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7/30/2019 ZXMBW Installation Guideline
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ZXMBW BSS (V3.21)
System Function Test Guide(V2009-06)
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ZXMBW BSS (V3.21)
System Function Test Guide (V2009-06)
Planned by: WiMAX Specifications Development Team of CDMA Product Support Center
Compiled by: Su Zhibin
Reviewed by: WiMAX Specifications Development Team of CDMA Product Support Center
* * * *
ZTE CORPORATION
Address: ZTE Plaza, Keji Road South, Hi-tech Industrial Park, Nanshan District, Shenzhen, P.R.China
Post code: 518057
Technical support website: http://ecc.zte.com.cn
Hotline: +86 755 26770800 800-830-1118
Fax: +86 755 26770801
* * * *
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Confidential and Proprietary Information of ZTE CORPORATION.
Legal I nformat ion
Copyright 2009 ZTE CORPORATION.
The contents of this document are protected by copyright laws and international treaties. Anyreproduction or distribution of this document or any portion of this document, in any form by anymeans, without the prior written consent of ZTE CORPORATION is prohibited. Additionally, thecontents of this document are protected by contractual confidentiality obligations.
All company, brand and product names are trade or service marks, or registered trade or servicemarks, of ZTE CORPORATION or of their respective owners.
This document is provided as is, and all express, implied, or statutory warranties,
representations or conditions are disclaimed, including without limitation any implied warranty ofmerchantability, fitness for a particular purpose, title or non-infringement. ZTE CORPORATIONand its licensors shall not be liable for damages resulting from the use of or reliance on theinformation contained herein.
ZTE CORPORATION or its licensors may have current or pending intellectual property rights orapplications covering the subject matter of this document. Except as expressly provided in anywritten license between ZTE CORPORATION and its licensee, the user of this document shall notacquire any license to the subject matter herein.
The contents of this document and all policies of ZTE CORPORATION, including without limitation
policies related to support or training are subject to change without notice.
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Revision History
Version Drafter /Reviser Date TotalPages Description Revised Contents
V3.21(0906)
Su Zhibin 2009-5-30 31 N/A N/A
Note 1: Complete related information in this form whenever this document is revised
Note 2: In case of th e firs v ersion, fill N/A in th e columns Description and Revised Contents or le ave
them blank.
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Contents
1 Basic Services..............................................................................................................................................1
1.1 Access Service ................................................................................................................................... 1
1.2 FTP-based Uploading and Downloading ........................................................................................ 2
1.3 Webpage Browsing ...........................................................................................................................3
1.4 Stream Media.....................................................................................................................................4
1.5 VOIP ....................................................................................................................................................5
2 Basic Funct ions ......................................................................................................................................6
2.1 Downlink AMC....................................................................................................................................6
2.2 Uplink AMC .........................................................................................................................................7
2.3 Intra-site HO ......................................................................................................................................8
2.4 Inter-site HO ......................................................................................................................................9
2.5 MIMO-A...............................................................................................................................................10
2.6 MIMO-B...............................................................................................................................................11
2.7 Dynamic HO of MIMO-A & MIMO-B................................................................................................12
2.8 Automatic Recovery ..........................................................................................................................13
3 QoS Test ....................................................................................................................................................14
3.1 UGS Service........................................................................................................................................14
3.2 ERTVR Service ...................................................................................................................................15
3.3 RTVR Service......................................................................................................................................16
3.4 NRTVR Service ................................................................................................................................... 17
3.5 BE Service ........................................................................................................................................
..183.6 UGS/BE Priority..................................................................................................................................19
3.7 RTVR/BE Priority................................................................................................................................20
4 Throughput Test ....................................................................................................................................22
4.1 Outdoor Throughput of a Single User ............................................................................................22
4.2 Indoor Throughput of a Single User...............................................................................................23
4.3 Throughput of Multiple Users ..........................................................................................................24
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1 Basic Services
1.1 Access Servi ce
Test purpose: To verify t he function of t erminal accessing the netw ork.
Preparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 2.4Mbps/0.5Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Confirm the correct configuratio of the WiMAX
terminal.
3. Use the dial-up software to access the network. The terminal can acquire the correct IP address.Record the IP address with reference to the addresspool configured for AGW.
Remarks:
1. In the restart process after a power problem, many restored alarms will appear in Alarm Management
of OMC. This is normal.
