4-dbs commissioning guide

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MBTS3900
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Slide title :32-35pt Color: R153 G0 B0 Corporate Font : FrutigerNext LT Medium Font to be used by customers and partners : Arial Slide text :20-22pt Bullets level 2-5: 18pt Color:Black Corporate Font : FrutigerNext LT Medium Font to be used by customers and partners : Arial
Top right corner for field-mark, customer or partner logotypes. ----------------
The following nine groups of colors are an example of how our design colors can be used, please take note that you should only use one design color group per slide. For specific usage details, refer to the “Typesetting Standard”.
MBTS Commissioning by using Flash Drive
This section describes how to load a software package or data configuration files from an already prepared USB flash drive to a base station.
We Need:
HUAWEI TECHNOLOGIES CO., LTD.
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MBTS Commissioning & Strategy
Flash Drive Method
Note:
First the Engineer will move to the site and get the ESN from the BBU during the pre-installation & provide it back to Huawei Integration Team (OMCR).
The NI team will activate the DHCP Function and assign the IP to the BTS.
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Introduction to the Ports of UMPTb2
Universal Main Processing & Transmission unit with 4E1 and 2FE/GE interface UMPTb2
The Universal Main Processing & Transmission unit (UMPT) is a main control and transmission unit commonly used by the BBU3900.
The UMPT performs the following functions:
Performs configuration management, device management, performance monitoring, and signaling processing.
Processes signaling and manages resources for other boards in the BBU.
Provides the USB port, transmission port, maintenance port for transmitting signals, automatically upgrading software, and maintaining the BBU on the LMT or M2000
For more details please check the attachment.
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Security Level
1 UMPT
The Universal Main Processing & Transmission unit (UMPT) is a main control and transmission unit commonly used by the BBU3900.
Specifications
The following table lists the transmission specifications of the UMPT.
Table 1 Transmission specifications of the UMPT
Board
ATM over E1/T1a or IP over E1/T1
1
1
Full-duplex
1
Full- or half-duplex
a: ATM over E1/T1 is supported only in UMTS single-mode or co-MPT multimode including UMTS.
Panel
· Performs configuration management, device management, and performance monitoring, and signaling processing.
· Processes signaling and manages resources for other boards in the BBU.
· Provides the USB port, transmission port, maintenance port for transmitting signals, automatically upgrading software, and maintaining the BBU on the LMT or M2000.
Principle
The following figure shows the working principle of the UMPT.
Figure 6 Working principle of the UMPT
Port
The following table describes the ports on the panel of the UMPT.
Table 5 Ports on the panel of the UMPT
Silkscreen
Connector
Description
E1/T1
FE/GE1
GPS
SMA connector
The GPS ports on the UMPTa1, UMPTa2, and UMPTb1 are reserved.
The GPS ports on the UMPTa6 and UMPTb2 are used for transmitting radio frequency (RF) signals received from the antenna to the satellite card.
USBa
USB connector
A USB flash drive can be inserted into this port for upgrading the software of the base station. This port also functions as a commissioning Ethernet portb.
CLK
CI
Used for resetting the board.
a: The security of the USB port is ensured by encryption, and the USB port can be shut down using commands.
b: When the USB port functions as a commissioning Ethernet port, ensure that an OM port has been opened and the user has obtained required authorities for accessing the base station through the OM port before accessing the base station through the USB port.
Indicator
The following table describes the three status indicators on the UMPT panel.
Table 6 Status indicators on the UMPT
Silkscreen
Color
State
Description
RUN
Green
Steady off
There is no power supply, or the board is faulty.
Blinking (on for 1s and off for 1s)
The board is running properly.
Blinking (on for 0.125s and off for 0.125s)
· The board is being loaded or configured.
· The board is not started.
ALM
Red
Steady on
An alarm is generated, and the board needs to be replaced.
Steady off
An alarm is generated, and you need to locate the fault before determining whether to replace the board.
ACT
Green
Steady off
· The board has not been activated.
· The board is not providing any services.
Blinking (on for 0.125s and off for 0.125s)
The operation and maintenance link (OML) is disconnected.
