3EM239550005TQZZA_01 MSS-1_MSS-4_MSS-8_TDS_R 4 1 0

8/12/2019 3EM239550005TQZZA_01 MSS-1_MSS-4_MSS-8_TDS_R 4 1 0

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This document must be used according to the instructions given in the corresponding chapters of the 9500 MPR-A Turn-Up Manual.

Site:

Address:

Latitude:Longitude:

To/From:

Software Version:

Main Radio Ch. Slot #: Port #:

Standby Radio Ch. Slot #: Port #:

Date:

Tester:

Equipment ID:

Rack Number:

IP Address:

Hardware Order #:

Customer Site Ref #:

Customer P.O. Ref #:

TDS Submitter:

X

MSS Shelf #: of #:

Customer's logo

Alcatel-Lucent 9500 MPR-AMSS-1/MSS-4/MSS-8Microwave packet radio links9500 MPR-A R4.1.0

Contract reference 9500MPR-A Turn-Up Manual

Creation

Status

ED: 01

Extension

3EM239550005TQZZA

Date: 11/01/12

0. Title (Turn-Up DLP-100)

Test Data SheetAlso acceptable for use with R2.2.y, R3.x.y, and R4.0.y.

This document is used during the equipment commissioning and acceptance phases.

Reference documents

TDS for 9500MPR-A 3EM239550000TQZZA Ed 01


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< Date and signature(s) -Customer approves TDS >

Approved By< Customer representative

>

Alcatel-Lucent

< Customer >

Originator

< Date and signature(s) -ALU approves TDS >

< Alcatel-Lucentrepresentative >


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Tab

1. Change History

2. Process (How to use this document)

3. Process Continued

4. Turn-Up Checklist

5. Inspection Checklist

6. Link Information ODU300

7. Link Information MPT-HC/MPT-XP

8. Link Information MPT-HL

9 Synchronization

10 Tributary Functionality Test

11 RSL

12 ODU RX Sensitivity

13 MPT-HL RX Sensitivity

14 Protection Switching

15 Protection Scheme

16 Hop Stability

17 Software License

18 Configuration File

19 Remote Inventory

20 Current Alarm File

21 Housekeeping Alarm

22 RFC2544

23 Blank Tab

Customer's logo

19

9

4

3A

3

18

17

14

8

16

15

11

12

2

5

10

21

7

6.3

6.2

13

6.1

20

3DB 18528BDAA Test Result Sheet for Site Acceptance Test Procedure of 9500MPR 0


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Change History

Customer's logo

1. Update release specific informationR4.1.0

2. 4-Turn-Up Checklist: Add new Installation Chart 11 and increment the remainder of theChart numbers.

3. 8-Tributary Functionality Test: Add MSS-1 DS1 tributary test, new rows 30 and 31.

TDS for 9500MPR-A Release 3.2


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TDSModificationGuidelines

The Test Data Sheet (TDS) is a contractual document between ALU and the Customerand, as such, must be modified to reflect the agreement between parties, the deploymentparticularities and/or any deployment constraints.

The TDS is divided into several tabs. Each tab contains data entry fields to be individuallyfilled in during the acceptance testing of the radio path.

One TDS is required per path end, per Radio Channel If multiple RF channels are being provisioned, use separate TDS's for each end of

each Radio Channel.

Note : See Table of Content tab "1-TOC" for specific TDS tab description.

Macros WARNING: Always enable macros in your version of Excel before entering data into theTDS. Failure to enable macros will result in loss of ALL data entered upon Save or Save

As operation.

TDS Structure

Description

TDSModification

Upon completion of the TDS modifications, the DPM will:

Customer's logo

The following are guidelines for modifications to the TDS:

The final TDS must be a trade off between too much and too little information The smaller the TDS, the more efficiently it will be completed by field personnel It is strongly advised to translate the TDS into the customer's and field personnel's language

Introduction

2

The TDS will be modified to reflect the agreement between ALU and the customer. TheDPM will perform the following:

Task

Test Data Sheet

Distribute approved TDS to appropriate team members.

