FLEXI HYBRID Commissioning_Tests_Sheets_Report.pdf

7/21/2019 FLEXI HYBRID Commissioning_Tests_Sheets_Report.pdf

http://slidepdf.com/reader/full/flexi-hybrid-commissioningtestssheetsreportpdf 1/27

Rep. Data 31/01/2008 Ed. 1 Em./Var. 01/08 Firma

Esec. Contr Ed. 2 Em./Var. 07/08 Firma

Ed. 3 Em./Var. 11/08 Firma

902-111/12Nokia SiemensNetworks

FlexiHybrid Equipment

Field Commissioning Tests Sheets - 1/27-

Mod. 151-204/66

FlexiHybrid

All System Type

Field commissioning

Tests Sheets Report

IDU

ODUs Type









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MW LINK ACCEPTANCE REPORT

Customer: .......................................... Country: .......................................

Link: .......................................... Work Order: .......................................

Equipment: ..........................................

Identification Station A: ..........................................

Identification Station B: ..........................................

The commissioning of the referred link has been concluded on..........................................

The attached test sheets show the results of the tests carried out

We here undersign to certificate that the link under test fully complies with the technical specificationsas per contract.

For NSN For Customer

Name: Name:

.......................................... ..........................................

Signature: Signature:

.......................................... ..........................................

DATE ..........................................









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Relevant remarks:

Relevant notes for Station A: ..........................................

Relevant notes for Station B: ..........................................

Common Notes ..........................................

For NSN For Customer

Name: Name:

.......................................... ..........................................

Signature: Signature:

.......................................... ..........................................

DATE ..........................................









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Index

1

REVISION LIST ............................................................................................................... 5

2 TEST INSTRUMENT LIST............................................................................................... 6

2.1. Tools and Test Instruments.......................................................................................... 6

3 CONFIGURATION NOTES.............................................................................................. 8

3.1. Operating Mode ........................................................................................................... 8

3.2. ODUs and Modem Module connection ........................................................................ 8

4 INSTALLATION CHECK LIST ......................................................................................... 9

4.1. Installation Check List Summary.................................................................................. 9

5 SYSTEM CONFIGURATION SUMMARY...................................................................... 10

5.1. Terminal Station Configuration Type.......................................................................... 10

5.2. Summary of Configurations Station A ........................................................................ 11

5.3. Summary of Configurations Station B........................................................................ 12

5.4.

IDU’s – ODU’s Cables................................................................................................ 13

5.5. Antenna’s system....................................................................................................... 13

5.5.1. ODUs and Mounting Type(1) ................................................................................... 13

5.5.2. Antenna’s and Polarization .................................................................................... 13

6 SYSTEM COMPOSITION SUMMARY........................................................................... 14

6.1. IDUs Composition and Serial number........................................................................ 14

6.1.1. Station A................................................................................................................. 14

6.1.2. Station B................................................................................................................. 15

6.1.3. Device Information ................................................................................................. 16

6.2. Device Information (Starting Information) .................................................................. 16

6.3. Other Networking Configuration................................................................................. 16

6.4.

CPU SW Reprogramming Data.................................................................................. 17

6.5.

Status Panel Information............................................................................................ 18

6.5.1. ODU Tx Power Configuration................................................................................. 20

6.6. E1 Channel Mapping.................................................................................................. 21

6.7. Ethernet available ports ............................................................................................. 22

6.8. STM-1 available ports ................................................................................................ 22

7 SYSTEM CHECK AND MEASURE................................................................................ 23

7.1.1. Breakers / Fuse Used............................................................................................. 23

7.2. DC Voltage Power supply .......................................................................................... 23

7.2.1. Access Level Configuration and check of Management Ports Connection............ 24

7.3. PDH / SDH Local LoopBack Ports Check.................................................................. 25

7.4. Eth Local Connectivity Ports Check ........................................................................... 25

7.5.