2. The access and release tests should be performed on all sectors.
Test result:
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1.2 FTP-based Uploading and Dow nloading
Test pu rpose: To verif y t he systems FTP service
Preparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
5. Prepare a 400 M and a 200M file.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 2.4Mbps/0.5Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of2.4Mbps.
4. Upload a 200M file and keep the process for two
minutes. Use the terminal software to record the
CINR and RSSI and use the DU Meter to record the
average rate.
The file can be uploaded to the FTP server at a stablerate of 0.5Mbps.
Remarks:
Test result:
DL FEC DL RSSI (dB) DL CINR (db) Average rate (Mbps)
64QAM 1/2
16QAM 1/2
QPSK 1/2
UL FEC UL RSSI (dB) UL CINR (db) Average rate (Mbps)
16QAM 1/2
QPSK 1/2
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1.3 Webpage Brow sing
Test pur pose: To verify the systems w ebpage browsing service
Preparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Make the system able to support the webpage browsing service.
Preconditions:
1. The system is working fine without fault-reporting alarms.2. The AAA is configured with the BE user and the DL/UL rate is 2.4Mbps/0.5Mbps.
3. The network bandwidth for external connection is no less than 5M.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Start IE to browse webpages and pay attention tothe speed of browsing.
Webpages can be browsed smoothly.
Remarks:
Test result:
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1.4 St ream Media
Test purp ose: To verify t he syst ems stream m edia service
Preparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the RTPS user and the DL/UL rate is 2.4Mbps/0.5Mbps.
3. The network bandwidth for external connection is no less than 5M.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Log on to www.youtube.com and watch a video
online. Pay attention to the quality of the online
video.
The video can be played normally without delays ormosaic problem.
Remarks:
Test result:
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1.5 VOI P
Test purp ose: To verify t he system sVOIP service
Preparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare a headphone.
4. Prepare the SIP server /VoIP client software.
5. Prepare the Skype software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the ERTPS user and the DL/UL rate is 200Kbps/200Kbps.
3. The network bandwidth for connection with the external network is no less than 5M.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Use the VoIP software to initiate a call and pay
attention to the voice quality.
The voice is clear without interruption or echo.
Remarks:
The operator should provide the SIP server /VoIP client software.
Test result:
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2 Basic Funct ions2.1 Dow nlink AMC
Test pur pose: To verif y t he systems DL AMC fun ction
Preparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
5. Prepare a vehicle to help with the test.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 30Mbps/5Mbps.
3. The downlink modulation encoding mode is configured as QPSK 1/2 CTC, 16QAM1/2 CTC, 64QAM 1/2
CTC.
Test procedure: Expect ed result :
1. Select test spots within the coverage. The spots
are with strong and weak signals in sequence so that
the access and exit thresholds satisfying allconfigured modulation encoding modes are available.
2. The terminal accesses the network from the test
vehicle, which then moves from a spot with stronger
signals to one with weaker signals.
The terminal connects to network successfully, withthe highest order of modulation encoding mode(64QAM1/2 CTC).
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate. The test should
be kept for no shorter than one minute at all test
spots.
The terminal uses different modulation encodingmodes at different test spots. The rate of FTPdownloading is stable.
Remarks:
The operator should provide the SIP server /VoIP client software.
Test result:
DL FEC DL RSSI (dB) DL CINR (db) Average rate (Mbps)
64QAM 1/2
16QAM 1/2
QPSK 1/2
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2.2 Uplink AMC
Test pur pose: To verify t he systems UL AMC fun ctionPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
5. Prepare a vehicle to help with the test.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 30Mbps/5Mbps.
3. The downlink modulation encoding mode is configured as QPSK 1/2 CTC, 16QAM1/2 CTC.
Test procedure: Expect ed result :
1. Select test spots within the coverage. The spots
are with strong and weak signals in sequence so that
the access and exit thresholds satisfying all
configured modulation encoding modes are available.
2. The terminal accesses the network from the test
vehicle, which then moves from a spot with stronger
signals to one with weaker signals.
The terminal connects to network successfully, with
the highest order of modulation encoding mode(64QAM1/2 CTC).
3. Upload a 200M file and keep the process for two
minutes. Use the terminal software to record the
CINR and RSSI and use the DU Meter to record the
average rate. The test should be kept for no shorter
than one minute at all test spots.