Task Description1 Secure customer approval of modified TDS.

3 Archive Customer TDS Approval in FST.

Apply Customer Logo to all pages of the TDS.2 Add Customer Approval Name on Title page.3 Color all Non-Applicable tabs "red"4 Add tabs as needed after "20-RFC2544" tab. A blank tab is provided at the

end of the TDS to function as a template for adding tabs.

Note: No entry fields may be added on existing tabs. No tabs can beinserted before "20-RFC2544" tab.

1

Archive approved TDS in FST.

4



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auto populates from entry on another cell inthe TDS.

red

Issue Reporting To report an issue with this TDS, contact the DPM responsible for the project.

Provide the DPM with the following information:

TDS document number TDS Edition number Tab number Cell number Detailed description of the issue and/or concern

green

TDS Approval The TDS will be submitted and approved following the process outlined on tab "3A-ProcessCont".

The following table describes shaded field definitions:

The Field Technician is responsible for completing the following field entries:

data entries screenshots photos

Warning : Each field must be filled in separately! NEVER USE CUT & PASTE to fill incells! Many cells include a formula and/or conditional formatting. Cut and paste into one of

these cells will override the formula and/or conditional formatting.

Field Entry

yellow

white

contains an entry which is either out ofrange or is in conflict with data entry inanother field on the tab.

gray

is complete.

contains an entry which is either out ofrange or is in conflict with data entry inanother field on the tab.

requires entry.

gray is not applicable and no entry is required.When the entry field is shaded ... Then the field ...



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Vendor uploads TDS file to FST.

Vendor will upload the file to the FST server under the Documents sectionof the appropriate site in task 905.0 for the 1/2 path the TDS applies to.

Note: TDS's must be uploaded to FST within (3) business days radiotesting completion.

Step Description

21 Vendor names TDS file per 'File naming convention'.

The table below defines the milestone numbers used to submit TDS's to FST.

The following are examples of FST files names:

Example 1: Pequop-Wells TDS (This is the vendors original FST submission.)

Example 2: Pequop-Wells.1 TDS (This is a vendor's second FST submission.)

Milestone # Description905.0 Vendor's TDS submission to FST

Auditor's/DPM approved TDS submission to FST

Example 4: Pequop-Wells-2.1 TDS (This is the second radio on this path, first revison.)

Example FSTfile names

905.5

Customer's logo

Instructions for archiving TDS form in FST

Introduction Every TDS will be archived in FST and approved by ALU using the process describedbelow.

One TDS is required for each path end, per radio channel.

Warning : The TDS file m u s t be saved as an .xls m file if using MS Office 2007 ornewer.

File namingconvention

The following table describes the process for the vendor to submit the completed TDS toFST for approval.

Vendor submitcompleted

TDS to FST forapprovalprocess

File submitted to FST shall use the following file naming convention, replacing the words"site location" with the actual site names.

File naming convention:Site location A-Site location B-path#.revison# Title of Document

Note: If there are multiple radios on the same path a "-1" or "-2", etc. should be added tothe end of the path name.

Example 3: Wells-Pequop-2 TDS (This is the 2nd radio on this path.)

Milestone #

TDS for 9500MPR-A R3.3.0


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Audit process repeats until all defects are corrected and auditor / DPM moves TDS to905.5

2

The following table describes the process for the auditor to review a submitted TDS forapproval.

1

3 Step 3. Vendor Renames TDS File per 'File naming convention'.

The vendor shall change the file name to make path name end in ".1" torepresent the 1st revision.

Vendor Reviews Defect Email from Auditor / DPM

If vendor has any objections to the assessed defects, they should addressthese in email or by phone to the auditor.

All corrective actions must be completed within the allotted (10) businessdays.

Vendor Downloads TDS with Defect(s) and make Correction(s).

Vendor will download the TDS file, make the applicable correction(s) to thedefect(s) and re-take screen shots, re-run tests, correct radioconfigurations, etc.