End To End Connectivity Ports Check ....................................................................... 25 7.6. Manual Switch Protection Check ............................................................................... 26

7.7. Background BER Test................................................................................................ 27

7.7.1. Long Term Background BER test Evaluation with Test Instrument. ...................... 27

7.7.2. Result of Quality evaluation using the Error-Sec-Count Graph Facility.................. 27









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1 REVISION LIST

Date Ed Note

01/2008 01 First Issue

07/2008 02 Second Issue (equipment configuration up to 63xE1)

11/2008 03 Third Issue









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2 TEST INSTRUMENT LIST

2.1. Tools and Test Instruments

Basic Test Instruments suggested for Line-up and commissioning(*) Choice the proper test instrument related to the tributary Interface Type, and DDF Interface

Test Instruments Note

Personal Computer / Laptop (MinimumHW Requirements)(Suggested Qty 2 in case of test forETH Ports)

• CPU Pentium 1,6 Ghz or higher

• 256 Mbyte RAM minimum (Suggested 512)

• Color monitor with resolution of 1024x768 at least• Video card with minimum resolution of 1024x768

• 10 Gbyte Hard-disk minimum

• CD-ROM drive

• Mouse

• RS-232C serial portEthernet network card (RJ45 interface)

Personal Computer / Laptop (SWRequirements)

• Microsoft Windows XP Professional or MicrosoftWindows 2000 Professional

• TCP/IP communication protocol installed

• Microsoft office 2000 / XP or 2003

• Web Browser program with Java environment installed

o Microsoft Internet Higher than Explorer 5.5 orMozilla Firefox (latest version is preferred)

o Java Runtime environment (Version 1.6. orlatest version is preferred)

• HyperTerminal application SW (embedded windowsapplication)

• FTP cliento FileZilla version 2.2.32 or higher

Multimeters Suggested Analogic or Digital Multimeter

PDH / SDH signal Analyzer

Suggested for only PDH ports: Acterna/JDSU EDT 135PDH testerSuggested for PDH and SDH Ports: SDH signal analyzer

for E1 / E3 / STM 1 / STM 4, type Acterna/JDSU ANT-5 orequivalent (if required with optical SDH Ports)

Accessories Note

RS232 PC serial cablePin to Pin (Sub D9 Male / Sub D9 Female)Or USB / Sub D9 Female Serial Cable adapter (for PCwithout Serial Port Connection)

Alignment Cable BNC / Banana (must be build in Field)









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Adaptors Note

RJ45 Adaptor Female / Female RJ45 Adaptor

Series of coax adaptor(E1 Testing with 75 ohm impedance onDDF side or Electrical STM-1 Interface)

Various adaptor for electrical Interface, e.g:BNC (m) / 1.6-5.6 (f), 1.0-2.3 (m) / 1.6-5.6 (f)1.6-5.6 male/male, 1.6-5.6 female / femaleOther adaptor related to DDF type, System Impedancecabling and, Test instrument interface.

Series of Optical Adaptors(only if optical interface is equipped)

Various adaptor for optical Interface.Type and end connectors related to ODF type, SystemInterface and Test instrument interface.

Test Cable Note

ETH Cat 5e cable type RJ45 Straight and Cross type both end cabled (all wire)ETH Cat 5e cable type RJ45

One Cable side cabled with RJ45 Connector; other cableside open

Tests CablesType and end connectors related to DDF type, SystemImpedance cabling and, Test instrument interface.

Optical Pig tails (only if optical interfaceis equipped)

Type and end connectors related to ODF type, SystemInterface and Test instrument interface.

Tools Note

Optical Cleaning Kit

RJ45 Connectors Crimping Tool(suggested)

Technical Tools bag









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3 CONFIGURATION NOTES

3.1. Operating Mode

On the system configuration the Operating Mode define the Link System type. During the “Link WizardConfiguration” is request Select one of the following mode:

• “Standard” Mode for 1+0 Not protected System

• “Protect non-diversity” mode for 1+1 Hot Stand By System

• “Protect diversity” mode for 1+1 Frequency Diversity or Cross Polarization System

• “East-west” mode for 2+0 System / Ring Configuration System

• “East-east” mode for 2+0 configuration (available only with the Gigabit Ethernet unit)

•

NoteThe “ Protect non-diversity” mode configuration is independent from the number ofantennas used for the terminal station.

3.2. ODUs and Modem Module connection

• For Standard mode the default Modem Unit, must be connect on the lower position, identified byEast side

• For Protection mode the Modem Unit on the lower position is identified by East side (suggestedto use for main channel) and the modem unit on the upper position must be identified by West side (suggested to use for protection channel).