The terminal uses different modulation encodingmodes at different test spots. The uploading rate isstable.
Remarks:
Test result:
UL FEC UL RSSI (dB) UL CINR (db) Average rate (Mbps)
16QAM 1/2
QPSK 1/2
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2.3 I ntra-si te HO
Test purpose: To verify th e inter-sector HO function w ithi n a BTS
Preparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
5. Prepare a vehicle to help with the test.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 2.4Mbps/0.5Mbps.
3. The different sectors of a BTS site are configured as the neighbor cell of each other.
Test procedure: Expect ed result :
1. Select a test spot within the coverage, where the
signal is the strongest of sector 1.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Start the FTP software to perform FTPdownloading.
Connection is made to the FTP Server successfullyand the downloading is started successfully.
4. Start the DU Meter software. The DU Meter shows stable downloading rate withlittle fluctuation.
5. In OMC server, start signaling trace on the test
termnal to capture the HO signaling.
When a HO happens, the signaling trace can capturethe HO signaling.
6. Move the vehicle from sector 1 to sector 2 at a
speed of 60km/h.
After successful HO, the serving sector is changed tosector 2 and FTP downloading is stable. The HOsignaling in Signaling Trace is saved.
Remarks:
Test result:
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2.4 I nter-si te HO
Test purpose: To verify the in ter-sector HO function betw een different BTSPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
5. Prepare a vehicle to help with the test.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 2.4Mbps/0.5Mbps.
3. The different sectors of a BTS site are configured as the neighbor cell of each other.
Test procedure: Expect ed result :
1. Select a test spot within the coverage, where the
signal is the strongest of BTS 1.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Start the FTP software to perform FTP
downloading.
Connection is made to the FTP Server successfullyand the downloading is started successfully.
4. Start the DU Meter software.
The DU Meter shows stable downloading rate with
little fluctuation.
5. In OMC server, start signaling trace on the test
termnal to capture the HO signaling.
When a HO happens, the signaling trace can capturethe HO signaling.
6. Move the vehicle from BTS 1 to BTS 2 at a speed
of 60km/h.
After successful HO, the serving sector is changed toBTS 2 and FTP downloading is stable. The HOsignaling in Signaling Trace is saved.
Remarks:
Test result:
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2.5 MIMO-A
Test purpose: To verify t he systems MI MO-A functionPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 2.4Mbps/0.5Mbps.
Test procedure: Expect ed result :
1. In Configuration Management of OMC, distable
MIMO-A and synchronize data.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Try to ping the server.
For example: ping (FTP server IP) n 200 l 5000.
4. Select where the packet loss rate is higher than
30% as the test point.
Record the packet loss rate.
5. In Configuration Management of OMC, enable
MIMO-A and synchronize data.
6. At the test point, repeat the operation at Step 3
and record the packet loss rate.
The packet loss rate is greatly decreased.
Remarks:
Test result:
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2.6 MIMO-B
Test purp ose: To verify t he system s MIMO-B functionPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 30Mbps/5Mbps.
Test procedure: Expect ed result :
1. In Configuration Management of OMC, distable
MIMO-B and synchronize data.
2. Select a point with CINR>25dB within the coverage
for the test.
3. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
4. Make the DL modulation encoding mode as
16QAM1/2 forcibly.5. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The downloading rate is about 7mbps.
6. In Configuration Management of OMC, enable
MIMO-B and synchronize data.
After the MIMO-B function is enabled, thedownloading rate is twice as much, if only theterminal supports high speed downloading.
7. Make the DL modulation encoding mode as
64QAM1/2 forcibly.
8. Repeat Steps 1~5.
Remarks:
Test result:
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2.7 Dynamic HO of MI MO-A & MI MO-B
Test purpose: To verify the systems dynamic HO function of MI MO-A & MI MO-BPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 30Mbps/5Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Disable AMC. Make the modulation encoding mode
as QPSK1/2 forcibly.
4. Start FTP downloading. The terminal is working in the MIMO-B status.
5. Shelter the terminal to lower the CINR until thedynamic HO threshold is reached.
The terminal switches to work in the MIMO-A status
and the downloading speed is 50% as fast, but theFTP downloading is ongoing without stop. At thesame time, make sure that the modulation encodingmode remains unchanged.
6. Remove the shelter so that the terminals signal
CINR is restored.