Note: Objections noted by the vendor or lack of response by the auditordoes not extend the due date of the corrective actions by the vendor. It issolely the vendor's responsibility to make contact with the auditor.

*If the TDS has NO defects assessed, then the auditor will move thedocument from 905.0 to 905.5

Auditor reviewsubmittedTDS to FSTprocess

Auditor reviews TDS adherence to ALU & project standards.

Auditor to download TDS file, review all data, and note any defects in anemail.

The subject line should indicate: Site location A-Site location B TDSdefects

For example: Pequop-Wells TDS defects

If defects are assessed, the auditor should describe each defect and thesuggested corrective action in the email.

Step Description

2

Vendor submitcorrected TDSto FST forapprovalprocess

The following table describes the process for the vendor to submit a corrected TDS toFST for approval.

4 Vendor Uploads TDS File to FST.

Vendor uploads corrected TDS file to 905.0

Note: Vendor should complete corrective actions and re-upload TDS toFST within (10) business days of initial auditor findings.

1Step Description

Note: All corrective actions to be submitted at one time .



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Site

To/From

Tester

Equipment ID

Description

Description

10

11 Route and terminate MPT ODU to MSS cables

Item

Site Compound

Site Condition-- Note and take pictures of any standing alarms, safety issues, trash or other major concerns asitemized below. Forward any urgent condition (equipment major or critical, safety issues, etc) to ALU DPM. Attachphotos of concern to the bottom of this tab. Please include the photo number in your comments.

Customer's logo

4. Turn-Up Checklist0

Front Panel Equipment Red, Green,or Yellow Alarms Present

Inside Shelter

0

0

1

CommentsCheck

2

3

4

Weatherproofing Coaxial Cable Connections

15 Lightning Surge Suppressor Installation

16 IF Cable System Grounding Installation

6MSS-4/MSS-8, MPT-HL Shelf, and PowerInjector Installation

14 IF Cable System Installation

13Non-Integrated Antenna and ODU300Installation

Integrated Antenna and ODU300 Installation

9Demarcation Patch Panel (DSx (1/3))Installation

12

MPT-HC V2/XP Installation (Integrated and non-Integrated)

8 Type N Adapter Bracket Installation

7Route and Terminate 9500 MPR-A Shelf PowerCables

5Route and Terminate Station Ground and OfficeBattery Power Cables

4 PDU Installation

Check/NA

3 Rack Installation

2 Prepare Floor

Chart #

1 Unpack and Inspect Equipment

Immediate Safety Concern - Tower,Shelter, Power, Ground, etc.

EQUIPMENT INSTALLATION (9500 MPR-A Installation Practices Manual, PN: 3EM23953AL 01)Comments



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Description

Route and Terminate FAN Office Alarm SignalCables-Verify Continuity

Route and Terminate Aux Signal Cables-VerifyContinuity

22

21Route and Terminate OC3 Signal Cables-VerifyContinuity

28 Antenna Alignment

Comments

25Route and Terminate MPT Power UnitHousekeeping Alarm Signal Cables-VerifyContinuity