• For East-West mode the Modem Unit on the lower position is identified by East side and themodem unit on the upper position must be identified by West side

ODU connection for Not Protected system type









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4 INSTALLATION CHECK LIST

4.1. Installation Check List Summary

Fill the requested form with requested data according to the installed system and verify the data withthe ones reported in the Installation Manual and Project Specifications.

Station A Station B

Indoor assembly Yes No N.A. Yes No N.A.

IDU-ODU Cables Yes No N.A. Yes No N.A.Power supply Yes No N.A. Yes No N.A.

Antennas Assembly Yes No N.A. Yes No N.A.

ODUs Assembly Yes No N.A. Yes No N.A.

ODUs Mounting Assembly Yes No N.A. Yes No N.A.

Grounding ODUs Yes No N.A. Yes No N.A.

Grounding Cables IDU-ODUs Yes No N.A. Yes No N.A.

Grounding IDUs Yes No N.A. Yes No N.A.

PDH Tributaries Cables and ETH Cables Yes No N.A. Yes No N.A.

SDH Tributaries Cables and ETH Cables Yes No N.A. Yes No N.A.

ETH Services Cables Yes No N.A. Yes No N.A.

Optical Pig Tails Cables Yes No N.A. Yes No N.A.

Alarm and Services Cables Yes No N.A. Yes No N.A.

Is the system ready for Line-up? Yes No N.A.

Corrective measures to be completed before Line-up: Yes No N.A.

Is another check necessary prior to start the Line-up? Yes No N.A.

Remarks: Please list all items to be corrected.

......................................................................









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5 SYSTEM CONFIGURATION SUMMARY

5.1. Terminal Station Configuration Type

Units Station A Station B

1+0 system with integrated antenna (1+0)

1+0 system with independent antenna (1+0) (Note 1)

1+1 system with Hot Standby with integrated antenna (1+1 HSBY) (Note 2)

1+1 system with Hot Standby with independent antenna (1+1 HSBY) (Note 1 /2)

1+1 system with FD with integrated antenna (1+1 FD) (Note 2)

1+1 system with FD with independent antenna (1+1 FD) (Note 1)

2+0 system with ODUs on integrated antenna

2+0 system with ODUs on independent antenna (Note 1)

Other: Station A Station B

..........

..........

Note 1: The waveguide connection between ODU and antenna can be flexible or elliptical type.

Note 2: The coupler can be balanced or unbalanced.

Notes

..........









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5.2. Summary of Configurations Station A

Items East or common data West N.A.

ODU Operational Mode .......... ..........

IDU Operational Mode .......... ..........

Modulation .......... ..........

E1/T1 N.A. N.A.

Mode .......... ..........

Max Active Channels .......... ..........

Active Channels List .......... ..........

Ethernet N.A. N.A.

Data Rate .......... ..........

STM-1 N.A. N.A.

STM-1 Active Channels .......... ..........

STM-1 Active Channels List .......... ..........

ODU

ODU Selection .......... ..........

ODU Channel / Tx Frequency .......... ..........

ODU Channel / Rx Frequency .......... ..........

Other Add Items

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........









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5.3. Summary of Configurations Station B

Items East or common data West N.A.

ODU Operational Mode .......... ..........

IDU Operational Mode .......... ..........

Modulation .......... ..........

E1/T1 N.A. N.A.

Mode .......... ..........

Max Active Channels .......... ..........

Active Channels List .......... ..........

Ethernet N.A. N.A.

Data Rate .......... ..........

STM-1 N.A. N.A.

STM-1 Active Channels .......... ..........

STM-1 Active Channels List .......... ..........

ODU

ODU Selection .......... ..........

ODU Channel / Tx Frequency .......... ..........

ODU Channel / Rx Frequency .......... ..........

Other Add Items

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........









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5.4. IDU’s – ODU’s Cables

Station A Station B

On ODU East On ODU West On ODU East On ODU West

Length .......... meters .......... meters .......... meters .......... meters

Type .......... .......... .......... ..........