The board is being tested, such as an RRU Voltage Standing Wave Ratio (VSWR) test through a USBa flash drive.
NOTE:
Only the UMPTb1 working in UMTS mode and the UMPTa1 have this indicator status.
In every 4s, the indicator is on for 0.125s and off for 0.125s (eight times) in the first 2s and then off for 2s.
· All cells configured in the subrack that houses this board are not activated.
· The S1 link is faulty.
NOTE:
Only the UMPTb1 working in LTE mode and the UMPTa2 and UMPTa6 have this indicator status.
a: The security of the USB port is ensured by encryption, and the USB port can be shut down using commands.
Besides the preceding three indicators, some other indicators indicate the connection status of the FE/GE optical port, FE/GE electrical port, interconnection port, and E1/T1 port. The indicators that indicate the connection status of the FE/GE optical port and FE/GE electrical port are on both sides of the corresponding ports and have no silkscreen, as shown in the following figure.
Figure 7 Indicators for ports
The following table describes the indicators for ports.
Table 7 Port status indicators
Corresponding Port/Silkscreen
Steady on
Blinking
FE/GE electrical port
Steady on
Blinking
CI
Steady red
An optical module fails to transmit or receive signals due to one of the following reasons:
· The optical module is faulty.
· The fiber optic cable is broken.
Blinking red (on for 0.125s and off for 0.125s)
Cables are connected in one of following incorrect manners:
· The S0 port on the UCIU in one BBU connects to the CI port on UMPT in the other BBU, and indicators for all incorrectly connected ports are blinking.
· The ports are connected in ring topology. Indicators for all incorrectly connected ports are blinking.
Steady off
L01
Steady off
E1/T1 links 0 and 1 are not set up, or a Loss Of Signal (LOS) alarm is generated.
Steady green
Blinking green (on for 1s and off for 1s)
E1/T1 link 0 is working properly, but E1/T1 link 1 is not set up or an LOS alarm is generated.
Blinking green (on for 0.125s and off for 0.125s)
Steady red
Alarms are generated on both E1/T1 links 0 and 1.
Blinking red (on for 1s and off for 1s)
An alarm is generated on E1/T1 link 0.
L23
Steady off
E1/T1 links 2 and 3 are not set up, or an LOS alarm is generated.
Steady green
Blinking green (on for 1s and off for 1s)
Blinking green (on for 0.125s and off for 0.125s)
Steady red
Alarms are generated on both E1/T1 links 2 and 3.
Blinking red (on for 1s and off for 1s)
There are three indicators (R0, R1, and R2) that indicate in which mode the UMPT is working. The following table lists the meanings of the indicators.
Table 8 Mode indicators on the UMPT
Silkscreen
Color
State
Description
R0
Steady green
Steady red
Steady green
Steady red
Steady green
Steady red
DIP Switch
Two DIP switches on the UMPTa1, UMPTa2, and UMPTa6 are labeled SW1 and SW2, respectively. Figure 8 shows the positions of DIP switches on these boards. A DIP switch on the UMPTb1 and UMPTb2 is labeled SW2. Figure 9 shows the positions of the DIP switch on these boards. The functions and meaning of SW2 on the UMPTa and UMPTb series boards are the same.
Figure 8 Positions of DIP switches on the UMPTa series boards
Figure 9 Positions of the DIP switch on the UMPTb series boards
The DIP switches perform the following functions:
· SW1 is used to select the E1/T1 mode.
· SW2 is used to select the grounding mode of E1/T1 transmission.
Each DIP switch has four bits. Table 9 and Table 10 describe the bit settings and meanings of the DIP switches.
Table 9 DIP switch SW1
DIP Switch
Bit Setting
OFF
ON
ON
OFF
Table 10 DIP switch SW2
DIP Switch
Bit Setting
2014-11-17
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MBTS Commissioning by using Flash Drive
This section describes how to load a software package or data configuration files from an already prepared USB flash drive to a base station.
We Need:
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ABIS over IP configuration by using LMT
Connect the laptop to the BTS.
As per provided plan Configure the MBTS by using LMT software
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Basic Steps for start the configuration
Check the BTS Hardware and Powered ON.
