8100 Mobile Device Test System · 2020. 7. 22. · 8100 Mobile Device Test System China Telecom...

8100 Mobile Device Test System China Telecom Test Suites LTE-RA Package Revision A18 System Release Summary

China Telecom Test Suites LTE-RA Package Revision A18 – System Release Summary

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© 2020 Spirent Communications, Inc. All Rights Reserved.

All of the company names and/or brand names and/or product names referred to in this document, in particular, the name “Spirent” and its logo device, are either registered trademarks or trademarks of Spirent plc and its subsidiaries, pending registration in accordance with relevant national laws. All other registered trademarks or trademarks are the property of their respective owners. The information contained in this document is subject to change without notice and does not represent a commitment on the part of Spirent Communications. The information in this document is believed to be accurate and reliable; however, Spirent Communications assumes no responsibility or liability for any errors or inaccuracies that may appear in the document. Page Part Number: 71-008859, Version A0


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Table of Contents Overview ..................................................................................................... 5

New Features ............................................................................................. 5

Enhancements and Fixes ........................................................................... 5

Test Cases Supported ................................................................................ 6

China Telecom 5G NSA Basic Function ............................................................... 6

China Telecom VoLTE Dual SIM .......................................................................... 7

China Telecom VoLTE Audio Quality v20180310 ................................................. 9

China Telecom VoLTE EVS Audio Quality v20180120 ...................................... 13

China Telecom Video Quality v20180310 .......................................................... 15

China Telecom VoLTE v20170707 ..................................................................... 16

China Telecom CA DT v2016.v1 ........................................................................ 17

China Telecom CA SRLTE DT v2016.v1 ............................................................ 18

China Telecom CA SRLTE Conformance DT v2016.v2 ..................................... 19

System Requirements ............................................................................... 20

Prerequisites ............................................................................................. 20

Network Emulator Required ...................................................................... 21

Software Download Instructions ................................................................ 22

Installation Instructions for 5G NSA Test Suite ......................................... 23

China Telecom 5G NSA Basic Function Configuration Instructions ................... 25

Installation Instructions for VoLTE Test Suites .......................................... 26

China Telecom VoLTE Dual SIM Configuration Instructions .............................. 28

Step 1: Import Files into ProLab on the Application Server ...................... 28

Step 2: Activate Elevate Release 2.10.01 on the WTS122-CA ................ 30

China Telecom VoLTE Video Quality Configuration Instructions ........................ 31

Step 1: Install Media Files on the Controller PC ...................................... 31

Step 2: Install Media Files on the Data Client Laptop .............................. 32

Step 3: Install Media Files on the Video Analyzer .................................... 32




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China Telecom VoLTE Configuration Instructions .............................................. 35



Non-VoLTE Test Suites Installation Instructions ....................................... 38

Step 1: Install the Non-VoLTE Test Suites ......................................................... 38

Step 2: Configure Test Manager ......................................................................... 44

Step 3: Configure the Application Server ............................................................ 48

Step 4: Update Spirent Data Client on the Data Client Laptop ........................... 50

Step 5: Upgrade the UXM Build to 1.6.10.0 ........................................................ 50

Step 6: Install the UXM License .......................................................................... 54

Step 7: Update the UXM IP Address and Change the Ethernet Cable Connection from Rear to Front ................................................................ 54

Step 8: Update the Register File on the UXM ..................................................... 59

Step 9: Update the Scenario File on the UXM .................................................... 59

Step 10: Configure UXM Registry TCP Settings................................................. 60

Step 11: Calibrate the X-Series Platform ............................................................ 62

Documentation .......................................................................................... 64

How to Contact Us .................................................................................... 65

Known Issues ........................................................................................... 66

China Telecom CDMA-LTE Mobility ................................................................... 66

China Telecom VoLTE EVS Audio Quality ......................................................... 66

China Telecom VoLTE Dual SIM ........................................................................ 67

China Telecom 5G NSA Basic Function ............................................................. 67

China Telecom LTE Data Throughput Test Cases ............................................. 68

Configuring Antenna Mapping Type #1.................................................... 70



China Telecom LTE Data Throughput ................................................................ 73

China Telecom CA Data Throughput .................................................................. 74

LTE-RA 10.0.0/10.0.1 Platforms ......................................................................... 75


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Overview This document describes the enhancements and fixes included in China Telecom test suites LTE-RA package revision A18 and provides the installation instructions.

NOTE: China Telecom 5G NSA Basic Function test suite requires Spirent Radio Access: LTE version 10.0.1.

China Telecom VoLTE Dual SIM test suite, China Telecom VoLTE Video Quality test suite, China Telecom VoLTE test suite, China Telecom VoLTE EVS Audio Quality test suite, and China Telecom VoLTE Audio Quality test suite require Spirent Radio Access: LTE version 10.0.0.

All other China Telecom test suites require Spirent Radio Access: LTE version 6.0.1 for China Telecom.

This document is also available on the Spirent Customer Service Center website: http://support.spirent.com.

New Features There are no new features in this release.

Enhancements and Fixes The following enhancements and fixes have been made in this release.

CR/SR Test Suite Issue Description 01134079 CA IRAT [CT CA-IRAT]: Unable to decode UE CA Capability

information. 01155086 FDD-CDMA

IRAT [CT FDD-CDMA IRAT]: Ping loss in 800M FDD-CDMA IRAT test case.

01360639 VoLTE Dual SIM

[CT DualSim]: Test case 12018 - Modify DLEARFCN of B41 from 39750 to 40740.

01390146 VoLTE Audio Quality

[CT AMR AQ]: Test Manager report has incorrect pass/fail criteria.


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Test Cases Supported This section describes the test cases supported in this release.

China Telecom 5G NSA Basic Function The China Telecom 5G NSA Basic Function test suite (Functional (2019.V1 - 20190619) contains the following 7 test cases.

SL No Test Case ID

1 6.2.1 TC-MF_5G_LAB-02001 [Required] EN-DC band combination, subcarrier spacing, bandwidth (LTE B3+ NR n78)

2 6.2.2 TC-MF_5G_LAB-02002 [Required] EN-DC band combination, subcarrier spacing, bandwidth (LTE B1+ NR n78)

3 6.2.4 TC-MF_5G_LAB-02004 [Required] Multi-antenna: Downlink MIMO Layer 2 and Layer 4 Reception

4 6.2.5 TC-MF_5G_LAB-02005 [Required] Multi-antenna: NR uplink SISO layer 1 transmission

5 6.2.6 TC-MF_5G_LAB-02006 [Required] Supports downlink modulation order 256 QAM

6 6.2.7 TC-MF_5G_LAB-02007 [Required] Supports uplink modulation order 64 QAM 7 6.2.8 TC-MF_5G_LAB-02008 [Required] Supports uplink modulation order 256 QAM


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China Telecom VoLTE Dual SIM The China Telecom VoLTE Dual SIM test suite (Functional (2018.V2 – 20180426) and Performance (2018.V1- 20180310)) contains the following 25 test cases.

SL No Test Case ID Type

1 TC-MF_VoLTE-12001 [Required] Dual Card Attachment (China Telecom + Other Carriers), Basic Service Test (Test Set Selection Code: 1111110) CT+CMCC

2 TC-MF_VoLTE-12002 [Required] Dual Card Attachment (China Telecom + China Telecom), Basic Service Test (Test Set Selection Code: 1111110) CT+CT

3 TC-MF_VoLTE-12003 [Required] Dual-Card Attachment (Other Carriers + China Telecom), Basic Service Test (Test Set Selection Code: 1111110) CT+CMCC

4 TC-MF_VoLTE-12004 [mandatory] Reselection based on SIM1 and SIM2 (test set selection code: 1111110) CT+CT

5 TC-MF_VoLTE-12005 [Required] Network Attachment Based on SIM1 (Test Set Selection Code: 1111110) CT+CT

6 TC-MF_VoLTE-12006 [Required] Network Attachment Based on SIM2 (Test Set Selection Code: 1111110) CT+CT

7 TC-MF_VoLTE-12007 [Required] Dual SIM Attachment (China Telecom + China Telecom), SIM1 Test in RRC Idle Call Service (Test Set Selection Code: 1111110)

CT+CT

8 TC-MF_VoLTE-12008 [Required] Dual SIM Attachment (China Telecom + China Telecom), SIM2 Test in RRC Idle Call Service (Test Set Selection Code: 1111110)

CT+CT

9 TC-MF_VoLTE-12009 [Required] Dual SIM Attachment (China Telecom + China Telecom), SIM1 Test in RRC Idle State Short Message Service (Test Set Selection Code: 1111110)

CT+CT

10 TC-MF_VoLTE-12010 [Required] Dual SIM Attachment (China Telecom + China Telecom), SIM2 Test in RRC Idle State Short Message Service (Test Set Selection Code: 1111110)

CT+CT

11 TC-MF_VoLTE-12011 [Required] After the SIM2 VoLTE call ends, the network sends a TAU Reject, and SIM1 can restore the connection (Test Set Selection Code: 1111110).