5.5. Antenna’s system

5.5.1. ODUs and Mounting Type(1)

Station A Station B

Directly Connected to Antenna Directly Connected to AntennaODU Assembling mode Using Mounting Kit Using Mounting Kit

Integrate System Integrate SystemMounting Installation(if applicable) Not Integrate System Not Integrate System

1+0 1+0

1+1 Frequency Div 1+1 Frequency Div

1+1 Hot Stand By 1+1 Hot Stand By

2+0 Double Polar 2+0 Double PolarOther Other

Mounting Kit Type

(if applicable)

............... ...............

Coupling(Only for Hot Stand By Type)

Balanced Unbalanced Balanced Unbalanced

Flexible W/G Flexible W/G

Standard Elliptical W/G Standard Elliptical W/GWG Type

Not Applicable Not Applicable(1)

Not Applicable only for system with ODU integrate with antenna

5.5.2. Antenna’s and Polarization

Station A Station B

One Antenna Single Polar Feed-horn One Antenna Single Polar Feed-horn

One Antenna Dual Polar Feed-horn One Antenna Dual Polar Feed-horn

Two Antenna Single Polar Feed-horn Two Antenna Single Polar Feed-horn Antenna System

Two Antenna Dual Polar Feed-horn Two Antenna Dual Polar Feed-horn

Antennas configuration(For two antennassystem)

Two Antennas in Space DiversityYes No

Two Antennas in Space DiversityYes No

Polarization (For singlePolar. System)

H V H V

To ODU East To ODU West To ODU East To ODU WestPolarization (For 2+0system) H V H V H V H V









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6 SYSTEM COMPOSITION SUMMARY

6.1. IDUs Composition and Serial number

6.1.1. Station A

IDU Label Part Number P/N (Full) Serial Number

.......... .......... ..........

Basic Units Position P/N Revision Serial Number

Chassis .......... .......... ..........

Controller Card D .......... .......... ..........

Power Supply Lower B .......... .......... ..........

Power Supply Upper C .......... .......... ..........

Modem Card East H .......... .......... ..........

IF Card East H .......... .......... ..........

Modem Card West I .......... .......... ..........

IF Card West I .......... .......... ..........

I/O Modules Position P/N Revision Serial Number

Master:

.......... E .......... .......... ..........Expansion I/O module:

.......... F .......... .......... ..........

Mini I/O module:

.......... G .......... .......... ..........

Add / Other Unit/Modules: Position P/N Revision Serial Number

SFP On E .......... .......... ..........

.......... .......... .......... .......... ..........

ODUs P/N Revision Serial Number

ODU East .......... .......... ..........

ODU West .......... .......... ..........









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6.1.2. Station B

IDU Label Part Number P/N (Full) Serial Number

.......... .......... ..........

Basic Units Position P/N Revision Serial Number

Chassis .......... .......... ..........

Controller Card D .......... .......... ..........

Power Supply Lower B .......... .......... ..........

Power Supply Upper C .......... .......... ..........

Modem Card East H .......... .......... ..........IF Card East H .......... .......... ..........

Modem Card West I .......... .......... ..........

IF Card West I .......... .......... ..........

I/O Modules Position P/N Revision Serial Number

Master:

.......... E .......... .......... ..........

Expansion I/O module:

.......... F .......... .......... ..........

Mini I/O module:

.......... G .......... .......... ..........

Add / Other Unit/Modules: Position P/N Revision Serial Number

SFP On E .......... .......... ..........

.......... .......... .......... .......... ..........

.......... .......... .......... .......... ..........

ODUs P/N Revision Serial Number

ODU East .......... .......... ..........

ODU West .......... .......... ..........









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6.1.3. Device Information

Device Station A Station B

Model Number .......... ..........

Chassis .......... ..........

Application Version .......... ..........

6.2. Device Information (Starting Information)

Description Station A Station B

Device Name .......... ..........

Host name .......... ..........

IP Address .......... ..........

Application Version .......... ..........

Chassis .......... ..........

Add / Others Items: Active Passive

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

6.3. Other Networking Configurations


IP Netmask .......... ..........

IP Gateway .......... ..........

Ethernet Address (MAC Address) .......... ..........

Enabled EnabledDHCP ClientDisabled Disabled

If no DCN Planning configuration is available (or in case of a stand alone link) it is suggestedto configure the following IP address


IP Address 192.168.0.1 192.168.0.3

IP Netmask 255.255.255.0 255.255.255.0

IP Gateway (*)

DHCP Client Disabled Disabled

(*) The IP Gateway is not mandatory









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6.4. CPU SW Reprogramming Data

Station A

Items Main Active Mirror Active

Kernel .......... ..........