LMR400 Transmission Line InstallationVerification

DLP-107

DLP-113

DLP-110

DLP-112

Install Plug-In Cards

DLP-109

DC Power installation Verification

26

Antenna Installation Verification

Antenna Polarization Verification

27 Assemble CSM-E to PC Cable

DLP-103

Install Standoffs and Secure Cables with CableTies

EQUIPMENT COMMISSIONING (9500 MPR-A Turn-Up Manual, PN: 3EM23954AL 01)Check/NA

ODU300 Installation Verification

DLP-106

DLP-104

DLP-102

DLP #

DLP-105

23

24

Provision Verification

Tx Output Power and RSL Tests

Hop Stability Test

DLP-120

-Complete system Turn-Up activities and obtain

DLP-121 Perform Database Backup

DLP-122 Verify Alarm-Free System

DLP-119 Provision Cross-Connections

Tributary Functionality Test

Provision MSS-4/MSS-8 Shelf

Radio Interference and Fade margin Test -ODU300

DLP-115

DLP-117Radio Interference and Fade Margin Test - MPT-HL

DLP-118 Disconnect Test Equipment and Test Cables

DLP-116

DLP-114

Tributary Cable Installation Verification

Radio and Radio Rack Visual Inspection

Load System and Craft Terminal Software onPC

Flex Section Installation Verification

DLP-111

DLP-108

Route and Terminate Sync Signal Cables-VerifyContinuity

19Route and Terminate DS3 Signal Cables-VerifyContinuity

20Route and Terminate Ethernet Signal Cables-Verify Continuity

and Cable Grounds

18Route and Terminate DS1 Signal Cables-VerifyContinuity



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-

customer acceptance certification



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Site

To/From

Tester

Equipment ID

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

position and connection

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

Fan for MSS-1c OK NOK NA

Power injector box or plug-in OK NOK NA

MPT Power Unit OK NOK NA

MPT Extended Power Unit OK NOK NA

Direct Connection to Office Power presence OK NOK NA

Low Pass Filter and Lighting Arrestor presence OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

Customer's logo

Power supply protection circuit breakers values

Antenna(s) mounted per manufacturer / ALUspecifications

Tributary DS3 cabling and labeling of DS1Demarcation Point

Outdoor installation visual inspection check

Tributary DS1 cabling and labeling of DS1Demarcation Point

Unused slots have blank plates installed

IDU Power supply wiring

Site left clean & tidy

PDU and other power supply distributor

MSS and cables labeling

User Ethernet cabling and labeling of EthernetDemarcation Point

Rack placement in accordance with approved andcommunicated floor plan

Antenna sway bars/Stiff Arms should be installedto proper specs. (if used)

Flange connection (not integrated antenna only)

Antenna(s) diameter according to plant doc.

Antenna(s) grounding

Tributary OC3 fiber cabling and labeling of OC-3Demarcation Point

MSS-4/8 cards installed per site documentation

Comment

5. Installation Checklist (Turn-Up DLP-100,102 through DLP-110)

Indoor installation visual inspection check

Rack and Subrack ground connections

0

0

0

Flex section installation according to plant documentation



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Elliptic Flex. NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

OK NOK NA

Ant enna Diameter Antenna 1 / Antenna 2

Antenna Azimuth Antenna 1 / Antenna 2

Polarizat ion Vertical Horizontal

IDU/ODU cable(s) grounding

ODU/MPT cable protection weatherproofing

IDU/ODU cable(s) length (m)

ODU/MPT connectors tightened to proper torquespec.

ODU/MPT and pole mounting according to plant doc .

ODU/MPT tightening

ODU/MPT grounding

Waveguide type



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Site

To/From

Tester

Equipment ID

Link Settings

Reference Channel Spacing

Modulation

Modulation Range

Remote Thresholds

User Label

Link Identifier Enable Disable Link Identifier 0 Enable Disable

Values Tx Rx Values Tx Rx

Tx Frequency (Mhz)

Shifter (Mhz) Shifter (Mhz)

ATPC Enable Disable Enable Disable

ATPC Range (dBm) Min Max ATPC Range (dBm) Min Max

ATPC Low Rx Threshold dBm ATPC Rx Threshold dBm

Tx power min(dBm)

Tx Frequency (Mhz)Shifter (Mhz) Shifter (Mhz)



ATPC Rx Threshold dBm ATPC Rx Threshold dBm

Tx power min (dBm)

Radio automatic restoration criteria (1+1 only)

EPS Revertive Not Revertive

Customer's logo

32 QAM

128 QAM

4,16, 64 QAM

16/64 QAM

256 QAM

4,16 QAM

Tx Frequency (Mhz)

Tx power min (dBm)

Tx power min (dBm)

Channel 1Channel 1

Option

Local End

0

ATPC

50 Mhz

16 QAM

00

Channel 0

0

Adaptive

40 Mhz

Tx Frequency (Mhz)