The terminal switches back to work in the MIMO-Bstatus, the downloading speed is twice as fast and themodulation encoding mode remains unchanged.
Remarks:
Test result:
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2.8 Autom ati c Recovery
Test purpose: To verify t he systems autom atic repetit ion funct ionPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
5. Prepare a 400M and a 200M file.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 30Mbps/5Mbps.
Test procedure: Expect ed result :
1. Select a spot where the CINR is about 12dB within
the coverage as the test spot.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The FTP downloading is started successfully at anaverage rate of 3.7mbps. The downlink modulationencoding mode is QPSK 1/2.
4. Run NPT in OMC and view the parameter values of
UL repetition and DL repetition.
The parameter value is 0.
5. Move the terminal to a place far from the BTS until
the DL downloading rate is below 3.7mbps and the
rate is unstable.
6. Run NPT in OMC and view the parameter values of
UL repetition and DL repetition.
The parameter value is no longer 0, but 2, 4 or 6instead.
Remarks:
Test result:
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3 QoS Test
3.1 UGS Servi ce
Test pur pose: To verif y t he fun ction an d perfor mance of QoS UGS
Preparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the UGS user and the DL/UL rate is 2.4Mbps/0.5Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminalsoftware to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of2.4Mbps.
4. Upload a 200M file and keep the process for two
minutes. Use the terminal software to record the
CINR and RSSI and use the DU Meter to record the
average rate.
The file can be downloaded at a stable rate of0.5Mbps.
5. To Ping the packet:
Ping server IP address n 200. Repeat the
operation for 1~3 times and record the average delay
at each attempt.
95% of the operations have a delay less than 80ms.
Remarks:
Test result:
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3.2 ERTVR Service
Test pur pose: To verif y t he fun ction and perf orm ance of QoS ERTVRPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the ERTVR user and the DL/UL rate is 2.4Mbps/0.5Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of2.4Mbps.
4. Upload a 200M file and keep the process for two
minutes. Use the terminal software to record theCINR and RSSI and use the DU Meter to record the
average rate.
The file can be downloaded at a stable rate of0.5Mbps.
5. To Ping the packet:
Ping server IP address n 200. Repeat the
operation for 1~3 times and record the average delay
at each attempt.
95% of the operations have a delay less than 80ms.
Remarks:
Test result:
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3.3 RTVR Service
Test pur pose: To verif y t he fun ction an d perfor mance of QoS RTVRPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the RTVR user and the DL/UL rate is 2.4Mbps/0.5Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of2.4Mbps.
4. Upload a 200M file and keep the process for two
minutes. Use the terminal software to record theCINR and RSSI and use the DU Meter to record the
average rate.
The file can be downloaded at a stable rate of0.5Mbps.
5. To Ping the packet:
Ping server IP address n 200. Repeat the
operation for 1~3 times and record the average delay
at each attempt.
95% of the operations have a delay less than 80ms.
Remarks:
Test result:
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3.4 NRTVR Service
Test pur pose: To verif y t he fun ction an d perfor mance of QoS NRTVRPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the NRTVR user and the DL/UL rate is 2.4Mbps/0.5Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of2.4Mbps.
4. Upload a 200M file and keep the process for twominutes. Use the terminal software to record the
CINR and RSSI and use the DU Meter to record the
average rate.
The file can be downloaded at a stable rate of
0.5Mbps.
5. To Ping the packet:
Ping server IP address n 200. Repeat the
operation for 1~3 times and record the average delay
at each attempt.
95% of the operations have a delay less than 80ms.
Remarks:
Test result:
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3.5 BE Service
Test pur pose: To verify t he funct ion and perfor mance of QoS BEPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 2.4Mbps/0.5Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of2.4Mbps.
4. Upload a 200M file and keep the process for twominutes. Use the terminal software to record the
CINR and RSSI and use the DU Meter to record the
average rate.
The file can be downloaded at a stable rate of
0.5Mbps.
5. To Ping the packet:
Ping server IP address n 200. Repeat the
operation for 1~3 times and record the average delay
at each attempt.
95% of the operations have a delay less than 80ms.
Remarks:
Test result:
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3.6 UGS/ BE Priori t y
Test pu rpose: To verif y t he service prio rit y of QoS UGS and BEPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software (2pcs).
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the UGS user and the DL/UL rate is 2.4Mbps/0.5Mbps.