Application .......... ..........

FPGA .......... ..........

ODU .......... ..........

Modes .......... ..........

Channels .......... ..........ODU East Firmware .......... ..........

ODU West Firmware .......... ..........

Bootloader .......... ..........

Modem East Firmware .......... ..........

Modem West Firmware .......... ..........

Add / Others Items:

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

Station B

Items Main Active Mirror Active

Kernel .......... ..........

Application .......... ..........

FPGA .......... ..........

ODU .......... ..........

Modes .......... ..........

Channels .......... ..........

ODU East Firmware .......... ..........ODU West Firmware .......... ..........

Bootloader .......... ..........

Modem East Firmware .......... ..........

Modem West Firmware .......... ..........

Add / Others Items:

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........









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6.5. Status Panel Information

Station A

Description East West

Gen. Alarm Status Red Green

Modem Status Lock Unlock Lock Unlock

Transmitter .......... ..........

TxPower .......... ..........

Far End TxPower .......... ..........RSL .......... ..........

Far End RSL .......... ..........

Signal/Noise .......... ..........

Active Receiver .......... ..........

Tx Frequency .......... ..........

Rx Frequency .......... ..........

Polarization .......... ..........

Mode .......... ..........

Mode 2 .......... ..........

Local IP .......... ..........

Local Host .......... ..........

Remote IP .......... ..........

Remote Host .......... ..........

Remote IP 2 .......... ..........

Remote Host 2 .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

Note: the available data depend on the Link configuration and system release. Mark only the availabledata.









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Station B

Description East West

Gen. Alarm Status Red Green

Modem Status Lock Unlock Lock Unlock

Transmitter .......... ..........

TxPower .......... ..........

Far End TxPower .......... ..........

RSL .......... ..........

Far End RSL .......... ..........

Signal/Noise .......... ..........

Active Receiver .......... ..........

Tx Frequency .......... ..........

Rx Frequency .......... ..........

Polarization .......... ..........

Mode .......... ..........

Mode 2 .......... ..........

Local IP .......... ..........

Local Host .......... ..........

Remote IP .......... ..........

Remote Host .......... ..........

Remote IP 2 .......... ..........Remote Host 2 .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........

.......... .......... ..........










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6.5.1. ODU Tx Power Configuration

Station A Station B

ODU East ODU West ODU East ODU West

Start Tx Power setting .......... dBm .......... dBm .......... dBm .......... dBm

Current Tx Power (2)

.......... dBm .......... dBm .......... dBm .......... dBm

Station A Station B APC Config

ODU East ODU West ODU East ODU West

Enabled Enabled Enabled Enabled Adaptive Power Control Disabled Disabled Disabled Disabled

RSL Low Threshold .......... .......... .......... ..........

RSL High Threshold .......... .......... .......... ..........

RSL Maximum Threshold .......... .......... .......... ..........

CER Threshold .......... .......... .......... ..........

TxPower Maximum .......... .......... .......... ..........

TxPower Minimum .......... .......... .......... ..........

Step Size .......... .......... .......... ..........

Enabled Enabled Enabled EnabledUpdate Far End Thresholds

Disabled Disabled Disabled Disabled

.......... .......... .......... .......... ..........

.......... .......... .......... .......... ..........

.......... .......... .......... .......... ..........










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6.6. E1 Channel Mapping

E1 Mapping Type Station A Station B

Custom

42MA and 21EX <-> All East



All Repeater (Pass-through)

All Ring

STM1 <-> All East

STM1 <-> All Ring

42MA and 21EX <-> Ring



Other ..........

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16

17 18 19 20 21 22 23 24

25 26 27 28 29 30 31 32

33 34 35 36 37 38 39 40

41 42 43 44 45 46 47 48

49 50 51 52 53 54 55 56

AvailableE1 Ports

Station A

57 58 59 60 61 62 63

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16

17 18 19 20 21 22 23 24

25 26 27 28 29 30 31 32

33 34 35 36 37 38 39 40

41 42 43 44 45 46 47 48

49 50 51 52 53 54 55 56

AvailableE1 Ports

Station B

57 58 59 60 61 62 63









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6.7. Ethernet available ports

Eth Ports Station A Eth Ports Station B

1 2 3 4 1 2 3 4

SFP SFP

Available NotAvailable Available Not Available

SFP Type Electrical Optical SFP Type Electrical Optical

SFP Model .......... SFP Model ..........