6.1. Link Information ODU 300 (Turn-Up DLP-120)

1+1 HSB/SD

8 GHz

18 GHz15 GHz

0

1+1 FD

23 GHz

0

0

11 GHz

ATPC

Channel 0

4/16 QAM

7 GHzU6 GHz

64 QAM

Presetting

QPSK

L6 GHz

1+0

10 Mhz

8PSK

30 Mhz

1+1 HSBConfiguration

38 GHz

Frequency band

Mode

0

Far End / To/From Site



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RPS Revertive Not Revertive

HSB Tx protection Revertive Not Revertive

Radio Main View Settings Tab Screenshot:



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Site

To/From

Tester

Equipment ID

Link settings

Configuration

Reference Channel Spacing

User Label

Card QMA PFoE Card QMA PFoE

Card QMA PFoE Card QMA PFoE

Enable Disable 0 Enable DisableTx Rx Tx Rx

Tx Frequency (Mhz)





Tx power (dBm)

Tx Frequency (Mhz)





Tx power (dBm)

Customer's logo


0

1+1 FD

32 QAM

0

0

0

15 GHz8 GHz 11 GHz

1+0

Channel 0 Channel 0

40 Mhz

256 QAM

Channel 1

1+0 XPIC 1+1 XPIC

6.2. Link Information MPT-HC/XP/9558HC (Turn-Up DLP-120)

Local End

64 QAM

5 Mhz

Link Identifier

L6 GHz

Power Source Ch0

Frequency band

0

7 GHz

18 GHz

Channel 1

ATPC

U6 GHz

30 Mhz10 Mhz

128 QAM

Unlicensed

1+1 HSB

Tx Frequency (Mhz)

Tx power (dBm)

ATPC

0

Mode

QPSK

Presetting

Link Identifier Values

0

Values

Tx Frequency (Mhz)

Power Source Ch1

Tx power (dBm)

0

Option

Adaptive

16 QAM8PSKModulation (For Adaptive, select allsupported modulation techniques.)

Power Source Ch1

Power Source Ch0

50 Mhz

23 GHz 38 GHz

1+1 HSB/SD



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Radio automatic restoration criteria (1+1 only) MSS-4/MSS-8







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Site

To/From

Tester

Equipment ID

Link settings

Ref. Channel Spacing

User Label

Link Identifier Enable Disable Link Identifier 0 Enable Disable

Values Tx Rx Values Tx Rx

Tx Frequency (Mhz)





Tx power (dBm)

Tx Frequency (Mhz)





Tx power (dBm)

Radio automatic restoration criteria (1+1 only)




8 GHz

32 QAM

1+0

64 QAM

30 Mhz

256 QAM

5 Mhz

Customer's logo

Option

Unlicensed

0

U6 GHz

Configuration

11 GHz10.5 GHz

0

L6 GHzFrequency band

0

Mode

Driving MSE

Presetting

4 QAM

128 QAM

Modulation (For Adaptive, select allsupported modulation techniques.)

0

Tx power (dBm)

ATPC

Tx Frequency (Mhz)

Channel 0 Channel 0

Channel 1

6.3. Link Information MPT-HL (Turn-Up DLP-120)

1+1 FD

7 GHz

Local End

40 Mhz

1+1 HSB

10 Mhz

16 QAM

Adaptive

ATPC

0

0


0

Tx Frequency (Mhz)

Channel 1

Tx power (dBm)

0



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Site

To/From

Tester

Equipment ID

Synchronization Role

Restoration Criteria

Primary Source LO DS1 OC3 Synch-In Port

Radio/MPT Port Ethernet Port L1 LAG Port

Slot Port

Slot Port

Secondary Source

Secondary Source None LO DS1 OC3 Synch-In Port

Radio/MPT Port Ethernet Port L1 LAG Port

Slot Port

Slot Port

Synch-Out Port Enable Disable Frequency (Mhz)

Synchronous Not Synchronous Master Slave SSM

Synchronous Not Synchronous Master Slave SSMSynchronous Not Synchronous Master Slave SSM