3. The AAA is configured with the BE user and the DL/UL rate is 2.4Mbps/0.5Mbps.
4. The AMC function is disabled.
5. The downlink modulation encoding mode is configured as QPSK1/2.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. MS1 accesses the network with the dial-up
software and as the BE user.
The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of
2.4Mbps.
4. MS2 accesses the network with the dial-up
software and as the UGS user.
The terminal accesses the network and acquires theIP address.
5. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of2.4Mbps. At the same time, the downloading rate ofMS1 starts to fall.
Remarks:
Test result:
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3.7 RTVR/ BE Priori t y
Test pur pose: To test t he service priority of QoS RTVR, NRTVR, ERTVR and BEPreparations:
1. Prepare two WiMAX terminals.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 2.4Mbps/0.5Mbps.
3. The AAA is configured with the NRTVR user and the DL/UL rate is 2.4Mbps/0.5Mbps.
4. The AAA is configured with the ERTVR user and the DL/UL rate is 2.4Mbps/0.5Mbps.
5. The AAA is configured with the RTVR user and the DL/UL rate is 2.4Mbps/0.5Mbps.
6. The AMC function is disabled.
7. The downlink modulation encoding mode is configured as QPSK1/2.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. MS1 accesses the network with the dial-up
software and as the BE user.
The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of2.4Mbps.
4. MS2 accesses the network with the dial-up
software and as the RTVR user.
The terminal accesses the network and acquires theIP address.
5. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of2.4Mbps. At the same time, the downloading rate ofMS1 starts to fall.
6. Disconnect MS2. The average downloading rate of MS1 rises to2.4Mbps and the rate is stable.
7. MS2 accesses the network with the d ial-up software and
as the NRTVR user.
The terminal accesses the network and acquires the
IP address.
8. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of2.4Mbps. At the same time, the downloading rate ofMS1 starts to fall.
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9. Disconnect MS2. The average downloading rate of MS1 rises to2.4Mbps and the rate is stable.
10. MS2 accesses the network with the dial-up
software and as the ERTVR user.
The terminal accesses the network and acquires the
IP address.
11. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of
2.4Mbps. At the same time, the downloading rate of
MS1 starts to fall.
Remarks:
Test result:
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4 Throughput Test
4.1 Out door Throughput of a Single User
Test purpose: To verify t he term inals throughput configured for QoS
Preparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 5Mbps/1Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server andkeep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of 5Mbps.
4. Upload a 200M file and keep the process for two
minutes. Use the terminal software to record the
CINR and RSSI and use the DU Meter to record the
average rate.
The file can be uploaded at a stable rate of 1Mbps.
Remarks:
Test result:
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4.2 I ndoor Throughput of a Single User
Test purpose: To verify t he term inals throughput configured for QoSPreparations:
1. Prepare a WiMAX terminal.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 5Mbps/1Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Download a 400M file from the FTP server and
keep the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be downloaded at a stable rate of 5Mbps.
4. Upload a 200M file and keep the process for twominutes. Use the terminal software to record the
CINR and RSSI and use the DU Meter to record the
average rate.
The file can be uploaded at a stable rate of 1Mbps.
Remarks:
Test result:
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4.3 Throughput of Mult iple Users
Test purpose: To verify t he termin als thr oughput ( mult iple users) configured for QoSPreparations:
1. Prepare three WiMAX terminals.
2. Prepare the WiMAX terminal dial-up software.
3. Prepare the FTP server and client software.
4. Prepare the DU Meter software.
Preconditions:
1. The system is working fine without fault-reporting alarms.
2. The AAA is configured with the BE user and the DL/UL rate is 5Mbps/1Mbps.
Test procedure: Expect ed result :
1. Select a point with CINR>25dB within the coverage
for the test.
2. Use the dial-up software to access the network. The terminal accesses the network and acquires theIP address.
3. Use each terminal to download a 400M file from
the FTP server and keep the process for two minutes.
Use the terminal software to record the CINR and
RSSI and use the DU Meter to record the average
rate.
The file can be downloaded at a stable rate of 5Mbps.
4. Stop the FTP downloading process.
5. Use each terminal to upload a 200M file and keep
the process for two minutes. Use the terminal
software to record the CINR and RSSI and use the
DU Meter to record the average rate.
The file can be uploaded at a stable rate of 1Mbps.
Remarks:
Test result: