138265034-Huawei-DBS3900-Commissioning.pdf

Huawei DBS3900 Commissioning Procedure

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Huawei DBS3900 Commissioning Procedure (V1.2)

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Scope The scope of this document is to give a detail procedure for the commissioning of the Huawei DBS3900 base station. The document will provide the required tools, contacts and procedures to be followed.

Document Revision Version

Author

Draft V1.0 V1.1 V1.2

S Perkins Pan Fei Pan Fei Pan Fei

Reviewer

Date

Approver

02/11/2009 04/20/2009 04/27/2009 05/15/2009

Change Log Initial Draft V1.0 V1.1 V1.2

1. Tools List Tools Compass Digital Camera GPS Navigation (Optional) Laptop Mobile Phone (For communication) Test Data Card Test Mobile Phone and SIM USB Flash Memory Stick UTP Network Cable Vehicle Multi meter

Sub Contractor

Huawei

X X X X X X X X X X X

2. Site Awareness There are a number of site in Canada that are in remote location that require situational awareness therefore when travelling to and from remote site locations it is important that the engineer is equipped for travel to remote sites Engineers must also be aware that Tower work takes precedent over any other site work; therefore if tower work is in progress then the tower crew is in control of the site. 2009-05-15

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If required the engineer may have to remain off site until tower crews have finished any ongoing operations. If tower work is in progress then hard hats are required to be worn onsite.

3. Commissioning Process The commissioning process for the Huawei DBS3900 will follow the flow shown below. The following section will provide a breakdown of the activities required for successful commissioning of the base station.

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4. NTP Report The NTP report is a report that details which sites have received “Notice to Proceed” (NTP) from the customer. This report then provides the basis for scheduling activities for commissioning preparation and commissioning activities. From this report a forecasting schedule will then be produced to initiate the site configuration data to be prepared and the scheduling of engineers to attend site for commissioning. The details of this process are not covered in this document and is only included for informational purposes.

5. Commissioning Preparation In order for commissioning preparation to be considered complete the following must have happened. 1. Confirmed NTP report released, hardware installation completed, NodeB was powered on and IP connectivity is available (Telus) 2. Iub data and cell data for the NodeB is downloaded to RNC (Huawei) 3. Cells were correctly declared on Core Network side (NSN) 4. NodeB was created on OSS (Huawei) 5. IPCLK links were created on 2 IPCLK servers 6. Sub-contractor team got the correct NodeB software and Script from Huawei. 7. Sub-contractor team got the special USB memory stick with LED available and kept the NodeB software and script with the correct name, file format in the correct path as following: NodeB software: \\NodeB\Software\Software.cspBoot BootROM: \\NodeB\Software\Firmware.csp Data configuration file: \\NodeB\Configuration\NodeBCfg.xml Make sure that each USB stick is only kept with 3 files above dedicatedly for one NodeB, it’s better to label the USB stick with the site Name before commissioning to avoid the USB sticks mixing if more than 1 site will be integrated for one team.

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6. Site Keys and Codes In order for the engineer to be able to attend a site for commissioning it will be necessary for the keys and/or codes to be signed out. A valid Huawei ID card will be required for all engineers attending site. •

Sign out Telus Mobility key from Huawei Region PM.

•

Approved footwear must be worn

•

All employees must have a hard hat, hard hat must be worn at all times when a tower crew is on site

7. Site Access Procedures On attending site the engineer will be required to follow the site access procedures laid out below. •

Upon entry into the site one person must immediately call the security control center and report what site you have entered, provide your name and you are from Huawei, report site name and site number, report what your work order is to be on site.

•

The security control center phone number, site name and site ID is posted on the wall beside the phone

•

If there is a site book you must log into the book.

•

When you are last person in the site you must call security control and sign out from the site before leaving.

•

You must take care and ensure that the lights are turned off, the shelter door is locked and properly closed, shut the gate and close the gate lock.

This procedure must happen all the time, every time.

8. Site Installation Checks Before the engineer begins the commissioning of the base station they will be required to carry out an audit of the installation quality. There are two parts to the audit, the first is checklist for the BBU hardware, and the second is the checklist for the 2009-05-15

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DCDU. Please refer to the document: Both checklist need to be completed, photographs must be taken and submitted as part of the site documentation. __Photo.jpg (Overview, DCDU, BBU and Power) Once the audit checks have been completed and no major issues have been found then commissioning can commence. If any major issues are found then the issue must be recorded and escalated to Huawei Regional PM and Huawei RNC Engineer

9. BBU Serial Number After BBU hardware checking, find the BBU serial number as following and record the number with the file: _BBU SN_.txt For example 21023156401000001572

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10. Local Commissioning There are 2 possible ways to commission the Huawei DBS3900, the first is the USB commissioning method and the second is the LMT Commissioning method, both are covered below.

10.1 USB Commissioning Please refer to the document: < DBS3900 Commissioning Key Point Guide_Telus> DBS3900 automatically reads the related software and data configuration file under the fixed directory structure from the USB stick and verifies their names and formats: NodeBsoftware: \\NodeB\Software\Software.csp BootROM: \\NodeB\Software\Firmware.csp Data configuration file: \\NodeB\Configuration\NodeBCfg.xml Downloading the Software and Data Configuration File 1. Connect the USB Memory stick provided by Huawei to the USB port on the BBU3900 (do not use the test port). If the USB Memory stick is detected correctly the following should happen within 20 seconds: the LED on the USB disk is blinking; the RUN LED on the WMPT is blinking quickly (On for 1s, OFF for 1s) about 2 seconds, ALM LED on WMPT is “ON” since the hardware is different with the default scripts; CPRI LED on WBBPb are “OFF”. 2. Once the downloading of the software and configuration to the DBS3900 begins the following should be occurring: the LED on the USB disk is blinking, the RUN LED on the WMPT blinks quickly at 4 Hz(0.125s ON, 0.125s OFF) configuration file, it will last about 15 minutes.

RUN LED Blinking (ON

ALM LED “ON” WMPT

3. The software is automatically activated on the DBS3900 when this happens the RUN LED on WMPT blinks at 4Hz (ON for 0.125s, OFF for 0.125s) the 2009-05-15

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USB LED remains solidly “ON”. It will take about 10 minutes to activate the software.

4. The DBS3900 will carry out a reset after the software and the data configuration has been activated. During this process the LED on the USB will transition from ON->OFF->Blinking; the RUN LED on WMPT transitions: ON->OFF->Blinking (ON for 0.125s, OFF for 0.125s); RUN LED on the 2 WBBPb will blink respectively; CPRI LED on WBBPb will flash once “RED” and then become “Green”. The full reset will take about 5 minutes.

5. After the reset is complete, DBS3900 runs normally, the status should now be: LED on USB is “OFF”; RUN LED on WMPT blinks (ON for 1s, OFF for 1s); ALM LED on WMPT stays “OFF” (If there are no alarms); RUN LED on WBBPb blinks (ON for 1s, OFF for 1s);CPRI LED on WBBPb stays “GREEN”

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10.1.1 USB Commissioning Summary Procedure

LED on the USB disk

RUN LED on the WMPT

During Time

Detecting USB disk Downloading the software and the data configuration file from the USB disk Activating the software Resetting NodeB

ON Blinking

Blinking (ON for 1s, OFF for 1s) Blinking (ON for 0.125s, OFF for 0.125s)

about 2sec about 15min

ON

Blinking (ON for 0.125s, OFF for 0.125s) ON->OFF->Blinking(ON for 0.125s, OFF for 0.125s) Blinking (ON for 1s, OFF for 1s)

about 10min about 5min

NodeB Running

ON->OFF>Blinking Software Level Dependant

–

10.1.2 USB LED Status dependant on software

Software Level C01B051 C01B052 C01B053 2009-05-15

USB LED Status when NodeB is running OFF OFF ON HUAWEI Confidential

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Note: WMPT always blinks slowly (ON for 1s, OFF for 1s) in 30 seconds, please plug it again.

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10.2 Commissioning using LMT 10.2.1 Connecting to the NodeB 1. Connect laptop and NodeB with a Fast Ethernet cable.

Connect

2. Set the IP address for laptop. You can log in to the NodeB on the LMT only when the IP address of the LMT PC is correctly set. For local maintenance on the LMT, the IP addresses of the LMT PC and the NodeB local maintenance channel stay within the same network segment. You need set IP Address is 17.21.2.33 and mask is 255.255.0.0 in your laptop.