CT+CT

12 TC-MF_VoLTE-12012 [Required] SIM2-based MO SMS (Test Set Selection Code: 1111110) CT+CT

13 TC-MF_VoLTE-12013 [Required] Dual-card mobile phones, in which one card fails to attach and does not affect the normal attachment of another card (test set selection code: 1111110)

CT+CT

14 TC-MF_VoLTE-12014 [Required] When a non-data card is used for VoLTE calls, the data services of the data card will not affect non-data card VoLTE calls (Test Set Selection Code: 1111110)

CT+CT

15 TC-MF_VoLTE-12015 [Required] After the data card is replaced, services will not be affected (Test Set Selection Code: 1111110) CT+CT


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SL No Test Case ID Type

16 TC-MF_VoLTE-12016 [Required] Activate or deactivate the SIM card and the service will not be affected (Test Set Selection Code: 1111110) CT+CT

17 TC-MF_VoLTE-12017 [Required] Connection between SIM1 and SIM2 can be established successfully after dropping the network and reacquiring the signal (Test Set Selection Code: 1111110)

CT+CT

18 TC-MF_VoLTE-12018 [mandatory] SIM1 is not affected when only the SIM2 signal disappears (test set select code: 1111110) CT+CMCC

19 TC-MF_VoLTE-12019 [Required] SIM2 is not affected when only the SIM1 signal disappears (Test Set Selection Code: 1111110) CT+CMCC

20 TC-MF_VoLTE-12020 [Required] Dual-card mobile phone, during data transmission, SIM2 reselection, SIM1 handover (test set selection code: 1111110)

CT+CT

21 TC-MF_VoLTE-13001 [mandatory] Dual-card VoLTE call setup delay test CT+CMCC

22 TC-MF_VoLTE-13002 [mandatory] Dual-card ViLTE phone setup delay test CT+CMCC

23 TC-MF_VoLTE-13003 [mandatory] Non-data-card call setup delay test when the data is transmitted from the dual-card VoLTE data card CT+CMCC

24 TC-MF_VoLTE-13004 [Required] Call setup delay test for non-data cards when transmitting data from the dual-card VoLTE data card CT+CMCC

25 TC-MF_VoLTE-13005 [mandatory] Dual-card attachment performance test CT+CMCC


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China Telecom VoLTE Audio Quality v20180310 The China Telecom VoLTE Audio Quality test suite contains the following 125 test cases.

Sl No Test Case ID 1 6.1.1 TC-VoLTE Performance-01001 AMR WB 23.85kbps Uplink MOS 2 6.1.2 TC-VoLTE Performance-01002 AMR WB 23.85kbps Downlink MOS 3 6.1.3 TC-VoLTE Performance-01003 AMR WB 23.85kbps Latency 4 6.1.4 TC-VoLTE Performance-01004 AMR WB 23.05kbps Uplink MOS 5 6.1.5 TC-VoLTE Performance-01005 AMR WB 23.05kbps Downlink MOS 6 6.1.6 TC-VoLTE Performance-01006 AMR WB 23.05kbps Latency 7 6.1.7 TC-VoLTE Performance-01007 AMR WB 19.85kbps Uplink MOS 8 6.1.8 TC-VoLTE Performance-01008 AMR WB 19.85kbps Downlink MOS 9 6.1.9 TC-VoLTE Performance-01009 AMR WB 19.85kbps Latency 10 6.1.10 TC-VoLTE Performance-01010 AMR WB 18.25kbps Uplink MOS 11 6.1.11 TC-VoLTE Performance-01011 AMR WB 18.25kbps Downlink MOS 12 6.1.12 TC-VoLTE Performance-01012 AMR WB 18.25kbps Latency 13 6.1.13 TC-VoLTE Performance-01013 AMR WB 15.85kbps Uplink MOS 14 6.1.14 TC-VoLTE Performance-01014 AMR WB 15.85kbps Downlink MOS 15 6.1.15 TC-VoLTE Performance-01015 AMR WB 15.85kbps Latency 16 6.1.16 TC-VoLTE Performance-01016 AMR WB 14.25kbps Uplink MOS 17 6.1.17 TC-VoLTE Performance-01017 AMR WB 14.25kbps Downlink MOS 18 6.1.18 TC-VoLTE Performance-01018 AMR WB 14.25kbps Latency 19 6.1.19 TC-VoLTE Performance-01019 AMR WB 12.65kbps Uplink MOS 20 6.1.20 TC-VoLTE Performance-01020 AMR WB 12.65kbps Downlink MOS 21 6.1.21 TC-VoLTE Performance-01021 AMR WB 12.65kbps Latency 22 6.1.22 TC-VoLTE Performance-01022 AMR WB 8.85kbps Uplink MOS 23 6.1.23 TC-VoLTE Performance-01023 AMR WB 8.85kbps Downlink MOS 24 6.1.24 TC-VoLTE Performance-01024 AMR WB 8.85kbps Latency 25 6.1.25 TC-VoLTE Performance-01025 AMR WB 6.6kbps Uplink MOS 26 6.1.26 TC-VoLTE Performance-01026 AMR WB 6.6kbps Downlink MOS 27 6.1.27 TC-VoLTE Performance-01027 AMR WB 6.6kbps Latency 28 6.2.1.1 Downlink AMR-WB 23.85kbps MOS - Gauss White Noise = -98dBm,SNR=5 29 6.2.1.2 Downlink AMR-WB 18.25kbps MOS - Gauss White Noise = -98dBm,SNR=5 30 6.2.1.3 Downlink AMR-WB 12.65kbps MOS - Gauss White Noise = -98dBm,SNR=5 31 6.2.1.4 Downlink AMR-WB 6.6kbps MOS - Gauss White Noise = -98dBm,SNR=5 32 6.2.1.5 Downlink AMR-WB 23.85kbps MOS - Gauss White Noise = -98dBm,SNR=10 33 6.2.1.6 Downlink AMR-WB 18.25kbps MOS - Gauss White Noise = -98dBm,SNR=10 34 6.2.1.7 Downlink AMR-WB 12.65kbps MOS - Gauss White Noise = -98dBm,SNR=10 35 6.2.1.8 Downlink AMR-WB 6.6kbps MOS - Gauss White Noise = -98dBm,SNR=10 36 6.2.1.9 Downlink AMR-WB 23.85kbps MOS - Gauss White Noise = -98dBm,SNR=25 37 6.2.1.10 Downlink AMR-WB 18.25kbps MOS - Gauss White Noise = -98dBm,SNR=25


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Sl No Test Case ID 38 6.2.1.11 Downlink AMR-WB 12.65kbps MOS - Gauss White Noise = -98dBm,SNR=25 39 6.2.1.12 Downlink AMR-WB 6.6kbps MOS - Gauss White Noise = -98dBm,SNR=25 40 6.2.2.1 Downlink AMR-WB 23.85kbps MOS - Gauss White Noise = -98dBm,SNR=5 41 6.2.2.2 Downlink AMR-WB 18.25kbps MOS - Gauss White Noise = -98dBm,SNR=5 42 6.2.2.3 Downlink AMR-WB 12.65kbps MOS - Gauss White Noise = -98dBm,SNR=5 43 6.2.2.4 Downlink AMR-WB 6.6kbps MOS - Gauss White Noise = -98dBm,SNR=5 44 6.2.2.5 Downlink AMR-WB 23.85kbps MOS - Gauss White Noise = -98dBm,SNR=10 45 6.2.2.6 Downlink AMR-WB 18.25kbps MOS - Gauss White Noise = -98dBm,SNR=10 46 6.2.2.7 Downlink AMR-WB 12.65kbps MOS - Gauss White Noise = -98dBm,SNR=10 47 6.2.2.8 Downlink AMR-WB 6.6kbps MOS - Gauss White Noise = -98dBm,SNR=10 48 6.2.2.9 Downlink AMR-WB 23.85kbps MOS - Gauss White Noise = -98dBm,SNR=25 49 6.2.2.10 Downlink AMR-WB 18.25kbps MOS - Gauss White Noise = -98dBm,SNR=25 50 6.2.2.11 Downlink AMR-WB 12.65kbps MOS - Gauss White Noise = -98dBm,SNR=25 51 6.2.2.12 Downlink AMR-WB 6.6kbps MOS - Gauss White Noise = -98dBm,SNR=25 52 6.3.1 TC-LTE_FDD-RRMCT-03001 AMR-WB 23.85kbps, Jitter:s = 10 ms,Loss 1 %

MOS 53 6.3.2 TC-LTE_FDD-RRMCT-03002 AMR-WB 23.85kbps, Jitter:s = 20 ms,Loss 2 %






Latency 59 6.3.8 TC-LTE_FDD-RRMCT-03008 AMR-WB 23.85kbps, Jitter:s = 20 ms,Loss 2 %





Latency 64 6.4.1 TC-LTE_FDD-RRMCT-04001 AMR NB 12.2kbps Uplink MOS 65 6.4.2 TC-LTE_FDD-RRMCT-04002 AMR NB 12.2kbps Downlink MOS 66 6.4.3 TC-LTE_FDD-RRMCT-04003 AMR NB 7.4kbps Uplink MOS 67 6.4.4 TC-LTE_FDD-RRMCT-04004 AMR NB 7.4kbps Downlink MOS


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Sl No Test Case ID 68 6.4.5 TC-LTE_FDD-RRMCT-04005 AMR NB 5.9kbps Uplink MOS 69 6.4.6 TC-LTE_FDD-RRMCT-04006 AMR NB 5.9kbps Downlink MOS 70 6.4.7 TC-LTE_FDD-RRMCT-04007 AMR NB 4.75kbps Uplink MOS 71 6.4.8 TC-LTE_FDD-RRMCT-04008 AMR NB 4.75kbps Downlink MOS 72 6.5.1.1 TC-LTE_FDD-RRMCT-05001 Downlink AMR-WB 23.85kbps to AMR-WB

12.65kbps MOS 73 6.5.1.2 TC-LTE_FDD-RRMCT-05002 Downlink AMR-WB 15.85kbps to AMR-WB




12.65kbps MOS 77 6.5.2.1 TC-LTE_FDD-RRMCT-05006 Uplink AMR-WB 23.85kbps to AMR-WB



8.85kbps MOS 80 6.5.2.4 TC-LTE_FDD-RRMCT-05009 Uplink AMR-WB 12.65kbps to AMR-WB 6.6kbps

MOS 81 6.5.2.5 TC-LTE_FDD-RRMCT-05010 Uplink AMR-WB 6.6kbps to AMR-WB 12.65kbps

MOS 82 6.6.1 TC-LTE_FDD-RRMCT-06001 With DL/UL Data Transfer ,23.85kbps Uplink MOS 83 6.6.2 TC-LTE_FDD-RRMCT-06002 With DL/UL Data Transfer, 23.85kbps Downlink

MOS 84 6.6.3 TC-LTE_FDD-RRMCT-06003 With DL/UL Data Transfer ,12.65kbps Uplink MOS 85 6.6.4 TC-LTE_FDD-RRMCT-06004 With DL/UL Data Transfer, 12.65kbps Downlink

MOS 86 6.7.1.1 TC-VoLTE Performance-07001 23.85kbps Downlink MOS, Intra-Band handover 87 6.7.1.2 TC-VoLTE Performance-07002 23.85kbps Uplink MOS, Intra-Band handover 88 6.7.1.3 TC-VoLTE Performance-07003 23.85kbps Latency, Intra-Band handover 89 6.7.1.4 TC-VoLTE Performance-07004 12.65kbps Downlink MOS, Intra-Band handover 90 6.7.1.5 TC-VoLTE Performance-07005 12.65kbps Uplink MOS, Intra-Band handover 91 6.7.1.6 TC-VoLTE Performance-07006 12.65kbps Latency, Intra-Band handover 92 6.7.1.7 TC-VoLTE Performance-07007 6.6kbps Downlink MOS, Intra-Band handover 93 6.7.1.8 TC-VoLTE Performance-07008 6.6kbps Uplink MOS, Intra-Band handover 94 6.7.1.9 TC-VoLTE Performance-07009 6.6kbps Latency, Intra-Band handover 95 6.7.2.1 TC-VoLTE Performance-07010 23.85kbps Downlink MOS, Inter-Band handover 96 6.7.2.2 TC-VoLTE Performance-07011 23.85kbps Uplink MOS, Inter-Band handover 97 6.7.2.3 TC-VoLTE Performance-07012 23.85kbps Latency, Inter-Band handover


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Sl No Test Case ID 98 6.7.2.4 TC-VoLTE Performance-07013 12.65kbps Downlink MOS, Inter-Band handover 99 6.7.2.5 TC-VoLTE Performance-07014 12.65kbps Uplink MOS, Inter-Band handover 100 6.7.2.6 TC-VoLTE Performance-07015 12.65kbps Latency, Inter-Band handover 101 6.7.2.7 TC-VoLTE Performance-07016 6.6kbps Downlink MOS, Inter-Band handover 102 6.7.2.8 TC-VoLTE Performance-07017 6.6kbps Uplink MOS, Inter-Band handover 103 6.7.2.9 TC-VoLTE Performance-07018 6.6kbps Latency, Inter-Band handover 104 6.8.1 Downlink AMR-WB 23.85kbps MOS - RSTP = -85,SNR=25 105 6.8.2 Uplink AMR-WB 23.85kbps MOS - RSTP = -85,SNR=25 106 6.8.3 Downlink AMR-WB 12.65kbps MOS - RSTP = -100,SNR=10 107 6.8.4 Uplink AMR-WB 12.65kbps MOS - RSTP = -100,SNR=10 108 6.8.5 Downlink AMR-WB 6.6kbps MOS - RSTP = -110,SNR=5 109 6.8.6 Uplink AMR-WB 6.6kbps MOS - RSTP = -110,SNR=5 110 6.9.1 Downlink DRX AMR-WB - 23.85kbps, DRX off 111 6.9.2 Downlink DRX AMR-WB - 23.85kbps, DRX 40ms 112 6.9.3 Downlink DRX AMR-WB - 12.65kbps, DRX off 113 6.9.4 Downlink DRX AMR-WB - 12.65kbps, DRX 40ms 114 6.9.5 Downlink DRX AMR-WB - 6.6kbps, DRX off 115 6.9.6 Downlink DRX AMR-WB - 6.6kbps, DRX 40ms 116 7.1.1 TC-MF_VOLTE_MOBILITY_SC-01001 [mandatory] VoLTE mobility performance

Intra-Band handover – B1 117 7.1.2 TC-MF_VOLTE_MOBILITY_SC-01002 [mandatory] VoLTE mobility performance


Intra-Band handover - B5 119 7.1.4 TC-MF_VOLTE_MOBILITY_SC-01004 [mandatory] VoLTE mobility performance


Inter-Band handover – B1/B3 121 7.1.6 TC-MF_VOLTE_MOBILITY_SC-01006 [mandatory] VoLTE mobility performance





Inter-Band handover – B5/B41


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China Telecom VoLTE EVS Audio Quality v20180120 The China Telecom VoLTE EVS Audio Quality test suite contains the following 26 test cases.

Sl No Test Case ID 1 11.1.1: TC-VoLTE EVS-01001 [Optional] EVS WB 13.2kbps (with CAM) uplink speech

quality 2 11.1.2: TC-VoLTE EVS-01002 [Optional] EVS WB 13.2kbps (with CAM) downlink voice

quality 3 11.1.3: TC-VoLTE EVS-01003 [Optional] EVS WB 13.2kbps (with CAM) delay test 4 11.2.1.1: TC-VOLTE EVS-01004 [Optional] EPA5 low SNR EVS WB 13.2kbps (with

CAM) downlink voice quality test 5 11.2.1.2: TC-VOLTE EVS-01005 [Optional] EPA5 to noise EVS WB 13.2kbps (with

CAM) downlink voice quality test 6 11.2.1.3: TC-VOLTE EVS-01006 [Optional] EPA5 high SNR EVS WB 13.2kbps (with

CAM) downlink voice quality test 7 11.2.2.1: TC-VOLTE EVS-01007 [Optional] EVA70 low SNR EVS WB 13.2kbps (with

CAM) downlink voice quality test 8 11.2.2.2: TC-VOLTE EVS-01008 [Optional] EVA70 SNR EVS WB 13.2kbps (with CAM)

downlink voice quality test 9 11.2.2.3: TC-VOLTE EVS-01009 [Optional] EVA70 high SNR EVS WB 13.2kbps (with

CAM) downlink voice quality test 10 11.3.1: TC-VOLTE EVS-0101 0 [Optional] EVS WB 13.2kbps (with CAM) packet error

rate 1% jitter 10ms voice delay test 11 11.3.2: TC-VOLTE EVS-01011 [Optional] EVS WB 13.2kbps (with CAM) packet error

rate 2% jitter 20ms voice delay test 12 11.3.3: TC-VOLTE EVS-0101 2 [Optional] EVS WB 13.2kbps (with CAM) packet error

rate 3% jitter 40ms voice delay test 13 11.3.4: TC-VOLTE EVS-01013 [Optional] EVS WB 13.2kbps (with CAM) packet error

rate 1% jitter 10ms downlink voice quality test 14 11.3.5: TC-VOLTE EVS-01014 [Optional] EVS WB 13.2kbps (with CAM) packet error

rate 2% jitter 20ms downlink voice quality test 15 11.3.6: TC-VO LTE EVS-01015 [Optional] EVS WB 13.2kbps (with CAM) packet error

rate 3% jitter 40ms downlink voice quality test 16 11.4.1.1: TC-VOLTE EVS-01016 [Optional] EVS downlink WB 13.2kbps (with CAM)

switching to WB 23.85kbps downlink voice quality test 17 11.4.2.1: TC-VOLTE EVS-01017 [Optional] EVS uplink WB 13.2kbps (with CAM)

switched to WB 23.85kbps uplink voice quality test 18 11.5.1: TC-VOLTE EVS-01018 [Optional] Two-way data services and voice

concurrency, EVS WB 13.2kbps (with CAM) uplink voice quality 19 11.5.2: TC-VOLTE EVS-01019 [Optional] Bidirectional data services and voice

concurrency, EVS WB 13.2kbps (with CAM) downlink voice quality 20 11.6.1.1: TC-VOLTE EVS-01020 [Optional] EVS WB 13.2kbps (with CAM) intra-

frequency handover downlink voice quality test


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Sl No Test Case ID 21 11.6.1.2: TC-VOLTE EVS-01021 [Optional] EVS WB 13.2kbps (with CAM) within the

switching frequency of the uplink voice quality test 22 11.6.1.3: TC-VOLTE EVS-01022 [Optional] EVS WB 13.2kbps (with CAM) in-band

handover delay test 23 11.6.2.1: TC-VOLTE EVS-01023 [Optional] EVS WB 13.2kbps (with CAM) inter-

frequency handover downlink voice quality test 24 11.6.2.2: TC-VOLTE EVS-01024 [Optional] EVS WB 13.2kbps (with CAM) inter-

frequency handover uplink voice quality test 25 11.6.2.3: TC-VOLTE EVS-01025 [Optional] EVS WB inter- frequency handover delay

test with 13.2kbps (with CAM) 26 11.7.1: TC-VOLTE EVS-01026 [Optional] EVS WB 13.2kbps (with CAM) DRX40ms

downlink voice quality test

https://translate.googleusercontent.com/translate_f#_Toc505858027

https://translate.googleusercontent.com/translate_f#_Toc505858027


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China Telecom Video Quality v20180310 The China Telecom Video Quality test suite contains the following 18 test cases.

Sl No Test Case ID 1 9.1.1: TC-VoLTE VQ-0 1001 [Required] Caller video call setup delay measurement 2 9.1.2: TC-VoLTE VQ-0 1002 [Required] Called video call setup delay measurement 3 9.2.1: TC-VoLTE VQ-0 2001 [Required] Upstream video quality assessment

measurements: Level 3.0 480 * 640 @ 30 fps 4 9.2.2: TC-VoLTE VQ-0 2002 [Required] Upstream video quality assessment

measurements: Level 2.2 480 * 640 @ 15 fps 5 9.2.3: TC-VoLTE VQ-0 2003 [Required] Downstream video quality assessment

measurements: Level 3.0 480 * 640 @ 30 fps, no network damage 6 9.2.4: TC-VoLTE VQ-0 2004 [Required] Downstream video quality assessment

measurements: Level 3.0 480 * 640 @ 30 fps, 1% of IP injury 7 9.2.5: TC-VoLTE VQ-0200 5 [Required] Downstream video quality assessment

measurements: Level 3.0 480 * 640 @ 30 fps, 2.5% of IP injury 8 9.2.6: TC-VoLTE VQ-0200 6 [Required] Downstream video quality assessment

measurements: Level 3.0 480 * 640 @ 30 fps, 5% of the IP injury 9 9.2.7: TC-VoLTE VQ-0200 7 [Required] Downstream video quality assessment

measurements: Level 2.2 480 * 640 @ 15 fps, no network damage 10 9.2.8: TC-VoLTE VQ-0200 8 [Required] Downstream video quality assessment

measurements: Level 2.2 480 * 640 @ 15 fps, 1% of IP injury 11 9.2.9: TC-VoLTE VQ-0200 9 [Required] Downstream video quality assessment

measurements: Level 2.2 480 * 640 @ 15 fps, 2.5% of IP injury 12 9.2.10: TC-VoLTE VQ-02010 [Required] Downstream video quality assessment

measurements: Level 2.2 480 * 640 @ 15 fps, 5% of the IP injury 13 10.1.1: TC-VoLTE VQ-03 00 1 [Required] Video call: Video call, accept the request,

Level 3.0, 480 * 640 @ 30 fps 14 10.1.2: TC-VoLTE VQ-0 3 00 2 [Required] Video calls: The answering voice calls 15 10.1.3: TC-VoLTE-VQ-03 the TC 00 3 [Required] video call: Reject Request 16 10.1.4: TC-VoLTE-VQ the TC 3 00 4 [Required] video call: Hang up before the called

response 17 11.1: TC-VoLTE-VQ-04 the TC 00 1 [Optional] video call down the line flow

measurement: Level 3.0 480 * 640 @ 30 fps 18 11.2: TC-VoLTE-VQ-04 the TC 00 2 [Optional] video call down the line flow

measurement: Level 2.2 480 * 640 @ 15 fps


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China Telecom VoLTE v20170707 The China Telecom VoLTE test suite contains the following 141 test cases.

Test Case Test

Case Test Case Test

Case Test Case Test

Case Test Case Test

Case Test Case

01001 02001 02018 03005 03023 04015 06007 09004 11003 01002 02002 02019 03006 03024 04016 06008 09005 11004 01003 02003 02020 03007 03025 04017 06009 09006 11005 01004 02004 02021 03008 04001 04018 06010 10001 11006 01005 02005 02022 03009 04002 04019 06011 10002 11007 01006 02006 02023 03010 04003 04020 06012 10003 01007 02007 02024 03011 04004 05001 06013 10004 01008 02008 02025 03012 04005 05002 06014 10005 01009 02009 02026 03014 04006 05003 06015 10006 01010 02010 02027 03015 04007 05004 06016 10007 01011 02011 02028 03016 04008 05005 07001 10008 01012 02012 02029 03017 04009 06001 07002 10009 01013 02013 02030 03018 04010 06002 08001 10010 01014 02014 03001 03019 04011 06003 08002 10011 01015 02015 03002 03020 04012 06004 09001 10012 01016 02016 03003 03021 04013 06005 09002 11001 01017 02017 03004 03022 04014 06006 09003 11002


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China Telecom CA DT v2016.v1 The China Telecom CA DT test suite contains the following 53 test cases.

Test Case

Test Case Test

Case Test Case

9001 10001 10018 11017 9002 10002 11001 11018 9003 10003 11002

9004 10004 11003

9005 10005 11004

9006 10006 11005

9007 10007 11006

9008 10008 11007

9009 10009 11008

9010 10010 11009

9011 10011 11010

9012 10012 11011

9013 10013 11012

9014 10014 11013

9015 10015 11014

9016 10016 11015

9017 10017 11016


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China Telecom CA SRLTE DT v2016.v1 The China Telecom CA SRLTE DT test suite contains the following 53 test cases.

Test Case

Test Case

Test Case

Test Case

2001 3001 3018 4017 2002 3002 4001 4018 2003 3003 4002 2004 3004 4003 2008 3005 4004 2009 3006 4005 2010 3007 4006 2011 3008 4007 2012 3009 4008 2013 3010 4009 2014 3011 4010 2015 3012 4011 2016 3013 4012 2017 3014 4013 2018 3015 4014 2019 3016 4015 2020 3017 4016


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China Telecom CA SRLTE Conformance DT v2016.v2 The China Telecom CA SRLTE DT test suite contains the following 21 test cases.

Test Case

Test Case

1001 1018 1002 1019 1003 1020 1004 1021 1005

1006

1007

1008

1009

1010

1011

1012

1013

1014

1015

1016

1017


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System Requirements China Telecom 5G NSA Basic Function test suite requires Spirent 8100 Mobile Device Test System Radio Access: LTE version 10.0.1. For more information, see Spirent 8100 Mobile Device Test System Radio Access: LTE Version 10.0.1 System Deployment Instructions, 71-008818, Version A0. China Telecom VoLTE Dual SIM test suite, China Telecom VoLTE Video Quality test suite, China Telecom VoLTE test suite, China Telecom VoLTE EVS Audio Quality test suite, and China Telecom VoLTE Audio Quality test suite require Spirent 8100 Mobile Device Test System Radio Access: LTE version 10.0.0. For more information, see Spirent 8100 Mobile Device Test System Radio Access: LTE Version 10.0.0 System Deployment Instructions, 71-008789, Version A0.

NOTE: All other China Telecom test suites require Spirent Radio Access: LTE version 6.0.1 for China Telecom.

Prerequisites Before installing the test suites, make sure you have a 4GB external USB drive to which you will download the test suites installer from the Spirent Customer Service Center.

NOTE: The IP impairments test cases for Video Quality tests and Audio Quality tests use the Spirent Attero box. To run these test cases, make sure an Attero box is connected to the Spirent WTS122-CA.


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Network Emulator Required The China Telecom 5G NSA Basic Function test suite requires the following network emulators:

• Spirent SR9860 5G gNodeB emulator • WTS122-CA running Elevate software release 2.10.03. The China Telecom VoLTE Dual SIM test suite requires a WTS122-CA running Elevate software release 2.10.01. The China Telecom VoLTE Video Quality test suite requires a WTS122-CA running Elevate software release 2.10.01. The China Telecom VoLTE test suite requires the following LTE network emulators:

• WTS122-CA running Elevate software release 2.10.01

• E2010S for the following test cases: 01015 09001 09002 09003 09004 09005 09006 10009 10010 11001 11002 11003 11004 11005 11006 11007

The China Telecom VoLTE EVS Audio Quality test suite requires an E2010S. The China Telecom VoLTE Audio Quality test suite requires an E2010S.


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Software Download Instructions To download China Telecom test suites LTE-RA package revision A18, perform the following steps: 1. Connect the external USB drive to your PC. 2. Log into the Spirent Customer Service Center website at http://support.spirent.com using

the e-mail address and password assigned to you by Spirent. 3. On the Customer Service Center page, click the Downloads tab.

The Spirent Downloads page appears. 4. From the Release Type box, select Controlled Release. 5. From the Product Line box, select 8100 Test Packs. 6. In the Categories area, check the CT check box. 7. Download the following software:

CT LTE-RA Test Suites Controlled Release, vA18 for Windows 8. Using a zip application such as 7-Zip, extract the downloaded file to the external USB drive. 9. After the file is extracted, disconnect the external USB drive from your PC. 10. Perform one of the following steps: If you want to install China Telecom 5G NSA Basic Function test suite, go to the

section “Installation Instructions for 5G NSA Test Suite” on page 23. If you want to install China Telecom VoLTE Dual SIM test suite, China Telecom

VoLTE Video Quality test suite, China Telecom VoLTE test suite, China Telecom VoLTE EVS Audio Quality test suite, and China Telecom VoLTE Audio Quality test suite, go to the section “Installation Instructions for VoLTE Test Suites” on page 26.

If you want to install non-VoLTE China Telecom test suites, go to the section “Non-VoLTE Test Suites Installation Instructions” on page 38.


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Installation Instructions for 5G NSA Test Suite This section describes how to install the China Telecom 5G NSA Basic Function test suite. These test suites require Spirent 8100 Mobile Device Test System Radio Access: LTE version 10.0.1. Perform the following steps: 1. Access the 8100 Services Management Utility on the SC10. 2. Activate the LTE RA 10.0.1 personality. 3. Connect the external USB drive to an available USB 2.0 port on the SC10. 4. On the SC10, log into the Controller PC. 5. Using Windows Explorer, copy the folder containing the China Telecom test suites

(China Telecom LTE-RA Test Suites vA18) from the external USB drive to the D: drive on the Controller PC.

6. On the Controller PC, select Start > Control Panel. The All Control Panel Items window appears.

7. Click on Programs and Features. The Programs and Features window appears.

8. Select Wireshark 1.12.6-Spirent (32-bit), and click the Uninstall button. The Programs and Features dialog box appears prompting you to confirm your action.

9. Click the Yes button. 10. After the program is uninstalled, close the Programs and Features window. 11. Using Windows Explorer, go to the folder D:\China Telecom LTE-RA Test Suites

vA18\For LTE RA 10.0.1\Spirent Wireshark. 12. Double click on the file Wireshark-win32-2.9.0-01.exe.

The Welcome to the Wireshark 2.9.0-01 32-bit Setup Wizard window appears. 13. Click the Next button.

The License Agreement window appears. 14. Click the I Agree button.

The Choose Components window appears. 15. Click the Next button.

The Additional task window appears. 16. Click the Next button.

The Choose Install Location window appears. 17. Click the Next button.

The Choose Install Location window appears.


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18. Click the Next button. The Packet Capture window appears.

19. Click the Next button. The USB Capture window appears.

20. Click the Next button. After the software is installed, the Installation Complete window appears.

21. Click the Next button. 22. Click the Finish button. 23. On the Controller PC, go to the folder D:\China Telecom LTE-RA Test Suites vA18\For

LTE RA v10.0.1. 24. Double-click on the file setup.exe.

The Spirent License Agreement dialog box appears. 25. Read the license agreement, and click the Accept button if you agree to the terms of the

license agreement. The test suites are installed. When the installation is complete, the Installation Summary window appears.

26. Close the Installation Summary window. 27. To configure the China Telecom 5G NSA Basic Function test suite, go to the section “China

Telecom 5G NSA Basic Function Configuration Instructions” on page 25.


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China Telecom 5G NSA Basic Function Configuration Instructions You must activate Elevate release 2.10.03 on the WTS122-CA to configure the China Telecom 5G NSA Basic Function test suite. When you installed the Spirent SR9860 5G gNodeB emulator, you should have upgraded the WTS122-CA to Elevate release 2.10.03. For more information about upgrading the WTS122-CA to Elevate release 2.10.03, see Spirent 8100 5G Mobile Device Test System SR9860 5G gNodeB System Deployment Instructions, 71-008820, Version A0. To activate Elevate release 2.10.03 on the WTS122-CA, perform the following steps: 1. On the Controller PC, click the QEMU menu at the top, left corner of the display, and select

8100 Services Management Utility - Chromium. The 8100 Services Management Utility appears.

2. Click the Tools button at the top of the page. The Tools page appears.

3. In the WTS Interface area at the bottom of the Tools page, click the Open Management Utility button. A new browser tab appears and displays the WTS Instrument Management Utility.

4. Click the SOFTWARE PERSONALITIES button at the top of the WTS Instrument Management Utility page. The Software Personalities page appears.

5. Click the Activate button for the personality Elevate-WTS122CA_Default_2.10.03. A dialog box appears prompting you to confirm your action.

6. Click the OK button. A message box appears stating that the instrument will restart when the activation is complete.

7. Click the OK button. The selected personality is activated.

8. Close the browser tab for the WTS Instrument Management Utility.


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Installation Instructions for VoLTE Test Suites This section describes how to install the following test suites:

• China Telecom VoLTE Dual SIM test suite

• China Telecom VoLTE Video Quality test suite

• China Telecom VoLTE test suite

• China Telecom VoLTE EVS Audio Quality test suite

• China Telecom VoLTE Audio Quality test suite These test suites require Spirent 8100 Mobile Device Test System Radio Access: LTE version 10.0.0. Perform the following steps: 1. Access the 8100 Services Management Utility on the SC10. 2. Activate the LTE RA 10.0.0 personality. 3. Connect the external USB drive to an available USB 2.0 port on the SC10. 4. On the SC10, log into the Controller PC. 5. Using Windows Explorer, copy the folder containing the China Telecom test suites

(China Telecom LTE-RA Test Suites vA18) from the external USB drive to the D: drive on the Controller PC.

6. On the Controller PC, go to the folder D:\China Telecom LTE-RA Test Suites vA18\For LTE RA v10.0.0.

7. Double-click on the file setup.exe. The Spirent License Agreement dialog box appears.

8. Read the license agreement, and click the Accept button if you agree to the terms of the license agreement. The test suites are installed. When the installation is complete, the Installation Summary window appears.

9. Close the Installation Summary window. 10. On the SC10, log into the Controller PC. 11. From the QEMU menu at the top, left corner of the VM window, select 8100 Services

Management Utility - Chromium. The 8100 Services Management Utility appears.

12. In the 8100 Services Management Utility, click the Software Personalities button. The Software Personalities page appears.


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13. In the Action column, click the Reactivate button. A dialog box appears prompting you to confirm your action.

14. Click the OK button. After the personality activates successfully, the 8100 Services Management Utility window closes, and the Controller PC password window appears.

15. Log into the Controller PC. 16. To configure the China Telecom VoLTE Dual SIM test suite, go to the section “China

Telecom VoLTE Dual SIM Configuration Instructions” on page 28. 17. To configure the China Telecom VoLTE Video Quality test suite, go to the section “China

Telecom VoLTE Video Quality Configuration Instructions” on page 31. 18. To configure the China Telecom VoLTE test suite, go to the section “China Telecom

VoLTE Configuration Instructions” on page 35.


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China Telecom VoLTE Dual SIM Configuration Instructions You must perform the following procedures to configure the China Telecom VoLTE Dual SIM test suite: 1. Import files into ProLab on the Application Server. 2. Activate Elevate software release 2.10.01 on the WTS122-CA.

Step 1: Import Files into ProLab on the Application Server Perform the following steps: 1. On the SC10, click the QEMU menu at the top, left corner of the browser window, and select

QEMU (Application Server). The desktop for the Application Server appears.

2. On the Application Server desktop, double-click on the Prolab Manager icon. The ProLab Manager window appears.

3. Using Windows Explorer, go to the folder C:\Spirent\ProLab\ProLab Manager\ImportExport\CT_VoLTE_Dual_SIM_All_Functions_Scenarios.

4. Double-click on the file ProlabScenarioImporter.exe. The ProlabScenarioImporter.exe window appears. The following figure shows an example of the ProlabScenarioImporter.exe window.


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Figure 1. Sample ProlabScenarioImporter.exe window.

When the ProLab scripts and scenarios have been imported successfully, the message “All commands executed successfully” appears at the bottom of the window, and you are prompted to press Enter to exit.

5. Press the ENTER key to exit the ProlabScenarioImporter.exe window. 6. Close Windows Explorer. 7. Close the ProLab Test Manager window. 8. Go to the next section to active Elevate software release 2.10.01 on the WTS122-CA.


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Step 2: Activate Elevate Release 2.10.01 on the WTS122-CA When you installed LTE Version 10.0.0, you should have upgraded the WTS122-CA to Elevate release 2.10.01. For more information about upgrading the WTS122-CA to Elevate release 2.10.01, see Spirent 8100 Mobile Device Test System Radio Access: LTE Version 10.0.0 System Deployment Instructions, 71-008789, Version A0. To activate Elevate release 2.10.01 on the WTS122-CA, perform the following steps: 1. On the Controller PC, click the QEMU menu at the top, left corner of the display, and select










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China Telecom VoLTE Video Quality Configuration Instructions You must perform the following procedures to configure the China Telecom VoLTE Video Quality test suite: 1. Install media files on the Controller PC. 2. Install media files on the Data Client laptop. 3. Install media files on the Video Analyzer. 4. Import files into ProLab on the Application Server. 5. Activate Elevate software release 2.10.01 on the WTS122-CA.

Step 1: Install Media Files on the Controller PC Perform the following steps: 1. On the Controller PC, go to the folder D:\China Telecom LTE-RA Test Suites vA18\For

LTE RA v10.0.0\Media Files. 2. Double-click on the file CPC_Laptop.exe.

The 7-Zip self-extracting archive dialog box appears. 3. Click the Browse button.

The Browse For Folder dialog box appears. 4. Select Local Disk (C:) and click the OK button. 5. Click the Extract button.

The Extracting dialog box shows the status of the installation. When the installation is complete, the Extracting dialog box closes.

6. Go to the next section to install media files on the Data Client laptop.


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Step 2: Install Media Files on the Data Client Laptop Perform the following steps: 1. Connect the USB drive to an available USB port on the Data Client laptop. 2. Log into the Data Client laptop. 3. On USB drive, go to the folder China Telecom LTE-RA Test Suites A18\For LTE RA

v10.0.0\Media Files. 4. Double-click on the file CPC_Laptop.exe.


The Browse For Folder dialog box appears. 6. Select Local Disk (C:) and click the OK button. 7. Click the Extract button.

The Extracting dialog box shows the status of the installation. When the installation is complete, the Extracting dialog box closes.

8. Go to the next section to install media files on the Video Analyzer.

Step 3: Install Media Files on the Video Analyzer Perform the following steps: 1. Connect the USB drive to an available USB port on the Video Analyzer. 2. Log into the Video Analyzer. 3. On the USB drive, go to the folder China Telecom LTE-RA Test Suites vA18\For LTE RA

v10.0.0\Media Files. 4. Double-click on the file VA Machine.exe.


The Browse For Folder dialog box appears. 6. Select New Volume (D:) and click the OK button. 7. Click the Extract button.

The Extracting dialog box shows the status of the installation. When the installation is complete, the Extracting dialog box closes

8. Go to the next section to import files into ProLab on the Application Server.


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2. On the Application Server desktop, double-click on the Prolab Manager icon. The ProLab Manager window appears.

3. Using Windows Explorer, go to the folder C:\Spirent\ProLab\ProLab Manager\ImportExport\CT_VQ_All_Functions_Scenarios.

4. Double-click on the file ProlabScenarioImporter.exe. The ProlabScenarioImporter.exe window appears. The following figure shows an example of the ProlabScenarioImporter.exe window.



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China Telecom VoLTE Configuration Instructions You must perform the following procedures to configure the China Telecom VoLTE test suite: 1. Import files into ProLab on the Application Server. 2. Activate Elevate software release 2.10.01 on the WTS122-CA.



2. On the Application Server, click the Start button. 3. In the Search programs and files box, type services and click on Services in the menu.

The Services window appears.

Figure 3. Services window.

4. Double-click on World Wide Web Publishing Service. The World Wide Web Publishing Service Properties (Local Computer) dialog box appears.

5. Click the Stop button. 6. From the Startup type box, select Disabled. 7. Click the OK button.


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8. Close the Services window. 9. Double-click on the Prolab Manager icon on the desktop.

The ProLab Manager window appears. 10. Using Windows Explorer, go to the folder C:\Spirent\ProLab\ProLab

Manager\ImportExport\CT_VoLTE_All_Functions_Scenarios. 11. Double-click on the file ProlabScenarioImporter.exe.

The ProlabScenarioImporter.exe window appears. The following figure shows an example of the ProlabScenarioImporter.exe window.




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Non-VoLTE Test Suites Installation Instructions NOTE: This section describes how to install the non-VoLTE China Telecom test suites. The non-VoLTE China Telecom test suites require Spirent 8100 Mobile Device Test System Radio Access: LTE Version 6.0.1 for China Telecom.

To install the non-VoLTE China Telecom test suites, you must perform the following steps: 1. Install the test suites on Spirent 8100 Mobile Device Test System Radio Access: LTE

Version 6.0.1 for China Telecom. 2. Configure Test Manager. 3. Configure the Application Server. 4. Update Spirent Data Client on the Data Client laptop. 5. Upgrade the UXM build to 1.6.10.0. 6. Install the UXM license. 7. Update the UXM IP address and change the Ethernet cable connection from rear to front. 8. Update the register file. 9. Update the scenario file. 10. Configure UXM registry TCP settings. 11. Calibrate the X-Series platform.

Step 1: Install the Non-VoLTE Test Suites Perform the following steps: 1. Connect the external USB drive containing China Telecom test suites LTE-RA package

revision A18 to an available USB 2.0 port on the SC10. 2. Make sure the SC10 is running the LTE RA CN v6.0.1C for 8100 BX-Series personality. 3. Log into the Controller PC. 4. Using Windows Explorer, copy the folder containing the China Telecom test suites from the

external USB drive to the D: drive on the Controller PC. 5. Go to the folder D:\China Telecom LTE-RA Test Suites vA18\For LTE -RA v6.0.1C. 6. Perform one of the following steps: If you want to install all Legacy CT test suites including the Non CDMA test suites, go to

the folder D:\China Telecom LTE-RA Test Suites vA18\For LTE -RA v6.0.1C\For CT All Legacy Test Suites.

If you want to install only the non-CDMA test suites, go to the folder D:\China Telecom LTE-RA Test Suites vA18\For LTE-RA v6.0.1C\For CT Non CDMA Test Suites.

7. Double-click on the file setup.exe. A Spirent message box appears.


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8. Click the OK button. The Test Suites Installer window appears.

9. Click the Test Suites tab, and click on each test suite you want to install. A check mark appears next to each test suite you selected, and the selected test suites appear in the Install List area.

10. Click the Core Components tab, and click on each core component. A check mark appears next to each core component you selected, and the selected core components appear in the Install List area.

11. From the File menu, select Install. The Spirent License Agreement dialog box appears.

12. Read the license agreement, and click the Accept button if you agree to the terms of the license agreement. The selected files are installed. After the tests suites are installed, the AT4 wireless Dissectors 2.9.0.2 Setup window appears.

13. Click the Next button. The License Agreement dialog box appears.

14. Read the license agreement, click the I accept the terms of the License Agreement check box if you agree to the terms of the license agreement, and then click the Install button. After the installation is complete, the Completing AT4 wireless Dissectors 2.9.0.3 Setup dialog box appears.

15. Click the Finish button. The Logging Runtime Setup window appears and displays the Welcome to the Logging Runtime Setup Wizard dialog box.


17. Read the license agreement, click the I accept the terms of the License Agreement check box if you agree to the terms of the license agreement, and then click the Next button. The Choose Components dialog box appears.

18. Click the Install button. After the installation is complete, the Completing the Logging Runtime Setup Wizard dialog box appears.

19. Click the Finish button. The Intrig Data Monitor Setup dialog box appears, stating that the IDM is already installed.


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20. Click the OK button. The Intrig Data Monitor Setup window appears and displays the Welcome to the Intrig Data Monitor Setup Wizard dialog box.


22. Read the license agreement, and click the I Agree button if you agree to the terms of the license agreement. The Choose Install Location dialog box appears.

23. Click the Install button. After the installation is complete, the Completing the Intrig Data Monitor Setup Wizard message box appears.

24. Click the Finish button. The E2010 Activate dialog box appears, prompting you to upgrade the E2010 to v4.22.

25. Click the Yes button. The upgrade process starts on the E2010. After several minutes, the Install License dialog box appears, prompting you to manually install the Spirent license on the embedded PC.

26. Click the OK button. The software is installed on the E2010. After approximately 20 minutes, the E2010 Reboot dialog box appears, prompting you to restart the E2010.

27. Click the Yes button. The E2010 automatically reboots. After the reboot is complete, the CS8 IT v4.22 Activation message box appears.

28. Click the OK button. When the Installation is complete, the Installation Summary window appears.

29. Close the Installation Summary window. 30. Close the Test Suites Installer window. 31. Using Windows Explorer, go to the folder D:\LTE-RA Test Suites vA18\ China Telecom

LTE-RA Test Suites vA18\For LTE-RA v6.0.1C\For CT All Legacy Test Suites\Spirent SC Test Pack and select the file Spirent.CT_eHRPD.dll.

32. Copy the file Spirent.CT_eHRPD.dll to the folder C:\Program Files\Spirent Communications\TestDrive II to replace the existing file.


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33. Go to the folder D:\LTE-RA Test Suites vA18\China Telecom LTE-RA Test Suites vA18\For LTE-RA v6.0.1C\For CT All Legacy Test Suites and double-click on the file CT_ASA.bat. All Legacy and Non CDMA CT test suites are moved automatically to their respective folders as shown in the following figure.

Figure 5. Legacy CT Test Suites folder and Non CDMA CT Test Suites folder.

34. Go to the folder C:\Program Files\Spirent Communication\SR3600\11.5.0, and double-click on the file SR3600.exe. When a connection is made to the SR3620 VM, the “Connected to emulator” message appears as shown in the following figure.

Figure 6. “Connected to emulator” message.


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35. After the connection is established, click on Instrument > Install Firmware Update. The Open dialog box appears.

36. Go to the folder C:\Program Files\Spirent Communications\CS8\CS8 Interactive Tester, and select the file coast_11.5.0.2.2018apr.1.tsu as shown in the following figure.

Figure 7. Open dialog box with coast_11.5.0.2.2018apr.1.tsu file selected.

37. Click the Open button. The firmware is updated. When the update is complete, the “Update completed” message appears as shown in the following figure.

Figure 8. “Update completed” message.


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38. Close the window. 39. Click on QEMU at the top, left corner of the window, and select 8100 Services

Management Utility. The 8100 Services Management Utility page appears.

40. Click the Tools tab. The Tools page appears.

Figure 9. Tools page.

41. Click the Commit VM Changes button. The Input Required dialog box appears.

42. Select SR3620, and then click the Save button. A dialog box appears prompting you to save the data to the SR3620.

43. Click the OK button. The changes are saved to the VM, and the personality is automatically reactivated.

44. Go to the next section to configure Test Manager.


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Step 2: Configure Test Manager Perform the following steps: 1. On the Controller PC, double-click on the Test Manager icon.

The Test Manager window appears. 2. Perform the following steps to create a new platform file in Test Manager for 8100-B Series:

a. In Test Manager, select File>New>Platform File as shown in the following figure.

Figure 10. Platform File option in Test Manager.

The B-Series Platform file opens. b. Click the 8100-B Series tab in the new platform file. c. Under Available Instruments, enable all configured instruments. d. Under Network Configuration, configure the available network options for the specific

module to be tested. e. Under PDN Gateway, enter FD00:0:20:1:0:0:1:3 for the IPv6 address, as shown in the

following figure.

Figure 11. 8100-B Series tab.


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f. Under SR8078 Test Configuration Unit, select the LTE Mode Configuration file applicable to the test theme.

g. When you are finished, save the platform file by selecting File > Save.

NOTE: While executing the tests, make sure all test cases reference the platform file you have just created.

3. Create a new UE file in Test Manager. a. In Test Manager, select File>New>UE File. b. Using the File menu, save this file and close it.

4. Create a new session file in Test Manager. a. In Test Manager, select File>New>Session File.

A new session file appears. b. In the new session file, select CommLogging->"Comm Logging Enabled" to true. c. Using the File menu, save the session file and close it.

5. Run a System Calibration for the B-Series platform and/or the B-100 platform. 6. Perform the following steps to create a new platform file in Test Manager for X Series for the

China Telecom CADT suite: a. In Test Manager, select File>New>Platform File as shown in the following figure.


The B-Series Platform file opens.


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b. Click the X Series tab in the new platform file. c. Under Test Configuration, choose configuration and mode as mentioned above. d. When you are finished, save the platform file by selecting File > Save.

7. Perform the following steps to create a new platform file in Test Manager for X Series for the China Telecom SRLTE CADT suite: a. In Test Manager, select File>New>Platform File as shown in the following figure.


The B-Series Platform file opens. b. Click the X Series tab in the new platform file. c. Under Test Configuration, choose configuration and mode as mentioned above. d. When you are finished, save the platform file by selecting File > Save.


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8. Perform the following steps to create a new platform file in Test Manager for X Series for the China Telecom SRLTE Conformance suite: a. In Test Manager, select File>New>Platform File as shown in the following figure.


The B-Series Platform file opens. b. Click the X Series tab in the new platform file. c. Under Test Configuration, choose configuration and mode as mentioned above. d. When you are finished, save the platform file by selecting File > Save.

9. Close Test Manager. 10. Go to the next section to configure the Application Server.


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Step 3: Configure the Application Server This procedure will improve data throughput for CA DT test cases. Perform the following steps: 1. On the Controller PC, click the QEMU menu at the top, left corner of the display, and select

QEMU (Application Server). The Application Server desktop appears.

2. Click Start, and select All Programs > Accessories > Command Prompt. The Command Prompt window appears.

3. At the command prompt, type netsh int tcp set heuristics disabled and press the ENTER key.

4. At the command prompt, type netsh interface ipv4 show subinterface and press the ENTER key. A list of network interfaces is displayed.

5. Type netsh interface ipv4 set subinterface Local Area Connection mtu=1460 where Local Area Connection is the interface name that appears in the list of network interfaces.

6. Press the ENTER key. 7. Close the Command Prompt window. 8. Click Start, type regedit in the Search programs and files box, and press the ENTER key.

The Registry Editor window appears. 9. Locate the following registry key:

HKLM\System\CurrentControlSet\Services\AFD\Parameters 10. Add the following new DWORD value: Name: FastSendDatagramThreshold Value: 1500 (decimal)


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Figure 15. Add New DWORD Value.

11. Close the Registry Editor window. 12. Go to the next section to update Spirent Data Client on the Data Client laptop.


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Step 4: Update Spirent Data Client on the Data Client Laptop Perform the following steps: 1. Connect the external USB drive containing China Telecom test suites LTE-RA package

revision A18 to an available USB 2.0 port on the Data Client laptop. 2. On the USB drive, go to the folder LTE-RA Test Suites vA18\China Telecom LTE-RA Test

Suites vA18\For LTE-RA v6.0.1C\For CT All Legacy Test Suites\Spirent Data Client and double-click on the file setup.exe.

3. Follow the on-screen prompts to install Spirent Data Client version 1.16.256.0. 4. When the installation is complete, go to the next section to upgrade the UXM build.

Step 5: Upgrade the UXM Build to 1.6.10.0 To upgrade the UXM, perform the following steps: 1. Select Start > All Programs > Keysight E7515A UXM > Keysight LTE Application. 2. Select the System tab in the lower section of the GUI. 3. Select Start > Control Panel > All Control Items > Programs and Features, and make

sure the following software versions are installed: Keysight E7515A UXM Keysight E7530A/E7630A LTE/LTE-A Application Keysight E7515A Platform

4. Close the E7515A Control Panel and Keysight E7630A LTE/LTE-A Application. 5. Select Start > Log off. 6. Log into the UXM using the following credentials:

user: administrator password: Keysight4u!

7. Select Start > Control Panel > All Control Items > Programs and Features. 8. Right-click on each of the following applications, and select Uninstall. Keysight E7515A UXM Keysight E7530A/E7630A LTE/LTE-A Application Keysight E7515A Platform X-Series Measurement Application


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Figure 16. Keysight version.

9. When prompted to completely remove the selected application and all of its features, click the Yes button.

10. Click the OK button for any pop-up windows that appear. 11. When the software uninstall is complete, click the Finish button. 12. If you are prompted to restart the instrument during the software uninstallation, click

Yes, I want to restart my computer now to restart the instrument. 13. After the instrument restarts, select Start > Log off. 14. Log into the UXM using the following credentials:


15. Connect the external USB drive to the UXM. 16. Open Windows Explorer, and go to the following folder on the external USB drive:

China Telecom LTE-RA Test Suites vA18\For LTE-RA v6.0.1C\For CT All Legacy Test Suites\UXM Build

17. Double-click on the file E7515A_UXM_1.6.10.07511.exe. 18. Follow the on-screen prompts to continue the installation. Note that this installation process

takes approximately 5 minutes. If any pop-up windows appear, click the OK button or Ignore button to proceed.

WARNING! Do not turn off the instrument during the installation.

19. When the installation is complete, restart the instrument. 20. After the instrument restarts, wait until the UXM box status becomes green.


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21. Click the Application Manager button as shown in the following figure.

Figure 17. Application Manager button.

The Application Manager dialog box appears.

Figure 18. Application Manager dialog box.


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22. From the drop-down list box, select LTE as shown in the preceding figure. 23. Enable the Auto-start last configuration check box. 24. Click the Start button.

The new software will run, and the Warning dialog box appears.

Figure 19. Warning dialog box.

25. Click the OK button. 26. Go to the next section to install the UXM license.


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Step 6: Install the UXM License Perform the following steps: 1. Install the latest version of your purchased software onto your chosen PC (that is, the PC

you used to generate the Host ID). 2. Copy the attached license file onto a USB storage device. 3. Connect the USB storage device to the host PC. 4. Open License Manager in the UXM Control panel. 5. Go to File->Install and choose the path of new license. 6. Go to the next section to update the UXM IP address and change the Ethernet cable

connection from rear to front.

Step 7: Update the UXM IP Address and Change the Ethernet Cable Connection from Rear to Front Perform the following steps: 1. Plug in the same cable to the front Ethernet port on the UXM.

Figure 20. Location of Ethernet port on the front panel of the UXM.


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2. Close the E7515A Control Panel and E7530A/E7630A LTE/LTE-A Application. 3. Select Start > Log off. 4. Log into the UXM using the following credentials:


5. Select Start > Control Panel > Network and Internet > Network and Sharing Center > Change adapter settings.

6. Right-click on the adapter ICM_GbE4 and choose Properties as shown in the following figure.

Figure 21. ICM_GbE4.

The Local Area Connection Properties dialog box appears. 7. In the This connection uses the following items list box, select Internet Protocol Version 4

(TCP/IPv4), and click the Properties button. The Internet Protocol Version 4 (TCP/IPv4) Properties dialog box appears.

8. Change the IPv4 address to 192.168.10.109. 9. Change the Subnet mask to 255.255.255.0. 10. Change the Default gateway to 192.168.10.1.


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Figure 22. Settings for IPv4 properties.

11. Click the OK button. 12. Click the Close button. 13. Right-click on Front_LAN and choose Properties as shown in the following figure.

Figure 23. Front_LAN.

The Local Area Connection Properties dialog box appears. 14. In the This connection uses the following items list box, select Internet Protocol Version 4



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15. Change the IPv4 address to 192.168.0.106. 16. Change the Subnet mask to 255.255.255.0. 17. Change the Default gateway to 192.168.0.1.


18. Click the OK button. 19. In the This connection uses the following items list box, select Internet Protocol Version 6



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20. Change the IPv6 address to fd00:0:20:1::6. 21. Change the Default gateway to fd00:0:20:1::1.


22. Click the OK button. 23. Click the Close button. 24. Go to the next section to update the register file on the UXM.


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Step 8: Update the Register File on the UXM Perform the following steps: 1. For SRLTE CA DT and Normal CA DT:

Copy the files cat6-fdd.xml and cat6-fdd.state from the folder China Telecom LTE-RA Test Suites vA18\For LTE-RA v6.0.1C\For CT All Legacy Test Suites\UXM Build\Register Files\Data Throughput to the following folder on the UXM: D:\ProgramData\Keysight\E7515A\E7530A_E7630A\Registers

2. For SRLTE Basic Function: a. Copy the file CA_SRLTE_Updated-1.6.9.0.xml from the folder China Telecom LTE-RA

Test Suites vA18\For LTE-RA v6.0.1C\For CT All Legacy Test Suites\UXM Build\Register Files\CA SRLTE Conformance to the following folder on the UXM: D:\ProgramData\Keysight\E7515A\E7530A_E7630A\Registers.

b. Launch UXM LTE/LTE-A Lab Application. c. Locate the Main menu on the right, and select Utility - Recall. d. In the new window, select CA_SRLTE_Updated-1.6.9.0.xml and then click Recall

Register. e. Wait for the recall process to complete. f. After the recall process is complete, select System on the Bottom tab. g. Select RF Config on the Upper tab. h. Ensure that Cable Loss Correction is checked. i. On the Main menu on the right, select Utility - Save. j. In the new window, select CA_SRLTE_Updated-1.6.9.0.xml and then click Save

Register. k. Go to the next section to update the scenario file on the UXM.

Step 9: Update the Scenario File on the UXM Perform the following steps: 1. For Normal CA DT and SRLTE CA DT:

Copy the file FDD_v122.ibmf from the folder China Telecom LTE-RA Test Suites vA18\For LTE-RA v6.0.1C\For CT All Legacy Test Suites\UXM Build\Scenario Files\Data Throughput to the following folder on the UXM: D:\ProgramData\Keysight\E7515A\E7530A_E7630A\Scenario Files\User

2. For SRLTE Basic Function: Copy the file FDD_v122_SIB8_730.lbmf from the folder China Telecom LTE-RA Test Suites vA18\For LTE-RA v6.0.1C\For CT All Legacy Test Suites\UXM Build\Scenario Files\CA SRLTE Conformance to the following folder on the UXM: D:\ProgramData\Keysight\E7515A\E7530A_E7630A\Scenario Files\User

3. Go to the next section to configure UXM registry TCP settings.


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Step 10: Configure UXM Registry TCP Settings Perform the following steps: 1. Log into the UXM using the following credentials:


2. On the UXM, select Start, type regedit, and press the ENTER key. The Registry Editor window appears.

3. In the Registry Editor window, go to \HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\services\Tcpip\Parameters.

4. Right-click on the blank area, and create a key with the following attributes: type: REG_DWORD name: TcpWindowSize

NOTE: If TcpWindowSize already exists, skip this step.

5. Double-click on TcpWindowSize, and set the value to 1048576 (decimal). 6. Right-click on the blank area, and create a key with the following attributes: type: REG_DWORD name: Tcp1323Opts

NOTE: If Tcp1323Opts already exists, skip this step.


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7. Double-click on Tcp1323Opts, and set the value to 1 (decimal).

Figure 26. Sample Registry Editor window with New Keys.

8. Save the changes you made to the registry, and then exit the Registry Editor. 9. Go to the next section to calibrate the X-Series platform.


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Step 11: Calibrate the X-Series Platform This section describes how to calibrate the X-Series platform. If you are using the X-Series platform, you must perform the following the steps to calibrate the system. To calibrate the X-Series platform, perform the following steps: 1. Connect a power meter to the SC10 SUB port. 2. Launch Test Manager. 3. Go to the platform file X Series tab, and select Click here to execute as show in the

following figure.

Figure 27. X Series tab.


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The Instrument Selection window appears.

Figure 28. Sample Instrument Selection window.

4. In the existing instruments list, choose the required instruments. For example, if want to run SRLTE CA DT, you must check (enable) the following check boxes as shown in the preceding figure: SR8078 check box UXM #1 Cell A check box UXM #1 Cell B check box SR3452 #1 check box

5. Click the Next button. 6. Follow the X platform wizard and finish the calibration procedure.


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Documentation The following table lists the documentation related to 8100 Mobile Device Test System Radio Access: LTE Version 10.0.0/10.0.1. You can access these documents from the Spirent Customer Service Center website: http://support.spirent.com.

Document Part Number Spirent 8100 Mobile Device Test System Radio Access: LTE Version 10.0.0 System Release Summary

71-008790, Version A0

Spirent 8100 Mobile Device Test System Radio Access: LTE Version 10.0.0 System Deployment Instructions

71-008789, Version A0

Spirent 8100 Mobile Device Test System Radio Access: LTE Version 10.0.1 System Deployment Instructions

71-008818, Version A0

The following table lists the documentation related to 8100 Mobile Device Test System Radio Access: LTE Version 6.0.1 for China Telecom. You can access these documents from the Spirent Customer Service Center website: http://support.spirent.com.

Document Part Number Spirent 8100 Mobile Device Test System Radio Access: LTE Version 6.0.1 for China Telecom System Release Summary

71-007965, Version A0

Spirent 8100 Mobile Device Test System Radio Access: LTE Version 6.0.1 for China Telecom System Deployment Instructions

71-007966, Version A0


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How to Contact Us To obtain technical support for any Spirent Communications product, please contact our Support Services department using any of the following methods: Americas E-mail: [email protected] Web: http://support.spirent.com Toll Free: +1 800-SPIRENT (+1 800-774-7368) (North America) Hours: Monday through Friday, 05:30 to 18:00 Pacific Time Europe, Africa, Middle East E-mail: [email protected] Web: http://support.spirent.com EMEA Phone: +33 (1) 6137 2270 UK Phone: +44 1803 546333 Toll Free Phone: +1 818-676-2616 Hours: Monday through Thursday, 09:00 to 18:00, 9:00 to 17:00 Friday, Paris Time Asia Pacific E-mail: [email protected] Web: http://support.spirent.com China Mainland Phone: +86 (400) 810-9529 (toll-free) Out of China Mainland Phone: +86 (10) 8233 0033 India Phone: 1800-419-2111 Operating Hours: Monday through Friday, 09:00 to 18:00 Beijing Time The Spirent Knowledge Base (http://support.spirent.com) is designed to serve your technical information needs. The Knowledge Base gives you access to tens of thousands of documents that help answer your network analysis and measurement questions. New content is added daily by Spirent’s communications and networking experts. Sign in with your user ID and password to gain access to additional content that is available only to customers – user manuals, Help files, release notes, Tech Bulletins, and more. When you sign in, you can also use the Knowledge Base to download software and firmware, and to manage your SRs. Information about Spirent Communications and its products and services can be found on the main company website at http://www.spirent.com. Company Address Spirent Communications, Inc. 26750 Agoura Road Calabasas, CA 91302 USA

http://support.spirent.com/








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Known Issues This section describes the software-related known issues in this release.

China Telecom CDMA-LTE Mobility The following issues are applicable to the China Telecom CDMA-LTE Mobility test suite:

Product China Telecom CDMA-LTE Mobility Description When CDMA-LTE Mobility test cases are run overnight, the UE may

randomly fail to access the LTE network. Impact There is no RRC connection request message in the CS8 IT result log, and

the currently running test case fails. However, subsequent test cases recover automatically.

Workaround Re-run the test case. Disposition There are currently no plans to fix this issue. Use the workaround specified

above.

Product China Telecom CDMA-LTE Mobility Description When CDMA-LTE Mobility test cases are run overnight, there is a very small

possibility (less than 1%) that the E2010S cells enter a critical state. Impact The currently running test case fails. However, subsequent test cases

recover automatically. Workaround Re-run the test case. Disposition There are currently no plans to fix this issue. Use the workaround specified

above.

China Telecom VoLTE EVS Audio Quality The following issues are applicable to the China Telecom VoLTE EVS Audio Quality test suite.

Product China Telecom VoLTE EVS Audio Quality Description The Configure IMS Client API (ConfigureIMSClientAPI_2) fails occasionally

during batch execution. Impact The test case fails and displays 'Failed to ConfigureIMSClientAPI_2 error.' Workaround Re-run the test case. Disposition Spirent is targeting to fix this issue in a future release.


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China Telecom VoLTE Dual SIM The following issues are applicable to the China Telecom VoLTE Dual SIM test packs.

Product China Telecom VoLTE Dual SIM Description MMEUES1APID is not incremented as expected for a dual RF device. Impact The CT+CMCC scenario test cases fail on a dual RF device. Workaround None. Disposition Spirent is targeting to fix this issue in a future release.

China Telecom 5G NSA Basic Function The following issues are applicable to the China Telecom 5G NSA Basic Function test suite.

Product China Telecom 5G NSA Basic Function Description Occasionally, gNB L1 RT does not complete initialization (No L1 version). Impact The test case fails. Workaround None. Disposition Spirent is targeting to fix this issue in a future release.


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China Telecom LTE Data Throughput Test Cases NOTE: This section covers the platform configurations for China Telecom LTE Data Throughput, China Telecom LTE Data Throughput - SRLTE, and China Telecom LTE Data Throughput - SVLTE test packs.

When LTE DT UL and Bi-directional test cases are run, the UL throughput value may decrease randomly, and UL NACK will be observed at the same time. To temporarily solve this issue, configure the system using the following steps before running China Telecom LTE Data Throughput test cases: 1. Ensure all system components are installed and connected according to B200 LTE Data &

IRAT.pdf and B200 LTE SVDO config guide.pdf. These PDFs are located in the folder Spirent Manuals on the Controller PC desktop.

2. Ensure all software is installed and configured on the SC10. 3. Connect the RF cables according to the UE antenna mapping types based on the following

table. Follow the steps in the appropriate section to cable the RF for the respective UE antenna mapping type.

UE Antenna Mapping Type

Supported Technology Configuration Instructions Antenna #1 Antenna #2 Antenna #3

#1 LTE TX/RX LTE RX 1X TX/RX EVDO TX/RX

“Configuring Antenna Mapping Type #1”

#2 LTE TX/RX 1X TX/RX EVDO TX/RX

LTE RX “Configuring Antenna Mapping Type #2”

#3 LTE TX/RX LTE RX 1X TX/RX EVDO TX/RX

“Configuring Antenna Mapping Type #3”

Table 1. Different UE Antenna Mappings.

NOTE: For other UE antenna mapping types, contact Spirent support.


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4. In Test Manager, open the required platform file. 5. After selecting the correct instruments, perform one of the following steps to set the LTE

mode to the correct mode: If SR3452 #1 Enable is false, set LTE Mode to Dedicated Mode. If SR3452 #1 Enable is true, set LTE Mode to SVDO Configuration 5.

Figure 29. Setting LTE Mode for SR3452.

6. Verify the following settings: a. SR3452 Duplex Mode is set to false b. All other settings in the platform file are consistent with the tests.

7. Save the platform file. 8. For UE antenna mapping types #2 and #3, perform the steps in “Configuring Mapping Type

#2” and “Configuring Mapping Type #3 to set the correct loss value into the UE file. 9. Make sure that the other settings in the UE file are consistent with the tests, and then save

the UE file. 10. Run the test case.


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Configuring Antenna Mapping Type #1 Perform the RF cabling as shown in the following figure.

Figure 30. RF Cabling for Antenna Mapping Type #1.


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Configuring Antenna Mapping Type #2 Perform the following steps: 1. After making sure the filter and power divider (part # 85-002921) are installed, perform the

RF cabling as shown in the following figure.


2. In Test Manager, open the required UE file. 3. On the Insertion Loss tab, set Main Antenna Loss to 4dB to compensate for the loss

caused by the power divider.

Figure 32. Insertion Loss tab.

4. Save the UE file.


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Configuring Antenna Mapping Type #3 Perform the following steps: 1. After making sure the filter and power divider (part # 85-002921) are installed, perform the

RF cabling as shown in the following figure.


2. In Test Manager, open the required UE file. 3. On the Insertion Loss tab, set Diversity Antenna Loss to 4dB to compensate for the loss

caused by the power divider.

Figure 34. Insertion Loss tab.

4. Save the UE file.


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China Telecom LTE Data Throughput The following issues are applicable to the China Telecom LTE Data Throughput test packs.

Product China Telecom LTE Data Throughput Description Downlink throughput does not reach pass criteria. Impact The test case fails. Workaround Configure the Registry Editor on the Client laptop with the

following commands, and re-run the test case.

1. Connect the UE to the Client laptop. 2. On the Client laptop, install the appropriate driver

for the UE. 3. On the Client laptop, select Start, type regedit,

and press the ENTER key. The Registry Editor window appears.

4. In the Registry Editor window, go to HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\WindowsNT\CurrentVersion\NetworkCards\#, and get the service name corresponding to the description. The following figure shows a sample of the service name corresponding to the description.

Figure 35. Sample Service Name.

5. In the Registry Editor window, go to HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\TCPIP\Parameters\Interface\xxxx, where xxxx is the service name from Step 4.

6. Right-click on the blank area, and create a key with the following attributes: • type: REG_DWORD • name: TCPAckFrequency

7. Double-click on TCPAckFrequency, and set the value to 13.

8. Reboot the Client laptop. Disposition Spirent is targeting to fix this issue in a future release.


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China Telecom CA Data Throughput The following issues are applicable to the China Telecom CA Data Throughput test packs.

Product China Telecom CA DT Description Sometimes the routing table is not added through test script. If the test case

fails with Add static route, you must manually add the route in the Controller PC and the Application Server.

Impact The test case fails. Workaround Perform the following steps:

1. On the Controller PC, open the Command Prompt window and enter the following command to add a static route: route add -p 192.168.81.1 192.168.0.5

2. On the Application Server, open the Command Prompt window and enter the following command to add a static route: route add -p 192.168.81.1 192.168.0.70

Disposition Spirent is targeting to fix this issue in a future release.

Product China Telecom CA DT Description Sometimes the UE fails to assign the IPv6 address after enabling tethering

to the Client laptop. Impact IPv6 Data Throughput Test cases fail due to an Add Static route failure.

Workaround None.

Disposition Spirent is investigating this issue currently


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LTE-RA 10.0.0/10.0.1 Platforms The following issues are applicable to the LTE-RA 10.0.0/10.0.1 platforms.

Product WTS122-CA Description In a TDD topology, the VoLTE call is interrupted when the UE is configured

with SPS, ROHC, and DRX. Impact The VoLTE call is disconnected. Workaround None. Disposition Spirent is targeting to fix this issue in a future release.

Product IMS Client Description In Test Manager, one of the following messages appears intermittently:

• Error: Create IMS Client Failed. • Error: Register IMS Client Failed.

The following figures show these error messages in Test Manager.

Figure 36. Create IMS Client Failed error message in Test Manager.


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Figure 37. IMS Client Failed error message in Test Manager.

Impact The Create IMS client step or Register IMS Client step fails continuously. Workaround Restart the Data Client laptop and run the test again. If this does not work,

contact Spirent Support. Disposition There are currently no plans to fix this issue. Use the workaround specified

above.


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Product IMS Client Description If you want to run tests on an LTE-RA platform version earlier than 7.0.0,

do NOT change the version of the IMS Client on the Data Client laptop. Impact If you “downgrade” the IMS Client on the Data Client laptop, a Create IMS

failure occurs, or the IMS Client crashes. The IMS Client cannot be used further. The following figure shows the Create IMS Client Failed error message in Test Manager.

Figure 38. Create IMS Client Failed error message in Test Manager.

Workaround None. Contact Spirent Support. Disposition There are currently no plans to fix this issue. Use the workaround specified

above.

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