6.8. STM-1 available ports

STM-1 Port Station A STM-1 Port Station B

Available Not Available Available Not Available

Port Type Electrical Optical Port Type Electrical Optical









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7 SYSTEM CHECK AND MEASURE

7.1.1. Breakers / Fuse Used

Breakers Type (max current value) Station A Station B

Fuse on Power supply Main Module (Lower) .......... Amperes .......... Amperes

Fuse on Power supply Secondary Module (Upper)(1)

.......... Amperes .......... Amperes

(1) If applicable

7.2. DC Voltage Power supply

Station A Station B

Power Supply on unit lower .......... Volt (DC) .......... Volt (DC)

.......... Volt (DC) .......... Volt (DC)Power Supply on unit upper

N.A. N.A.









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7.2.1. Access Level Configuration and check of Management Ports Connection

Station A

UserLog-In

PasswordLog-In

Accesson Serial Port

Accesson ETH Port

Access Level 1(Monitor)

.......... .......... OK OK

Access Level 2(Operator)

.......... .......... OK OK

Access Level 3(Administrator)

.......... .......... OK OK

Access Level 4(Integrator)

.......... .......... OK OK

Station B

UserLog-In

PasswordLog-In

Accesson Serial Port

Accesson ETH Port

Access Level 1(Monitor)

.......... .......... OK OK

Access Level 2(Operator)

.......... .......... OK OK

Access Level 3(Administrator)

.......... .......... OK OK

Access Level 4(Integrator)

.......... .......... OK OK

The factory default accesses are

Default access value User Log-In Password Log-In

Monitor monitor monitor

Operator operator col1ma

Administrator administrator d1scovery

Integrator integrator p1nacate









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7.3. PDH / SDH Local LoopBack Ports Check

Port Type Station A Station B

PDH OK N.A. OK N.A.

STM1-e OK N.A. OK N.A.

STM1-o OK N.A. OK N.A.

7.4. Eth Local Connectivity Ports Check

Port Type Station A Station BETH OK N.A. OK N.A.

.......... OK N.A. OK N.A.

.......... OK N.A. OK N.A.

7.5. End To End Connectivity Ports Check

Port Type From Station A to B From Station B to A

PDH OK N.A. OK N.A.

STM1-e OK N.A.

OK N.A.

STM1-o OK N.A. OK N.A.

ETH OK N.A. OK N.A.

.......... OK N.A. OK N.A.

.......... OK N.A. OK N.A.

.......... OK N.A. OK N.A.

.......... OK N.A. OK N.A.

.......... OK N.A. OK N.A.

.......... OK N.A. OK N.A.

For PDH or SDH port use the PDH/SDH signal analyzer. For ETH port use two laptop connected onboth end port and check the connectivity with a Ping Test.









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7.6. Manual Switch Protection Check

Only for protected system

Result on Station A Result on Station B

From East to West OK OK

From West to East OK OK

Manual switch check applicable only for protect system

Test with Manual SW forcing operations.

After all switching tests have been performed; all system switches should beset as for project definition






7.7. Background BER Test

Testing Mode

Two BER Test Instrument (Both-end Terminal Station)One Test Instrument on Station A and Loop back on Station BOne Test Instrument on Station B and Loop back on Station AUsing Errors-Sec-Count Graph Facility

Note: It is suggested to use only one of the above mentioned testing modes.

7.7.1. Long Term Background BER test Evaluation with Test Instrument.

Port Type Port / Trib on test Result

PDH .......... OK

STM1-e .......... OK

STM1-o .......... OK

.......... .......... OK

.......... .......... OK

Result Description

..........

7.7.2. Result of Quality evaluation using the Error-Sec-Count Graph Facility

Result On Station A

Estimated Period Average Value of ES Result Accepted

Last .......... Hours .......... Yes No

Result On Station B

Estimated Period Average Value of ES Result Accepted

Last .......... Hours .......... Yes No

Documents

FLEXI HYBRID Commissioning_Tests_Sheets_Report.pdf