Check the transmission status with transmission engineer, the port for BTS should be defined in the transmission side.
Ping test from RTN or GPON to the BSC gateway is OK.
If the transmission is ping able, go to the site and connect the LAN cable between the transmission FE port and UMPT FE0 port.
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USB Flash Drive for MBTS Commissioning
Plug the USB flash drive into the USB port of the computer.
Create a folder named Site 1 in the USB flash drive.
create a folder named MBTS (the name is the site name ) in the folder Site 1.
Copy the PreCfg.ini file to the folder ,you can get the TransCfg.ini file from the BSC integration Team.
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If the light on the USB flash drive is on and the RUN indicator on the main control board is blinking fast (0.125s on and 0.125s off) after the USB flash drive is connected to the main control board, the base station starts loading the software and data configuration files from the USB flash drive.
If the light on the USB flash drive is off and the RUN indicator on the main control board keeps blinking slowly (1s on and 1s off) after the USB flash drive is connected to the main control board, the USB flash drive or the USB port on main control board is faulty.
Wait for the base station to automatically load and activate the software and data configuration files, and restart. Then verify that the loaded software and data configuration files have taken effect.
The local engineer can observe the status of the RUN indicator on the main control board to determine the loading status of the software and data configuration files, as provided in the following table. For a single-mode base station, this step takes about 15 minutes. For a multimode base station, this step takes about 25 to 30 minutes. It is recommended that the local engineer observe the status of the RUN indicator after this duration.
Remove the USB flash drive after the base station enters The loading succeeds status.
After the loading process is completed, the software activation and base station restart take about 3 minutes. You do not have to observe the status of the RUN indicator during this time.
After the restart, the base station checks new data configurations and determines whether the target software for all boards is obtained. If yes, the base station enters The loading succeeds status. If no, the base station performs supplementary loading for the newly added board from the USB flash drive. After the supplementary loading, the base station enters The loading succeeds status.
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Check the status of the MBTS, make sure the UMPT board is power on and working normal.
Put the USB flash into the USB port of the UMPT.
Do not remove the USB flash drive during the period from plugging in the flash drive to the duration of normal operation of the base station. Otherwise, the file load fails.
Check with BSC integration team whether the BSC can Ping to the BTS IP.
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Use LMT for MBTS Commissioning
To use the LMT to log in to the base station, perform the following steps:
Connect the LMT to the base station.
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Laptop IP settings
Set your computer IP address like below: IP address is 192.168.0.47,subnet mask is 255.255.255.0
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Login in the MBTS LMT
In the address box of the browser, enter the IP address of the main control board for local maintenance. The default IP address is 192.168.0.49
Enter the user name, password, and verification code in the User name, Password, and Verification code text boxes, respectively. Set User type to Local.
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Configuring the FTP Server
You can download the base station software, data configuration file, and license from an File Transfer Protocol (FTP) server to the local maintenance terminal (LMT).
Download the FTP server software. (Optional. Perform this step only when there is no FTP server at the LMT computer.)
In the upper right corner of the LMT main window, click FTP Tool. The File Download-Security Warning dialog box is displayed.
Click Save to save the FTP server software SFTPServer.exe to the LMT computer.
Double-click SFTPServer.exe. SFTPServer.exe is decompressed into an SFTPServer folder.
Open SFTPServer. Double-click SFTPServer.exe to start the FTP server. The icon is displayed on the right side of the taskbar after the FTP server is started.
Configure the FTP server.
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Double-click . The FTP server configuration dialog box is displayed.
Set User name, Password, Working directory, the default user name is admin and the default password is hwbs@com. Set Working directory to the root directory of the FTP server, which is D:\FTP, and retain default values for other parameters.
Click OK. The FTP server is successfully configured
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Loading Software, Data Configuration File, and Commissioning License on the LMT
This section describes how to load the software, data configuration file, and commissioning license to a base station.
In the LMT main window, click Device Maintenance.
In the navigation tree, choose BTS Maintenance > Common Maintenance > Software Management. Double-click Software Management (The Software Management tab page is displayed)
The version MBTS V100R008C00SPC100 is used as an example.
