of the TBR TRUE -

9 U7_MAINT If entering state U7 (Call received), does the IUT remain in that state for at least 3 seconds?

TRUE -

10 U9_MAINT If entering state U9 (Incoming call proceeding), does the IUT remain in that state for at least 3

seconds?

FALSE -

11 SU_HLC Does the IUT include the High layer compatibility information element in the

outgoing SETUP messages?

FALSE -

12 SU_LLC Does the IUT include the Low layer compatibility information element in the outgoing SETUP

messages?

FALSE -

13 BCP Does the IUT support sending the CALL PROCEEDING messages?

TRUE -

14 BAL Does the IUT support sending the ALERTING messages?

TRUE -

15 BCA Does the IUT support sending the CONNECT ACKNOWLEDGE messages?

TRUE -

16 BCAPV State a value of the Bearer capability information element which the IUT will accept for the purpose of compatibility checking of

incoming calls

04038090A3 -

17 IBCAP State a value of the Bearer capability information element which the IUT will reject for

04038890A3 -







Date & Time: 5/20/2008 3:26:57 PM


Remarks:


# Parameter name Parameter description Parameter value Verdict the purpose of compatibility checking of

incoming calls

18 HLCV State a value of the High layer compatibility information element which the IUT will accept for the purpose of compatibility checking of

incoming calls

7D029181 -

19 IHLC1 State a value of the High layer compatibility information element which the IUT will reject for

the purpose of compatibility checking of incoming calls

7D029184 -

20 LLCV State a value of the Low layer compatibility information element which the IUT will accept for the purpose of compatibility checking of

incoming calls

7C038090A3 -

21 LIPN State a value of the Called party number information element which the IUT will accept to

the purpose of address checking of incoming calls (length)

00000100 -

22 IPN State a value of the Called party number information element which the IUT will accept to

the purpose of address checking of incoming calls (number)

343031 -

23 CDPN_OCTET3 State a value of the Called party number information element which the IUT will accept to

the purpose of address checking of incoming calls (numbering plan and type of number)

10000001 -

24 CGPNV CallinG Party Number Value 6C0481343031 -

25 CGPSV CallinG Party Subaddress Value of a user connection

-

26 UUIV User to User Information Value -

27 CH_NUM State a value of the channel identification information element which the IUT will accept for the purpose of answering incoming calls

0000001 -

28 XTSPX_TBR_STATUS_EXTENSION The TBR allows sending of a STATUS as response to STATUS_ENQ in the state U0. The

ETS 300 102 does not allow this. Set this to TRUE, if you want the extended behaviour of

the TBR.

TRUE -

29 NZ Enable New Zealand supplementary tests (according to TNA 134:1997)

FALSE -

30 DTV Date/time informational element 29050701010101 -

31 RNV Redirection number informational element 740400008000 -







Date & Time: 5/20/2008 3:30:35 PM


Remarks:


Test

# Test Verdict

Pass

1 TC10002 Pass

2 TC10004 Pass

3 TC10005 Pass

4 TC10006 Pass

5 TC10010 Pass

6 TC10011 Pass

7 TC10015 Pass

8 TC10024 Pass

9 TC10027 Pass

10 TC10028 Pass

11 TC10029 Pass

12 TC20002 Pass

13 TC10101 Pass

14 TC10102 Pass

15 TC10103 Pass

16 TC10105 Pass

17 TC10107 Pass

18 TC10120 Pass

19 TC10125 Pass



-

1 EBS Does the IUT include the Sending complete Information element in the outgoing SETUP

messages?

TRUE -

2 IBCC Does the IUT check Bearer capability information element in the incoming SETUP

messages?

FALSE -

3 IHLCC Does the IUT check High layer compatibility information element in the incoming SETUP

messages?

FALSE -

4 OVR Does the IUT implement overlap receiving? FALSE -







Date & Time: 5/20/2008 3:30:35 PM


Remarks:



5 BXSET TRUE for this version of the TBR TRUE -

6 BXINF [Info elements] after setup for dial informations. FALSE if en-block dialing or TRUE for dialing

informations like info messages.

TRUE -

7 BXCON TRUE for this version of the TBR TRUE -

8 BXDIS TRUE for this version of the TBR TRUE -

9 U7_MAINT If entering state U7 (Call received), does the IUT remain in that state for at least 3 seconds?

TRUE -

10 U9_MAINT If entering state U9 (Incoming call proceeding), does the IUT remain in that state for at least 3

seconds?

FALSE -

11 SU_HLC Does the IUT include the High layer compatibility information element in the

outgoing SETUP messages?

FALSE -

12 SU_LLC Does the IUT include the Low layer compatibility information element in the outgoing SETUP

messages?

FALSE -

13 BCP Does the IUT support sending the CALL PROCEEDING messages?

TRUE -

14 BAL Does the IUT support sending the ALERTING messages?

TRUE -

15 BCA Does the IUT support sending the CONNECT ACKNOWLEDGE messages?

TRUE -

16 BCAPV State a value of the Bearer capability information element which the IUT will accept for the purpose of compatibility checking of

incoming calls

04038090A3 -

17 IBCAP State a value of the Bearer capability information element which the IUT will reject for


04038890A3 -

18 HLCV State a value of the High layer compatibility information element which the IUT will accept for the purpose of compatibility checking of

incoming calls

7D029181 -

19 IHLC1 State a value of the High layer compatibility information element which the IUT will reject for


7D029184 -

20 LLCV State a value of the Low layer compatibility information element which the IUT will accept for the purpose of compatibility checking of

7C038090A3 -







Date & Time: 5/20/2008 3:30:35 PM


Remarks:


# Parameter name Parameter description Parameter value Verdict incoming calls

21 LIPN State a value of the Called party number information element which the IUT will accept to

the purpose of address checking of incoming calls (length)

00000100 -

22 IPN State a value of the Called party number information element which the IUT will accept to

the purpose of address checking of incoming calls (number)

343031 -

23 CDPN_OCTET3 State a value of the Called party number information element which the IUT will accept to

the purpose of address checking of incoming calls (numbering plan and type of number)

10000001 -

24 CGPNV CallinG Party Number Value 6C0481343031 -

25 CGPSV CallinG Party Subaddress Value of a user connection

-

26 UUIV User to User Information Value -

27 CH_NUM State a value of the channel identification information element which the IUT will accept for the purpose of answering incoming calls

0000001 -

28 XTSPX_TBR_STATUS_EXTENSION The TBR allows sending of a STATUS as response to STATUS_ENQ in the state U0. The

ETS 300 102 does not allow this. Set this to TRUE, if you want the extended behaviour of

the TBR.

TRUE -

29 NZ Enable New Zealand supplementary tests (according to TNA 134:1997)

FALSE -

30 DTV Date/time informational element 29050701010101 -

31 RNV Redirection number informational element 740400008000 -

END OF DOCUMENT

Documents

XORTEL TBR-4 18538 - Xorcomupdates.xorcom.com/certs/XORTEL_TBR-4_18538.pdf · Report ID: XORTEL_TBR-4_18538.doc ... The XR2000 features Trixbox® / Elastix® / Druid Asterisk