Synchronous Not Synchronous Master Slave SSM

Synchronous Not Synchronous SSM

Synchronous Not Synchronous SSM

Synchronization View Settings Tab Screenshot:

Ethernet Port

Synch-In Port

Customer's logo

0

Ethernet Operation mode port #4



Ethernet Operation mode port #2Ethernet Operation mode port #3

Radio/MPT Port

L1 LAG Port

7. Synchronization Information (Turn-Up DLP-120)

Synchronization Settings TabRole

Not RevertiveRevertive

Master Slave

0

0

Primary Source

DS1 Slot and Port #

OC3 Slot and Port #

Screenshot AddMacro


Synch-In Port

DS1 Slot and Port #

OC3 Slot and Port #

L1 LAG Port

Synchonisation Ethernet Port

Synch-Out Port

Ethernet Port

Radio/MPT Port

Paste Synchronization View Settings Tab below:



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Site

To/From

Tester

Equipment ID

Slot # (Port #)

Pass NA Pass NA Pass NA






Pass NA

Slot # (Port #)



0

Protection SwitchingProtection to Main

P32E1DS1 Slot 3 (1-32)

Customer's logo

P32E1DS1 Slot 5 (1-32)

8. Tributary Functionality Test (Turn-Up DLP-113)0

DS1 Tributary Ports

0

P32E1DS1 Slot 6 (1-32)

Main to ProtectionTributary Tests

P32E1DS1 Slot 4 (1-32)

P32E1DS1 Slot 7 (1-32)

P32E1DS1 Slot 8 (1-32)

MSS-1 MSS/DS1 (1-16)Protection Switching

Tributary Tests Main to Protection Protection to Main

P2E3DS3 Slot 3 (1-2)

DS3 Tributary Ports

P2E3DS3 Slot 4 (1-2)



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Site

To/From

Tester

Equipment ID

Yes No Value

Description of why Expected RSL does not meet specification

Near-End Tx Output Power and RSL Tabular View, Main Channel #1

Paste Near-End TX Output Power and RSL Tabular View, Main Channel #1 below.

Customer's logo

Power Level Check ( ODU 300, MPT-HC, MPT-HL ) Move to RSL tab

9. RSL (Turn-Up DLP-114)0

0

0

RA Tx Frequency Power

Tx power value (dBm)Channel 0Channel 1

Pass/Fail*Pass/Fail*

Calculated Rx level (dBm) (from link budget)

Rx level reading (dBm)

Screenshot AddMacro

Check for interfering signal

* If RSL does not meet +/- 2 dB specification and there are no mitigating issues identified on the existing /incumbent path, then follow normal troubleshooting practices to identify where the losses are occurring.

Use the area below to document: 1) troubleshooting steps performed 2) results of the troubleshooting steps 3) an explanation of why this defect is not attributable to ALU-provided: hardware installation

Expected RSL met?



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Site

To/From

Tester

Equipment ID

A-A ODU Receiver sensitivity

Paste A-A PM Radio power measurement graphical view

Paste A-A PM Radio power measurement tabular view

* Near end receiver power level must follow the delta of the far end transmitter power level within 4 dB. If thedifference between the change in far end Tx power and near end Rx power is greater than 4 dB, the Rx

* Near End Fade only needed if Far End TX fade shows radio sensitivity does not meet specifications per ALU pathcaluculations referenced above. A Far End Fade Test that does not pass could indicate a possible interferenceproblem. To eliminate the Near E

Customer's logo

ODU300/MPT-HC/9558HC RX Sensitivity Test Results:

0

0

B (Spare)

RSL (far end) actual

0

10. ODU300/MPT-HC/9558HC RX Sensitivity Test(Turn-Up DLP-116)

Far End TX Fade A (Main) B (Spare)TX power (far end) per RF design

Near End TX FadeTX power (near end) per RF design

A (Main)