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Set parameters related to FTP Server Configuration on the Software anagement.
Select tasks based on scenarios.
Click Execute
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MML Mode
Run the DLD SOFTWARE command to download the software and Boot Rom.
Run the DLD CFGFILE command to download the configuration file.
Run the ACT CFGFILE command to activate the configuration file. If EFT is set to AFTER_RESET, the operation takes effect only after the base station resets.
Run the ACT SOFTWARE command to activate the software and Boot Rom.
Run the INS LICENSE command to download and install the license file.
After the base station restarts, run the LST VER command to check whether all modes have been loaded with the software of the target version. If not, run the DLD SOFTWARE command to redownload the software and then run the ACT SOFTWARE command to activate the software.
If no operation is required on the LMT, log out of the LMT according to the following steps: Click Logout in the toolbar in the LMT main window. The Confirm dialog box is displayed.
Click Yes. The LMT is disconnected from the base station. A dialog box for logging in to the LMT is displayed.
Close the browser to exit the LMT
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SDT Tool
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Transmission or the OSS is not ready .
PNP is not supported.
The progress is delayed.
Complex USB file making
Files are easy to be placed in a wrong path.
Faults are invisible.
Problem analysis of second visits in a project
Complex and long acceptance report output Incorrect
information collection, such as errors or missing
Rework
Case:
Transmission and remote deployment conditions are not met at the earlier stage of a delivery project. To meet the deadline, 200 sites are installed. After sites go online later, only 50 sites are working properly and the other 150 sites have alarms, such as standing wave alarms, optical alarms related to no TX/RX optical modules, and low or high optical power alarms.
Therefore, these 150 sites are handed over to the supervisor and subcontract to go online multiple times by using laptop computers and professional construction tools. This wastes costs and delays the progress.
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Antenna faults 42%
Transmission problems 15%
GPS problems 2%
Others 5%
RTWP 24 55 20 23 2 7
Smart Deployment Toolkit
Reduce skill requirements
Reduce device quantities and costs
Accelerate the project delivery progress
Locate the cause of a fault and solve the problem locally
Reduce second visits significantly
Software, configuration file, and license loading
Operation replay
USB:
1. Local faults are invisible and difficult to locate.
2. The deployment based on the USB flash drive depends a lot on the far end.
3. Many devices are required for check and there is a high risk of second visits.
Laptop computer
1. Skills of software commissioning engineers are high and devices are expensive.
2. Commands are queried manually one by one and the fault locating skill requirements are high.
PNP:
2. Transmission is out of position. The delivery cannot start.
3. Local faults are invisible and remote communication is inefficient.
4. OMC engineers are engaged in lots of affairs, calls, and pressure.
Acceptance:
2. Check items are easy to miss and error prone.
Report:
1. Later data filtering and reorganization costs a lot of time.
Labor costs are high and data accuracy is uncertain.
Pain Points
SDT Functions
Ping and Tracert
Cell, board, optical power, and GPS check
Alarm query
Operation log
Acceptance photo-taking
Site
Acceptance
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Four reasons to reduce costs
Even if transmission is out of position, we dare to install base stations. We can ensure no rework after the installation.
Generate neat deployment reports intelligently based on the photo collection guide, alarm query, and status query functions of smart terminals. This saves a lot of report making time.
Ensure no site installation faults before leaving sites
No requirement for the remote OSS
Eliminate second visits
GUIs simplify the installation and operations.
No user manual is required. Subcontractors can install base stations and user them immediately after the installation.
Reduce subcontractor skill requirements
Replace laptop computers by smart terminals.
Replace high skill requirements by low skill requirements.
The smart deployment toolkit, together with PNP remote deployment, is applicable to various deployment scenarios.
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1. Android smartphone:
Specifications: Android 2.3 or above, 1 GHz CPU, 700 MB RAM, and 2 GB SD card
2. Wi-Fi AP:
FDD-LTE phone:
Huawei U9202L_1. Internal demands BOM (51055756). The PHU can be installed on the phone.
TDD-LTE phone:
Huawei G716 (customized phone for China Mobile). Internal demands BOM (51090002) or procurement. The PHU can be installed on the phone.
For details about how to apply for the PHU software version and detailed operations, see GENEX PHU User Guide.
Smart Deployment Toolkit (SDT)
Smart Deployment Toolkit, the smartphone application software (SDT.apk) developed by Huawei, focuses on deployment and acceptance scenarios and integrates the expert system. It provides convenient operations and rich functions, and is a useful tool for site deployment and maintenance.
Required only: network cable + AP + smartphone
Ubiquitous phones, mainstream Android smartphones, cheap APs, and convenient procurement
All (USB flash drive, drive test phone, camera, GPS, bar code scanner, alarm panel, paper, pencil.. ) in one (smartphone)
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Install the SDT.
Copy SDT.apk to the root directory of the smartphone and click Install.
Modify the script file SDTConfig.txt.
1. During the first running, the SDT automatically generates the script file SDTConfig.txt in the root directory of the internal storage area.
Default values are used for parameters in the file. Change the values based on site requirements.
The SDTConfig.txt file can be edited by using WordPad.
2. The following values are changed:
Start alarm IDs (ALarmS, ALarmE) (If you need to see all the alarms, you can change it as follows: 1~2147483646 )
VSWR threshold
Sender and recipient email addresses. The sender email is Gmail using the default host address and port address. The recipient email box can be any email box.
Mobile phone number used to receive SMS
Photo name and ESN name
3. To ensure the script file consistency on all phones in the project, the administrator must modify the file on one phone and copy it to all the other phones.
(Install SDT.apk, delete the automatically generated SDTConfig.txt, and copy the modified configuration file.)
4. For details about parameters, see section 1.5.4 Modifying the SDT Script File in BaseStation Toolkit V100R002C00T User Guide.docx.
Function 1: Install and Configure the SDT
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1. Deployment data preparation
Turn on the AP (the work mode must be AP).
The mobile phone connects to AP using Wi-Fi and the AP connects to the UMPT using the network cable.
HuaweiBTSInfo
BTS3900
LIC
Software
Example: preparing deployment data for base stations in SRAN8.0
Step 1: In the HuaweiBTSInfo directory, create the GSM, UMTS, LTE, BTS3900, and LIC folders based on project RATs.
Step 2: Create the Software and sitename folders in each RAT directory.
Step 3: Copy the HuaweiBTSInfo folder to the root directory of phone.
Note To save storage space, you can delete unneeded software packages of the BTS3900 based on site requirements, such as BOOTROM, GBTS, and eGBTS.
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3. SDT start
Click the SDT icon, select the RAT of base stations you want to log in to, and select the site where the configuration file is saved. The navigation page is displayed.
According to standard, software version and control board to select the corresponding "Select Mode" option, please refer to the following table.
Function 1: GUI
UMTS
GSM
LTE
SRAN 8.0,8.1
1. BTS3900 WCDMA (single mode) running on the WMPT 2. BTS3900 LTE (single mode) running on the LMPT 3. BTS3900 WCDMA (single mode), BTS3900 LTE (single mode), and co-MPT base station BTS3900-G\U\L\GU\GL\UL\GUL running on the UMPT
BTS3900
Phone does not require to pre-connect Wifi, Please click "Deployment" icon and then to select Wifi signal, then can connect AP and login station.
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4. The base station software, scripts and license issued
The progress of loading the software, configuration, or license is visible.
You can select software RATs of co-MPT base stations.
Function 2: One-Click Deployment
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5. Base station commissioning-transmission link setup visibility
The visibility of IP transmission deployment process allows you to locate faults quickly. It reduces thime from 20-minute to 1.
Red, yellow, and green lights indicate task results, providing a simple and direct view. You can expand them to view details.
Note: Create site NE icons on the M2000 to ensure that the status of 1. OMCH/OML Information is in green, indicating connected.
Function 2: GUI-based Detection
Comprehensive transmission information and clear fault view
Useful tool of transmission fault locating and demarcation
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6. Base station commissioning - Transmission fault check
The input-free function automatically reads the next hop IP address of the base station and the IP addresses of the BSC and M2000. The Ping and Tracert tests are executed automatically.
You can manually change and type the IP address, and check service IP addresses.
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The SDT allows you to test the VSWR, intermodulation, and antenna cross feeder connection functions.
Commands are automatically executed and results are displayed in red, yellow, and green, providing a direct and simple view.
7. Base station commissioning - Antenna check
No rework during the antenna construction
Note: After the software and configuration data is download , base stations are restarted, wait for 12 minutes and then do the antenna check function.
Software of RRUs takes effect slowly. It takes 12 minutes for three 8-channel RRUs to take effect.
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You can query all alarms.
You can include ALarmS and ALarmE in start IDs of alarm query by modifying the SDTConfig.txt file.
Alarms IDs 1~2147483646 are recommended, If you need to see all the alarms.
8. Base station commissioning - Alarm query
Ensure that no engineering alarms exist before you leave sites to avoid possible future rework.
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Allows you to query various kinds of information.
The GBTS does not support the board, optical power, cell, and GPS check at the local end.
9. Base station commissioning - Board, optical power, cell, and GPS check
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Attachment 1: Base station commissioning - Site deployment logs
Site deployment logs display operation processes and records related to base stations.
All operations related to base stations are traceable.
Each operation is recorded precisely, allowing you to trace and locate operations easily.
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Attachment 2: Site acceptance - Data uploading
After site deployment is complete, data is automatically uploaded to the OMC engineer email.
Sender and recipient emails are configurable. The sender email box must be Gmail.
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Base station commissioning - Operation replay
You can replay deployment data on the mobile phone. Deployment results are displayed on GUIs, facilitating later problem locating and communication.
Function 2: Data Replay for Easy Troubleshooting
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Fixed entry photo-taking: The mobile phone displays pre-configured entries on the screen. Workers take phones one by one based on these entries.
Random fault photo-taking. Take photos of all faults. Fault photos can be uploaded in real time, facilitating fault locating in time.
These entries can be customized.
Photos are taken based on these entries. No photo is missing or improperly taken.
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Function 4: Site Acceptance - ESN Bar Scanning
Workers scan bar codes based on pre-configured ESN entries. The function supports one-dimension and two-dimension code scanning.
The site name, RAT, and ESN name are automatically added before the ESN and then sent to OMC engineers by SMS or email. For example, Site78_GSM_BBU:210305394710CB001076.
The BBU ESN can be used in ESN binding during the M2000 PNP deployment in real time. This avoids the inefficiency and errors of manual ESN reading.
Avoid ESN copying and reading errors.
Real-time uploading accelerates the PNP deployment.
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Enable the function manually to automatically obtain GPS information.GPS information is automatically saved in deployment reports.
GPS information is sent in real time, helping real-time position management.
Function 5: Site Acceptance - Acquisition of GPS data
Automatic GPS picture saving
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Function 6: Site Acceptance - PHU Radio Parameters
Allows you to view details about radio parameters, such as radio parameters of GSM, UMTS, LTE, and Wi-Fi.
You need to install the PHU software.
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Function 6: Site Acceptance - PHU Service Verification
Allows you to configure test plans centrally in advance and executes test plans automatically.
Screens of test result statistics can be captured and saved.
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After engineering parameters are imported, base station positions are displayed in Google Map.
Current positions and routes of workers are displayed in Google Map.
Helps to find base stations easily, especially at night.
Displays base stations and positions in offline Google Map.
Engineering parameters:
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Function 7: Windows Background Tool - Operation Replay
The mobile phone uploads deployment data in real time. The server displays deployment GUIs synchronously, facilitating fault locating and communication.
Copies the deployment data folder HuaweiSDTData in the root directory to the PC.
Replays deployment data on the PC and stimulates mobile phone GUIs to reproduce previous onsite GUIs.
Synchronous display of site faults
Whole replay of deployment process
Everyone is a GTAC expert
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Function 8: Windows Background Tool - Site Acceptance Report Generation
The tool reads data generated during the deployment, such as deployment logs, site photos, ESNs, GPS information, and service test data, automatically generates professional, neat, systemic, and comprehensive reports, and submits them to telecom operators.
The 18-page report is automatically generated in 3 minutes.
Site information is correct, complete, and neat.
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BOM: 51090002
Radio Specifications:
GSM: 900/1800/1900
WCDMA: 850/1900/2100
LTE FDD: B3/B7/B39/B40
You can install and run the PHU software on the following mobile phones:
Android mobile phones provided by mainstream vendors allow you to install the SDT.
1. Recommended FDD-LTE mobile phone: Huawei U9202L_1
BOM: 51055756
Radio Specifications:
GSM: 850/1800/1900
WCDMA: 850/900/2100
FDD LTE: B3/B7/B20
2. Recommended TDD-LTE mobile phone: Huawei G716 (customized for China Mobile)
Note:
To ensure the stability of each function, you are not allowed to use smuggled or pirated mobile phones.
Android mobile phones provided by global mainstream vendors, such as Samsung, HTC, and Huawei, are strongly recommended.
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www.amazon.com and www.ebay.com, www.eachnet.com and www.bestbuy.com.
3
www.360buy.com and www.taobao.com, and www.amazon.com.
1. List of recommended APs with internal and mobile power supplies
2. List of other APs requiring outer power supplies from USB ports of main control boards
Note: The UMPT does not have a USB port. Therefore, these APs requiring outer power supplies cannot be powered on by the UMPT.
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Sang Yanqi 00189072 (tool promotion)
Yuan lin 00140141 (tool promotion)
The navigation path is as follows:
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±¨¸æ
2 Tran-Link Establish
2
×
[PortNo] CN:, SRN:, SN:, PN: [Status] [Info] [Warning] No matching result is found
5
×
[PortNo] CN:, SRN:, SN:, PN: [Status] [Info] LCP Status: IPCP Status: Local IP Negotiation Result: Local IP Mask Negotiation Result: Peer IP Negotiation Result: Number of TX Packets(packet): Number of TX Drop Packets(packet): Number of RX Packets(packet): Number of RX Drop Packets(packet): [Warning] Command parse failed.
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7
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√
PING 100.66.96.193: 32 data bytes Reply from 100.66.96.193: bytes=32 Sequence=1 ttl=255 time=1 ms Reply from 100.66.96.193: bytes=32 Sequence=2 ttl=255 time=20 ms Reply from 100.66.96.193: bytes=32 Sequence=3 ttl=255 time=1 ms Reply from 100.66.96.193: bytes=32 Sequence=4 ttl=255 time=1 ms --- 100.66.96.193 ping statistics --- 4 packet(s) transmitted 4 packet(s) received Percent 0.00 packet lost round-trip min/avg/max = 1/5/20 ms
Destination IP Type
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4 Antenna Check
5 Environment Alarm
6 ESN
7.1. SITE
1. SITE
SATE NAME:
7.2. BUILDING
2. BUILDING
SATE NAME:
7.3. CABINET
3. CABINET
SATE NAME:
7.4. ANTENNAS S1
4. ANTENNAS S1
7.5. ANTENNAS S2
5. ANTENNAS S2
7.6. ANTENNAS S3
6. ANTENNAS S3
7.7. ELECTRICAL DATA
7. ELECTRICAL DATA
Call Test Check_1st Insp
PROVISION ACCEPTANCE TEST
NodeB Call Test Check Result (check on the site,cooperate with OMC)
SITE:
Cell 1
1.Huawei put the value, DTAC FO check during the call test; 2.Cell ID and Scrambling code shown on test phone should be the same with configuration ;
Cell 2
Cell 3
Cell 4
Cell 5
Cell 6
Cell 7
Cell 8
Cell 9
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
SMS(MOC)
SMS(MTC)
>3000
>5000
>1000
>1400
/
/
/
/
/
/
/
/
/
/
/
/
Notice: 1.when doing the test call for one cell, should block the other cells(call OMC), and check the cell service. Need to check one by one; 2.If SMS ok, but MMS nok, escalate to DTAC to handle it, not blocking the PAT
1st Insp

4-dbs commissioning guide

Documents