3. Click the “Local maintenance Terminal” in start menu to start LMT.

4. Click the […] button on the Office row.

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5. Click Add and Fill the table. The Office name is NODEB, the IP Address is 17.21.2.15 and the NE type is NodeB then click [Close].

6. Input the User Name: admin Password: NodeB. Click the “Login”

7. Once you are logged in successfully you should see the following. 2009-05-15

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10.2.2 Upgrading the BOOTROM 1. Select the Maintenance tab and choose Service > Software Management. Then double-click Software Update.

2. The Software Update dialog box is now displayed, select Upgrade BOOTROM and click [Next].

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3. The Upgrade BOOTROM dialog box is now displayed, select [Download BOOTROM Package] and [Activate BOOTROM], then use the [Browse] button to located the NodeB BOOTROM software on your hard disk. Once this is all complete click [Next].

10.2.3 Upgrading the NodeB software

Note: NodeB Bootrom must be upgraded before upgrading NodeB Software; the reversed procedure may cause the NodeB breakdown. 1. Select the Maintenance tab and choose Service > Software Management. Then double-click Software Update, as before. 2. The Software Update dialog box is now displayed, this time select Upgrade NodeB Software and click [Next]

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3. The Upgrade NodeB software dialog box will not be displayed. Select [Download NodeB Software Package], [Download By Configuration] and [Activate NodeB Software] and then use the [Browse] button to set the location of the NodeB Software Package, then click the [Next] button.

After the upgrade the software is complete, system will automatically reset NodeB, this will take about 5 minutes.

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10.2.4 Upgrading the Configuration File 1. Select the Maintenance tab and choose Service > Software Management. Then double-click Data Config File Transfer. The following dialog box will then be displayed. Select the [Download (FTP Server to NodeB)] option.

Use the [Browse] button to set the location of the configuration file (NodeBCfg.xml) and click [Start]. 2. Once the progress bar reaches 100% click [Close]. Go to the MML command window for the NodeB and type the command ‘RST NODEB”. Once the NodeB has reset the new configuration will take effect. Please wait 5-10 minutes.

10.3 Additional Commissioning Tasks 10.3.1 RUN ‘extra command’ sent by Huawei From LMT, ‘system’/‘Batch Commands’/

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Then open the ‘extra command’ file on your hard disk. Excution type is ‘All’ and don’t select the ‘prompt when error occurs. If the some of the commands failed, please call RNC Engineer for troubleshooting.

To finalize the commissioning of the NodeB and make it ready for call testing it is necessary to notify the RNC engineer that the software upgrade and the commissioning is complete. The RNC engineer will need to unlock the cells and load the appropriate license keys for the NodeB configuration.

11. System Checking After the commissioning of the NodeB is complete it is necessary to verify that the NodeB software and BOOTROM levels are correct and that the configuration file as loaded correctly in the NodeB. The following section describes the checks required.

11.1 Checking Software and BOOTROM Level 1. Login to the NodeB by LMT. 2. Open a MML Command window and use the following commands to list the software and BOOTROM version for all units present in the NodeB: 2009-05-15

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“LST VER” “LST SOFTWARE” Pleae make sure the version is V200R010C01B053 and then you can make callp. If it is not the right version, please do Item 10 Local Commissioning again. Log the results of the commands to a file and name it _. This file will become part of the site documentation package.

11.2 LED Status After the activation of the software and the configuration the NodeB should be in a normal run mode, check the LED status to verify the run state of the NodeB. LED

LED Status

Comments

WMPT Run LED

Blinking (ON for 1s, OFF for 1s) Unless alarms are present Alarm OFF

WMPT LED WMPT Act LED WBBPb Run LED

ON Blinking (ON for 1s, OFF for 1s) Unless alarms are present Alarm OFF

WBBPb LED WBBPb Act CPRI LED

ON ON

OFF if not configured, RED is RRU is not seen

11.3 Local Cell Status Once the RNC engineer has loaded the appropriate license keys and unlocked the cells the local engineer can check the cell status using the command DSP LOCELL:; log the output to the file _Locell_Status.txt this will form part of the site documentation to be submitted.