RSL (near end) per RF design

TX power (far end) @ minimum TX power (near end) @ minimum

RSL (far end) per RF designRSL (near end) actual

RSL (far end) @ min TX power Pass

Screenshot Add

Macro

Screenshot AddMacro

PassRSL (near end) @ min TX power



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A-A ODU Receiver sensitivity

Paste B-B PM Radio power measurement graphical view

Paste B-B PM Radio power measurement tabular view

Screenshot AddMacro

Screenshot AddMacro



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Site

To/From

Tester

Equipment ID

Customer's logo

Far End TX FadeSpec'ed RX 10 -6 Threshold

Actual RX 10 -6 Threshold

A (Main)

MPT-HL RX Sensitivity Test Results:

11. MPT-HL RX Sensitivity Test (Turn-Up DLP-117)0

0

B (Spare) A (Main)Near End RX Fade*Spec'ed RX 10 -6 Threshold

Actual RX 10 -6 ThresholdFade Margin 0.0 0.0

B (Spare)

0

* Receiver Threshold specification should be obtained from the Alcatel-Lucent path calculations.

* Near End Fade only needed if Far End TX fade shows radio sensitivity does not meet specifications per ALU pathcaluculations referenced above. A Far End Fade Test that does not pass could indicate a possible interferenceproblem. To eliminate the Near End RX as being a problem, the Near End RX Fade would be performed

Fade Margin 0.0 0.0



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Site

To/From

Tester

Equipment ID

Protection Scheme Tab (MSS-4/MSS-8)

Protection Scheme

Paste Protection Scheme Tab Screenshot below:

0

Customer's logo

13. Protection Scheme (Turn-Up DLP-120)0

0

Screenshot AddMacro



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Site

To/From

Tester

Equipment ID

DS1 DS3 OC-3 EthDS1 DS3 OC-3 Eth

Paste photo showing elapsed time and 0 bit errors of A-A Radio BER hop test result below:ORPaste text file showing elapsed time and 0 bit errors of A-A Radio BER hop Test result below:

Paste A-A Performance Monitor screenshot below:

Customer's logo

A-A (Main-Main)

14. Radio BER Hop Stability Test (Turn-Up DLP-115)0

0

0

Radio BER Hop Stability Test Bit Errors

B-B (Spare-Spare) (If Applicable)

Record ActualTest Elapsed

Screenshot AddMacro

Photo Add Macro

Frame Size(bytes)

TX Rate(frames/sec)

1518

Frame Size(bytes)

TX Rate(Mbps)

TX Rate(frames/sec)

RX Rate(frames/sec)

#DIV/0!

Pass/FailRX Rate(Mbps)

Radio BER Hop Stability Test Results:

Test Signal (DS1/DS3/OC-3/Ether

A-A Throughput (2 hours min.):

B-B Throughput (2 hours min.):

RX Rate(Mbps)

TX Rate(Mbps)

RX Rate(frames/sec)

Frame Loss(%)

Pass/Fail

#DIV/0!

A-A Test Result Capture from BER Test Set (Elapsed Time and 0 Bit Errors)

A-A Test Result Capture from Performance Monitor Craft Terminal (Elapsed Time and 0 Bit Errors)

1518

Frame Loss(%)



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Paste photo showing elapsed time and 0 bit errors of B-B Radio BER hop test result below:ORPaste text file showing elapsed time and 0 bit errors of B-B Radio BER hop Test result below:

Paste B-B Performance Monitor screenshot below:

Screenshot AddMacro

B-B Test Result Capture from Performance Monitor Screenshot from Craft Terminal(Elapsed Time and 0 Bit Errors)

B-B Test Result Capture from BER Test Set (Elapsed Time and 0 Bit Errors)

Photo Add Macro



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Site

To/From

Tester

Equipment ID

Main Flash Card S/N

Spare Flash Card S/N

Paste Software License Screenshot below:

Customer's logo

0

Software License:

Flash Card Serial Number (Manually Enter):

15. Software License (Turn-Up DLP-120)0

0

Screenshot AddMacro

Paste License Key below:

Software License Screenshot:

License Key:



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Site

To/From

Tester

Equipment ID

Configuration File Data:

0

Customer's logo

Paste Configuration File below:

16. Configuration File (Turn-Up DLP-120)0

Configuration File:

0



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Site

To/From

Tester

Equipment ID

Remote Inventory:

Paste Remote Inventory text below:

Customer's logo

Remote Inventory:

0

17. Remote Inventory (Turn-Up DLP-120)0

0



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Site

To/From

Tester

Equipment ID

Alarm Monitor Screenshot (Showing no un-explained standing alarms or conditions):

Abnormal Conditions Screenshot (Showing no un-explained abnormal conditions):

Customer's logo

0

18. Alarm Monitor / Abnormal Conditions (Turn-Up DLP-122)0

0

Screenshot AddMacro

Alarm Monitor / Abnormal Conditions:

Paste Alarm Monitor screenshot below:

Paste Abnormal Conditions screenshot below:

Screenshot AddMacro



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Site

To/From

Tester

Equipment ID

#DIV/0!512

128256

0

#DIV/0!

Throughput:

64

Frame Loss(%)

Pass/Fail

Customer's logo

Frame Size(bytes)

TX Rate(Mbps)

TX Rate(frames/sec)

RX Rate(Mbps)

RX Rate(frames/sec)

20. RFC2544 Test Results(When purchased as an additional service!)

0

0

#DIV/0!

RFC2544 A-A Test Results - (2 hours min.)

RFC2544

Configuration 1+0 1+1 HSB 1+1 HSB/SD

#DIV/0!#DIV/0!

12801024

Latency:

1518#DIV/0!#DIV/0!

Max.Delay(usec)

Min.DV

(usec)

AverageDV

(usec)

Max.DV

(usec)

FrameSize

(bytes)

TXRate

(Mbps)

Min.Delay(usec)

AverageDelay(usec)

FrameLoss(%)

Pass/Fail

64128256512

102412801518

RX Rate(Mbps)

RX Rate(frames/sec)

Frame Loss(%)

Pass/Fail

64

Frame Loss:

Frame Size(bytes)

TX Rate(Mbps)

TX Rate(frames/sec)

#DIV/0!128 #DIV/0!

512 #DIV/0!256

1024

#DIV/0!

#DIV/0!1280 #DIV/0!

Back-to-Back:

1518

Frame Size(bytes)

Port Speed(Mbps)

Average Burst(frames)

Repeat

#DIV/0!

Pass/Fail

64128256512

1+1 FD



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Paste photo showing elapsed time and test results of A-A RFC2544 test results below:ORPaste pdf file showing elapsed time and test results of A-A RFC2544 test results below:

A-A RFC 2544

1024

15181280

RX Rate(frames/sec)

Frame Loss(%)

Pass/Fail

64

RFC2544 B-B Test Results - (2 hours min.)

Throughput:

Frame Size(bytes)

TX Rate(Mbps)

TX Rate(frames/sec)

RX Rate(Mbps)

#DIV/0!128 #DIV/0!

512 #DIV/0!256

1024

#DIV/0!

#DIV/0!1280 #DIV/0!

#DIV/0!

Latency:

1518

Max.Delay(usec)

Min.DV

(usec)

AverageDV

(usec)

Max.DV

(usec)

FrameSize

(bytes)

TXRate

(Mbps)

Min.Delay(usec)

AverageDelay(usec)

FrameLoss(%)

Pass/Fail

64128

256512

102412801518

RX Rate(Mbps)

RX Rate(frames/sec)

Frame Loss(%)

Pass/Fail

64

Frame Loss:

Frame Size(bytes)

TX Rate(Mbps)

TX Rate(frames/sec)

#DIV/0!128 #DIV/0!

512 #DIV/0!256

1024

#DIV/0!

#DIV/0!1280 #DIV/0!

#DIV/0!

Back-to-Back:

1518

64

Frame Size(bytes)

Port Speed(Mbps)

Average Burst(frames)

Repeat

256128

1024512

12801518

Pass/Fail



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