11.4 Cell Configuration If the local cell is available and operational, check the cell status using the command DSP CELLCFG: MODE=ALLCELL; log the output to the file _Cell_CFG.txt 2009-05-15

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this will form part of the site documentation to be submitted. Record the Primary Scrambling Code for each cell in _CallP_Register.xls for Call_P test.

11.5 RRU Topology Once finished software upgrade and local commissioning, select Maintenance tab on LMT, and click RRU Physical Topology, to check the RRU topology if it’s consistent with what NodeB configured, and snapshot the windows saved as file _Topology.jpg, this will form part of the site documentation to be submitted.

11.6 Alarm Checks Once the local cell status has been verified the local engineer will need to check the alarms on the NodeB and snapshot the alarm window save as file _Alarms.jpg. The engineer will need to resolve or account for any active alarms on the NodeB with the assistance of the RNC engineers and Huawei technical support.

11.7 Troubleshooting For assistance in troubleshooting any problems that arise during the commissioning of the NodeB the first point of contact will be the RNC engineer for the area. If the RNC engineer is not able to provide the necessary support the local engineer will need to contact Huawei technical support. 2009-05-15

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12. Cell Orientation Prior to call testing it is necessary for the local engineer to verify that there are no crossed fibers/feeders present in the configuration. To do this the engineer will need to us a compass to find orientate the direction of the sectors and then verify the Cell ID and scrambling codes for each antenna. The diagram below details the orientation of the Antennas, the first sector (Alpha) is the one orientating to the north east, alone the clockwise, are the second (Beta) and the third (Gamma) sector. Alpha Gamma

N

Beta

Once the cell orientation has been verified then call testing can begin. ( Telus has some special sites, which are not defined like this, Huawei will provide a list of these kind of sites)

13. Call P Testing 13.1 Call-P Procedure

Call P testing is to be carried out with co-ordination with the RNC Engineer; there are 3 sections to the Call P process, which are: •

Dedicated Call Tests

•

Basic Service Tests

•

Handover Tests

Please call RNC Engineer to check all cells are available. And then ask them to block 800 Cells, you can make all the 1900 Calls and Handover

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After you finish the 1900 call test, please call RNC Engineer to unblock 800 cells and block 1900 cells, you can make 800 calls and Handover After you finish the callp, please call RNC Engineer to unblock all cells and tell them the Callp on site finished. Record the all of the test results to _Telus_CallP Record after finished each test. PS: When you make the PS handover test, please remember to record the average download speed to ‘Telus_CallP Record’ spreadsheet.

13.2 Dedicated Call Test (For you reference) This section of call testing consists of a number of standard calls that test the routing of calls between the site and fixed line numbers in both directions (only one of each call is required per Site). Call tests should consist of the following: •

Mobile to Fix line using 11 digits (Local Site telephone can be used for this purpose)

•

Mobile to Fix line using 10 digits (Local Site telephone can be used for this purpose)

•

Fix line to Mobile using 11 digits (Local Site telephone can be used for this purpose)

•

Fix line to Mobile using 10 digits (Local Site telephone can be used for this purpose)

13.3 Basic Service Tests and handover test (For you reference) This section of call tests deals with testing the services on each cell of the Site, one of each of the following tests is required in order to achieve a pass grade for the cells (unless know conditions exist to prevent one or more of the tests, details of these conditions must be detailed in the Call P documentation). 1. Call RNC Engineer to block all 850 cells. Then make Voice call and video call in each 1900 cell. Make sure the PSC is right in each cell. 2. Make a call and walk around the site, to make sure there is no call drop. And then reverse to make sure there is no call drop

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3. 3. Call RNC Engineer to unblock 850 cells and block all 1900 Cells. Then make Voice call and video call in each 850 cells. Make sure the PSC is right in each cell. 4. Make a PS download and walk around the site, to make sure there is no call drop. And then reverse to make sure there is no call drop

•

Voice call – to be held for 1 minute and checked for call quality.

•

Video Call – to be held for 1 minute and checked for video and voice quality.

•

HSPA data test 1.

Initiate the internet connection and make sure connection is set up.

2.

Login to site http://speedtest.net/, choose the city where the site located and initiate the download test and upload test.

3.

Check the download speed

4.

Check the upload speed

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13.4 Commissioning Report Use Batch command tool to collect the commissioning information and send back to Huawei. Steps: 1. Open LMT: System/Batch Commands 2. Click ‘Open’ to find the ‘Data Scan_20090414_V3.txt’ file in the ‘Commissioning Report Tool’ file. 3. Click ‘ Set’ on LMT to set the save direction. Just select ‘Save Successful Reaults’ and save to your folder.

4. Click ‘Go’ to run the scripts.

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5. Go to the ‘Commissioning Report Tool’ folder to open the file ‘ATP Data Sheet_scripted_V3.xls’ . Click ‘Get Data’, find the batch command result just now you saved. And then you can get the values in this XLS file. 6. Save it and send all these three files to Huawei.

14. Compiling and Submitting the Site Documents 14.1 Contents of Site Documentation There are several documents that form part of the site documentation, all of these must be provided to Huawei at the completion of the site commissioning and call testing. The following is a list of the information to keep, file convention and purpose of each document Item

Folder/Naming Convention

Purpose

NodeB configuration

///Configuration/NodeBCf g.xml

Commissioning Data file provided to engineer to commission the site.

Site Overview Photo

///Site Photo/_Overview.jpg

Provides a visual view of the installed equipment in the rack.

DCDU Audit Checklist

///HW Installation Check/_DCDU_Checklist.doc

Confirms the audit results carried out for the DCDU prior to commissioning of the site.

DCDU Close Up Photo ///Site Photo/_DCDU.jpg

Provides a close up view of the installed DCDUs, to visually confirm install.

BBU Audit Checklist

///HW Installation Check/_BBU_Checklist.doc

Confirms the audit results carried out for the BBU prior to commissioning of the site.

BBU Serial Number

///HW Installation

Provide the accurate BBU serial number for each sites.

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BBU Close Up Photo

///Site Photo/_BBU.jpg

Provides a close up view of the installed BBU, to visually confirm install.

Power Cabling (PSU end)

///Site Photo _PWR.jpg

Provides a close up view of the power cabling to the PSU.

Site Software versions

///Commissioning Log/_SW_Version.txt

Provides evidence of current software and BootROM versions

Local Cell Status

///Commissioning Log/_Localcell_Status.txt

Provides evidence of Cell Status after commissioning.

Cell Configuration

///Commissioning Log/_ Cells_Config.txt

Provides the cell configuration after the commissioning of the NodeB

Topology Snapshot

///Commissioning Log/_Topology.jpg

Provides a topological view of the NodeB after commissioning

Alarm Snapshot

///Commissioning Log/_Alarms.jpg

Provides a snapshot of alarms present on the NodeB after commissioning

Alarm Log

///Commissioning Log/_Alarms.csv ///CallP Register/_Telus_CallP Record //_Commissioning Report

Provides a log of all of the full alarm information for the site in CSV format. Provides Call-p results of all the cells for the site.

Call-p Result

Commissioning Report

Include three files: ATP Data Sheet_scripted_V3.xls, BatchMML_Result.txt, Data Scan.txt

14.2 Submitting Documentation Once finished the site commissioning and service test, complete the documents as requested and keep them in the correct path accordingly as categorized in 14.1: ///Configuration/ 2009-05-15

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///Site Photo/ ///HW Installation Check/ ///Commissioning Log/ ///Call_P Register/ // Commissioning Report Each team leader should send out all these request files in 24 hours. after the commissioning. Please send to Huawei Local PM, Site Technician and RNC Engineer.

15 Handover Testing Guide Handover tests are to be carried out under the direction of the RNC engineer as the RNC engineer will need to monitor and feedback the current serving cells information to the onsite engineer. Testing will differ slightly between S111 and S222 sites due to the different in cells present on the site. The general concept of the handover testing

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is to achieve intra-frequency (and in the case S222 sites inter-frequency) handovers between adjacent cells on the site. •

Intra-Frequency Handover

S111: 1. [RNC engineer] Unblock the 3 cells of each sector. 2. [Site Engineer] Make sure mobile phone camp on the cell of sector Alpha, originate a voice call to the 2nd mobile phone. 3. [Site Engineer] Hold on the call proceeding and move to the cell of sector Beta and Gamma sequently in clockwise, then move to cell of sector Alpha. 4. [Site Engineer] Make sure the voice call is clear and without drop. 5. [Site Engineer] Hold on the call, move back to cell of sector Gamma and Beta sequently in anti-clockwise, finally back to cell of sector Alpha. 6. [Site Engineer] Make sure the voice call is clear and without drop. 7. [Site Engineer] Terminate the call and confirm with RNC engineer for the test results. 8. [Site Engineer] Record the test results in callp register table.

step3

step5

S222: 1. [RNC engineer] Unblock the 3 cells of F1 (850MHZ) of each sector, block the other 3 cells of F2 (1900MHZ). 2. [Site Engineer]Follow the step2~8 for S111 handover test. 3. [RNC engineer] Block the 3 cells of F1 (850MHZ) of each sector, unblock the other 3 cells of F2 (1900MHZ). 2009-05-15

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4. [Site Engineer]Follow the step2~8 for S111 handover test. •

Inter-Frequency Handover (only for S222)

1. [RNC engineer] Unblock 850M cell (Alpha), 1900M cell (Beta) and 850M cell (Gamma). 2. [Site Engineer] Make sure mobile phone camp on the 850M cell (Alpha), originate a voice call to the 2nd mobile phone. 3. [Site engineer] Hold on the call proceeding and move to the 1900M cell (Beta) in clockwise. 4. [Site Engineer] Make sure the voice call is clear and without drop. 5. [Site Engineer] Confirm with RNC engineer for the successful handover to 1900M cell (Beta) and move to 850M cell (Gamma). 6. [RNC Engineer] Block 850M cell (Alpha), unblock 1900M cell (Alpha). 7. [Site Engineer] Confirm with RNC engineer for the successful handover to 850M cell (Gamma) and move to 1900M cell (Alpha). 8. [RNC Engineer] Block 1900M cell (Beta), unblock 850M cell (Beta). 9. [Site Engineer] Confirm with RNC engineer for the successful handover to 1900M cell (Alpha) and move to 850M cell (Beta). 10. [RNC Engineer] Block 850M cell (Gamma), unblock 1900M cell (Gamma). 11. [Site Engineer] Confirm with RNC engineer for the successful handover to 850M cell (Beta) and move to 1900M cell (Gamma). 12. [RNC Engineer] Block 1900M cell (Alpha), unblock 850M cell (Alpha). 13. [Site Engineer] Confirm with RNC engineer for the successful handover to 1900M cell (Gamma) and move to 850M cell (Alpha). 14. [Site Engineer] Confirm with RNC engineer for the successful handover to 850M cell (Alpha) and move back to1900M cell (Gamma) in anti-clockwise. 15. [Site Engineer] Confirm with RNC engineer for the successful handover to 1900M cell (Gamma) and move to 850M cell (Beta) in anti-clockwise. 16. [RNC Engineer] Block 850M cell (Alpha), unblock 1900M cell (Alpha). 17. [Site Engineer] Confirm with RNC engineer for the successful handover to 850M cell (Beta) and move to 1900M cell (Alpha) in anti-clockwise. 18. [RNC Engineer] Block 1900M cell (Gamma), unblock 850M cell (Gamma). 19. [Site Engineer] Confirm with RNC engineer for the successful handover to 1900M cell (Alpha) and move to 850M cell (Gamma) in anti-clockwise. 20. [RNC Engineer] Block 850M cell (Beta), unblock 1900M cell (Beta). 2009-05-15

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21. [Site Engineer] Confirm with RNC engineer for the successful handover to 850M cell (Gamma) and move to 1900M cell (Beta) in anti-clockwise. 22. [RNC Engineer] Block 1900M cell (Alpha), unblock 85M cell (Alpha). 23. [Site Engineer] Confirm with RNC engineer for the successful handover to 1900M cell (Beta) and move to 850M cell (Alpha) in anti-clockwise. 24. [Site Engineer] Confirm with RNC engineer for the successful handover to 850M cell (Alpha). 25. [Site Engineer] Terminate the call and confirm with RNC engineer for the test results. 26. [Site Engineer] Record the test results in Callp register table.

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