TR-398 Issue 2

WiFi Performance Test Plan

Wed May 25 06:12:51 PDT 2022

PDF Report

Test Setup Information
Device Under Test
Name adtran-root
SSIDs
adtran-tr398 adtran-tr398 
Passwords
lanforge lanforge 
BSSIDs
e8:2c:6d:85:73:64 e8:2c:6d:85:73:6a 
Notes [BLANK]
Estimated Run Time 14 m
Actual Run Time 16.66 m

Objective

The TR-398 Issue 2 WiFi Performance test plan by the Broadband forum provides a comprehensive set of tests to qualify the performance of WiFi access points (APs) designed for residential and small office environments. Radio performance, Throughput, Connection Stability, Airtime Fairness, AP Co-existence, Mu_MIMO Performance, Spatial Consistency and Long-term Stability are some of the test areas covered in this test plan. The test plan is designed for service providers deploying in home WiFi APs to qualify the APs in the lab before deployment and for equipment makers to test during the development of the APs. Candela Technologies offers a fully automated TR-398 Issue 2 test system. The user can select from the list of tests available. Most tests can run fully automated, though some require user interaction. Measurements are made and compared to the specified PASS/FAIL criteria in the TR-398 Issue 2 test plan and this report will show the summary PASS/FAIL results followed more detailed results for each test.


Summary Results

Test Result Candela
Score
Elapsed Info
8.1.1 Mesh Backhaul RvR 2.4Ghz PASS
5Ghz PASS
100 16.299 m AC 5Ghz UL 3 / 3 DL 3 / 3
AX 5Ghz UL 3 / 3 DL 3 / 3
N 2.4Ghz UL 3 / 3 DL 3 / 3
AX 2.4Ghz UL 3 / 3 DL 3 / 3


8.1.1 Mesh Backhaul RvR


Summary

This test case measures the throughput performance of a mesh Wi-Fi system where the WiFi Repeater is at different emulated distances from the base AP. The DUT is considered to be the combination of a Base AP and a Wi-Fi repeater. The Base AP is defined as the AP devices connected to the wired network connection of the traffic generator and analyzer, while the Wi-Fi repeater has only RF connections to both the base AP and the STA. During this test, the STA is only connected to the Wi-Fi Repeater. The Wi-Fi connection between the Base AP and Wi-Fi repeater is configured to enable all supported radios and protocols, allowing the two devices to adapt the Wi-Fi connection according to their internal logic. The STA’s RF connection is configured to a specific operating mode. The back-haul link between Base AP and the Wi-Fi Repeater is expected to be at least 802.11ac Nss=2 or better in performance for this test. The attenuation values in this setup are based on 2m distance being zero, but it is not expected that a 2m emulated distance is actually possible between Root and Node-1.

Setup

  1. This test uses 3 chambers. The Base AP is in Chamber 1, Repeater is in Chamber 2, and STA is in Chamber 3. Attenuator A connects Chamber 1 and 2, Attenuator B connects STA and Chamber 2, and Attenuator C connects STA and chamber 1.
  2. The Ethernet traffic generator connects to the Base AP.
  3. The Attn A SHALL be configured to 5Ghz 2m calibrated distance plus 30dB.
  4. The Attn B SHALL be configured to 2m calibrated distance.
  5. The Attn C SHALL be configured to at least 60 dB to ensure the STA cannot talk to the root node.
STA Configurations
  1. 802.11n, NSS = 2, BW = 20Mhz
  2. 802.11ac, NSS = 2, BW = 80Mhz
  3. 802.11ax 2.4Ghz, NSS = 2, BW = 20Mhz
  4. 802.11ax, 5Ghz, NSS = 2, BW = 80Mhz
Test Procedure STA should be configured to allow use of any channel on the selected band.

For each of the STA Configurations above, run these steps.

  1. Configure Attenuator A to 5Ghz 2m calibrated distance plus 30.
  2. Establish LAN connection and allow STA to associate with the DUT.
  3. Measure the downlink TCP throughput to the STA, using a test time of 120 seconds.
  4. Measure the uplink TCP throughput to the STA, using a test time of 120 seconds.
  5. Set attenuator A to 5Ghz 2m calibrated distance plus 40, and repeat steps 2 - 4 inclusive.
  6. Set attenuator A to 5Ghz 2m calibrated distance plus 50, and repeat steps 2 - 4 inclusive.
Pass/Fail Criteria For each STA Mode, at least 5 of the 6 tests must be at or above the throughput rate in the table below.

STA Mode Atten Download Tput (Mbps) Upload Tput (Mbps)
802.11n 30 100 100
802.11n 40 100 100
802.11n 50 100 100
802.11ac 30 500 500
802.11ac 40 400 400
802.11ac 50 100 100
802.11ax 2.4 30 200 200
802.11ax 2.4 40 200 200
802.11ax 2.4 50 100 100
802.11ax 5Ghz 30 600 600
802.11ax 5Ghz 40 400 400
802.11ax 4Ghz 50 100 100

Candela score is the percentage of passing tests.



Testbed Diagram



CSV Data for 8.1.1 Mesh Backhaul RvR
8.1.1 Mesh Backhaul RvR

8.1.1 Mesh Backhaul RvR Results

Type Result Value P/F Value Notes
Configuration NOTE INFO Using tri-band pass/fail settings.
AC 5Ghz DL [30] PASS 650 500 Requires: 500.00 Mbps Reported: 649.64 Mbps
STA-RSSI: -42 Rx-Rate: 866.7M Tx-Rate: 866.7M 802.11an-AC-80-2x2
AC 5Ghz UL [30] PASS 692 500 Requires: 500.00 Mbps Reported: 691.53 Mbps
STA-RSSI: -42 Rx-Rate: 866.7M Tx-Rate: 866.7M 802.11an-AC-80-2x2
AC 5Ghz DL [40] PASS 574 400 Requires: 400.00 Mbps Reported: 574.03 Mbps
STA-RSSI: -42 Rx-Rate: 866.7M Tx-Rate: 866.7M 802.11an-AC-80-2x2
AC 5Ghz UL [40] PASS 618 400 Requires: 400.00 Mbps Reported: 617.64 Mbps
STA-RSSI: -42 Rx-Rate: 866.7M Tx-Rate: 866.7M 802.11an-AC-80-2x2
AC 5Ghz DL [50] PASS 315 100 Requires: 100.00 Mbps Reported: 314.97 Mbps
STA-RSSI: -42 Rx-Rate: 866.7M Tx-Rate: 866.7M 802.11an-AC-80-2x2
AC 5Ghz UL [50] PASS 309 100 Requires: 100.00 Mbps Reported: 309.04 Mbps
STA-RSSI: -42 Rx-Rate: 866.7M Tx-Rate: 866.7M 802.11an-AC-80-2x2
N 2.4Ghz DL [30] PASS 115 100 Requires: 100.00 Mbps Reported: 114.93 Mbps
STA-RSSI: -27 Rx-Rate: 130M Tx-Rate: 144.4M 802.11bgn-20-2x2
N 2.4Ghz UL [30] PASS 112 100 Requires: 100.00 Mbps Reported: 111.78 Mbps
STA-RSSI: -27 Rx-Rate: 144.4M Tx-Rate: 144.4M 802.11bgn-20-2x2
N 2.4Ghz DL [40] PASS 115 100 Requires: 100.00 Mbps Reported: 114.82 Mbps
STA-RSSI: -27 Rx-Rate: 144.4M Tx-Rate: 144.4M 802.11bgn-20-2x2
N 2.4Ghz UL [40] PASS 113 100 Requires: 100.00 Mbps Reported: 112.89 Mbps
STA-RSSI: -27 Rx-Rate: 130M Tx-Rate: 144.4M 802.11bgn-20-2x2
N 2.4Ghz DL [50] PASS 113 100 Requires: 100.00 Mbps Reported: 112.54 Mbps
STA-RSSI: -27 Rx-Rate: 144.4M Tx-Rate: 144.4M 802.11bgn-20-2x2
N 2.4Ghz UL [50] PASS 110 100 Requires: 100.00 Mbps Reported: 109.63 Mbps
STA-RSSI: -27 Rx-Rate: 130M Tx-Rate: 144.4M 802.11bgn-20-2x2
AX 5Ghz DL [30] PASS 857 600 Requires: 600.00 Mbps Reported: 857.22 Mbps
STA-RSSI: -43 Rx-Rate: 1.201G Tx-Rate: 245M 802.11an-AX-80-2x2
AX 5Ghz UL [30] PASS 892 600 Requires: 600.00 Mbps Reported: 892.15 Mbps
STA-RSSI: -44 Rx-Rate: 1.201G Tx-Rate: 1.134G 802.11an-AX-80-2x2
AX 5Ghz DL [40] PASS 644 400 Requires: 400.00 Mbps Reported: 643.91 Mbps
STA-RSSI: -44 Rx-Rate: 1.201G Tx-Rate: 1.201G 802.11an-AX-80-2x2
AX 5Ghz UL [40] PASS 597 400 Requires: 400.00 Mbps Reported: 597.07 Mbps
STA-RSSI: -44 Rx-Rate: 1.201G Tx-Rate: 1.134G 802.11an-AX-80-2x2
AX 5Ghz DL [50] PASS 308 100 Requires: 100.00 Mbps Reported: 307.85 Mbps
STA-RSSI: -44 Rx-Rate: 1.201G Tx-Rate: 1.134G 802.11an-AX-80-2x2
AX 5Ghz UL [50] PASS 295 100 Requires: 100.00 Mbps Reported: 294.65 Mbps
STA-RSSI: -44 Rx-Rate: 1.201G Tx-Rate: 1.134G 802.11an-AX-80-2x2
AX 2.4Ghz DL [30] PASS 210 200 Requires: 200.00 Mbps Reported: 210.20 Mbps
STA-RSSI: -29 Rx-Rate: 258M Tx-Rate: 286.7M 802.11bgn-AX-20-2x2
AX 2.4Ghz UL [30] PASS 230 200 Requires: 200.00 Mbps Reported: 230.38 Mbps
STA-RSSI: -29 Rx-Rate: 258M Tx-Rate: 286.7M 802.11bgn-AX-20-2x2
AX 2.4Ghz DL [40] PASS 207 200 Requires: 200.00 Mbps Reported: 207.13 Mbps
STA-RSSI: -29 Rx-Rate: 258M Tx-Rate: 286.7M 802.11bgn-AX-20-2x2
AX 2.4Ghz UL [40] PASS 231 200 Requires: 200.00 Mbps Reported: 230.68 Mbps
STA-RSSI: -29 Rx-Rate: 258M Tx-Rate: 286.7M 802.11bgn-AX-20-2x2
AX 2.4Ghz DL [50] PASS 196 100 Requires: 100.00 Mbps Reported: 195.81 Mbps
STA-RSSI: -29 Rx-Rate: 258M Tx-Rate: 286.7M 802.11bgn-AX-20-2x2
AX 2.4Ghz UL [50] PASS 225 100 Requires: 100.00 Mbps Reported: 224.70 Mbps
STA-RSSI: -29 Rx-Rate: 258M Tx-Rate: 286.7M 802.11bgn-AX-20-2x2


Realtime Throughput for: 8.1.1 Mesh Backhaul RvR



Key Performance Indicators CSV


Test configuration and LANforge software version
Auto-Helper true
Use Issue-3 Behaviour true
Allow-11w (MFP/PMF) true
Skip 2.4Ghz Tests false
Skip 5Ghz Tests false
Duration-120 30
Duration-60 30
Channel 2Ghz 1
Channel 5Ghz 36
Extra Download Path-loss 0
TX Power 20
Multi-Conn 10
ToS 0
Upstream Port 1.2.2 eth2 Firmware: 0x80000aef, 1.1876.0 Resource: ct523c-3b89
Alien Upstream Port 1.2.2 eth2 Firmware: 0x80000aef, 1.1876.0 Resource: ct523c-3b89
Turn-Table Chamber TR-398
Configured 2m 2.4Ghz RSSI -26
Configured 2m 5Ghz RSSI -30
Opposite-Speed: 20000
Randomize Offered Load true
Allow Maximum NSS false
Max-CX Offered Load: 1000000
Max-CX 2Ghz N rate: 2000000
Max-CX 2Ghz AX rate: 3000000
Max-CX 5Ghz AC rate: 8000000
Max-CX 5Ghz AX rate: 10000000
Throughput N 2Ghz rate: 100000000
Throughput AC 5Ghz rate: 560000000
Throughput AX 2Ghz rate: 200000000
Throughput AX 5Ghz rate: 720000000
Skip 4x4 5Ghz test true
RvR issue 3 true
Throughput AX 2Ghz rate: 300000000
Throughput AX 2x2 5Ghz rate: 1100000000
Throughput AX 4x4 5Ghz rate: 1100000000
ATF Max NSS: 2
ATF Attenuation: 0
Max allowed packet loss%: 0.05
Assoc/Disassoc Traffic %: 99
Requested Rx-Sens Speed 65%
RxSens Rotation Degrees: 45
RxSens Start Step: 4
Attenuation Adjustment 0
Stop RX-Sens at pass false
Pause on zero throughput false
Spatial issue 3 true
Multiple STA issue 3 true
Use Virtual AX Stations false
Use AX Radios for AC tests false
Auto-Calibrate Interferer true
Use 40Mhz DUT to Avoid DFS false
Calibrate Alien with DUT Down false
LANforge-AP is Interferer true
Use AP-Coex Alien radios true
Use AP-Coex Alien Tx-Power true
User Interaction true
Interferer AC 5G-80Mhz: 195.00 Mbps
Interferer AC 5G-40Mhz: 90.00 Mbps
Interferer AC 2.4G-20Mhz: 32.00 Mbps
Interferer AX 5G-80Mhz: 195.00 Mbps
Interferer AX 5G-40Mhz: 90.00 Mbps
Interferer AX 2.4G-20Mhz: 32.00 Mbps
2Ghz Alien AP Radio: 1.4.3 wiphy0
5Ghz Alien AP Radio: 1.4.3 wiphy0
Alien AP TxPower: 0 dBm
2Ghz Alien STA Radio: 1.4.4 wiphy1
5Ghz Alien STA Radio: 1.4.4 wiphy1
Alien STA TxPower: 0 dBm
Spatial Rotation Degrees: 30
Test Retries: 0
Stability Duration-180 60
Stability Max-Iterations 5
Stability UDP Duration 5 m
Calibration Mode: 4
Calibration NSS: 1
LANforge AP Calibration Radio: 1.4.3 wiphy0
Mesh Node-1 LANforge AP Calibration Radio: 1.5.3 wiphy0
Mesh Node-2 LANforge AP Calibration Radio: 1.6.3 wiphy0
Calibrate against LANforge AP true
Background Scan Module simple
Background Short Interval 30
Background Long Interval 300
Background RSSI Threshold -65
WiFi Radio 0 1.1.5 wiphy1 Resource: ct523c-3b29
WiFi Radio 1 1.1.4 wiphy0 Resource: ct523c-3b29
WiFi Radio 2 1.1.7 wiphy3 Resource: ct523c-3b29
WiFi Radio 3 1.1.6 wiphy2 Resource: ct523c-3b29
WiFi Radio 4 1.1.9 wiphy5 Resource: ct523c-3b29
WiFi Radio 5 1.1.8 wiphy4 Resource: ct523c-3b29
WiFi AX Radio 0 1.2.wiphy0 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 1 1.2.wiphy1 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 2 1.2.wiphy2 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 3 1.2.wiphy3 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 4 1.2.wiphy4 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 5 1.2.wiphy5 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 6 1.2.wiphy6 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 7 1.2.wiphy7 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 8 1.2.wiphy8 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 9 1.2.wiphy9 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 10 1.2.wiphy10 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 11 1.2.wiphy11 Firmware: release/core68::058653f6 Resource: ct523c-3b89
WiFi AX Radio 12 1.3.wiphy0 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 13 1.3.wiphy5 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 14 1.3.wiphy10 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 15 1.3.wiphy15 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 16 1.3.wiphy1 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 17 1.3.wiphy6 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 18 1.3.wiphy11 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 19 1.3.wiphy16 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 20 1.3.wiphy2 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 21 1.3.wiphy7 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 22 1.3.wiphy12 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 23 1.3.wiphy17 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 24 1.3.wiphy3 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 25 1.3.wiphy8 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 26 1.3.wiphy13 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 27 1.3.wiphy18 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 28 1.3.wiphy4 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 29 1.3.wiphy9 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 30 1.3.wiphy14 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi AX Radio 31 1.3.wiphy19 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi Mesh Radio 0 1.3.18 wiphy21 Firmware: release/core68::058653f6 Resource: ct523c-de7c
WiFi Mesh Radio 1 1.3.18 wiphy21 Firmware: release/core68::058653f6 Resource: ct523c-de7c
Attenuator 0 rssi-0-2.4Ghz: -22 rssi-0-5Ghz: -41 atten: 1.1.3094.0
Attenuator 1 rssi-0-2.4Ghz: -22 rssi-0-5Ghz: -41 atten: 1.1.3094.1
Attenuator 2 rssi-0-2.4Ghz: -22 rssi-0-5Ghz: -41 atten: 1.1.3094.2
Attenuator 3 rssi-0-2.4Ghz: -22 rssi-0-5Ghz: -41 atten: 1.1.3094.3
Attenuator 4 rssi-0-2.4Ghz: -27 rssi-0-5Ghz: -43 atten: 1.1.3102.0
Attenuator 5 rssi-0-2.4Ghz: -27 rssi-0-5Ghz: -43 atten: 1.1.3102.1
Attenuator 6 rssi-0-2.4Ghz: -27 rssi-0-5Ghz: -43 atten: 1.1.3099.0
Attenuator 7 rssi-0-2.4Ghz: -27 rssi-0-5Ghz: -43 atten: 1.1.3099.1
Attenuator 8 rssi-0-2.4Ghz: -25 rssi-0-5Ghz: -43 atten: 1.1.3102.2
Attenuator 9 rssi-0-2.4Ghz: -25 rssi-0-5Ghz: -43 atten: 1.1.3102.3
Attenuator 10 rssi-0-2.4Ghz: -25 rssi-0-5Ghz: -43 atten:
Attenuator 11 rssi-0-2.4Ghz: -25 rssi-0-5Ghz: -43 atten:
AX Attenuator 0 AX rssi-0-2.4Ghz: -42 rssi-0-5Ghz: -56 atten: 1.1.3100.3
AX Attenuator 1 AX rssi-0-2.4Ghz: -42 rssi-0-5Ghz: -56 atten: 1.1.3100.2
AX Attenuator 2 AX rssi-0-2.4Ghz: -42 rssi-0-5Ghz: -56 atten: NA
AX Attenuator 3 AX rssi-0-2.4Ghz: -42 rssi-0-5Ghz: -56 atten: NA
AX Attenuator 4 AX rssi-0-2.4Ghz: -43 rssi-0-5Ghz: -42 atten: 1.1.3100.1
AX Attenuator 5 AX rssi-0-2.4Ghz: -43 rssi-0-5Ghz: -42 atten: 1.1.3100.0
AX Attenuator 6 AX rssi-0-2.4Ghz: -43 rssi-0-5Ghz: -42 atten:
AX Attenuator 7 AX rssi-0-2.4Ghz: -43 rssi-0-5Ghz: -42 atten:
AX Attenuator 8 AX rssi-0-2.4Ghz: -41 rssi-0-5Ghz: -56 atten: 1.1.3099.3
AX Attenuator 9 AX rssi-0-2.4Ghz: -41 rssi-0-5Ghz: -56 atten: 1.1.3099.2
AX Attenuator 10 AX rssi-0-2.4Ghz: -41 rssi-0-5Ghz: -56 atten:
AX Attenuator 11 AX rssi-0-2.4Ghz: -41 rssi-0-5Ghz: -56 atten:
Mesh Attenuator 0 Mesh rssi-0-2.4Ghz: -39 rssi-0-5Ghz: -60 atten: 1.1.3249.0
Mesh Attenuator 1 Mesh rssi-0-2.4Ghz: -39 rssi-0-5Ghz: -60 atten: 1.1.3249.1
Mesh Attenuator 2 Mesh rssi-0-2.4Ghz: -39 rssi-0-5Ghz: -60 atten: 1.1.3249.2
Mesh Attenuator 3 Mesh rssi-0-2.4Ghz: -39 rssi-0-5Ghz: -60 atten: 1.1.3249.3
Mesh Attenuator 4 Mesh rssi-0-2.4Ghz: -42 rssi-0-5Ghz: -65 atten: 1.1.3232.0
Mesh Attenuator 5 Mesh rssi-0-2.4Ghz: -42 rssi-0-5Ghz: -65 atten: 1.1.3232.1
Mesh Attenuator 6 Mesh rssi-0-2.4Ghz: -42 rssi-0-5Ghz: -65 atten:
Mesh Attenuator 7 Mesh rssi-0-2.4Ghz: -42 rssi-0-5Ghz: -65 atten:
Mesh Attenuator 8 Mesh rssi-0-2.4Ghz: -38 rssi-0-5Ghz: -45 atten: 1.1.3232.2
Mesh Attenuator 9 Mesh rssi-0-2.4Ghz: -38 rssi-0-5Ghz: -45 atten: 1.1.3232.3
Mesh Attenuator 10 Mesh rssi-0-2.4Ghz: -38 rssi-0-5Ghz: -45 atten:
Mesh Attenuator 11 Mesh rssi-0-2.4Ghz: -38 rssi-0-5Ghz: -45 atten:
Mesh Attenuator 12 Mesh rssi-0-2.4Ghz: -38 rssi-0-5Ghz: -57 atten: 1.1.3263.0
Mesh Attenuator 13 Mesh rssi-0-2.4Ghz: -38 rssi-0-5Ghz: -57 atten: 1.1.3263.1
Mesh Attenuator 14 Mesh rssi-0-2.4Ghz: -38 rssi-0-5Ghz: -57 atten:
Mesh Attenuator 15 Mesh rssi-0-2.4Ghz: -38 rssi-0-5Ghz: -57 atten:
Mesh Attenuator 16 Mesh rssi-0-2.4Ghz: -43 rssi-0-5Ghz: -74 atten: 1.1.3256.0
Mesh Attenuator 17 Mesh rssi-0-2.4Ghz: -43 rssi-0-5Ghz: -74 atten: 1.1.3256.1
Mesh Attenuator 18 Mesh rssi-0-2.4Ghz: -43 rssi-0-5Ghz: -74 atten: 1.1.3256.2
Mesh Attenuator 19 Mesh rssi-0-2.4Ghz: -43 rssi-0-5Ghz: -74 atten: 1.1.3256.3
Mesh Attenuator 20 Mesh rssi-0-2.4Ghz: -48 rssi-0-5Ghz: -77 atten: 1.1.3263.2
Mesh Attenuator 21 Mesh rssi-0-2.4Ghz: -48 rssi-0-5Ghz: -77 atten: 1.1.3263.3
Mesh Attenuator 22 Mesh rssi-0-2.4Ghz: -48 rssi-0-5Ghz: -77 atten:
Mesh Attenuator 23 Mesh rssi-0-2.4Ghz: -48 rssi-0-5Ghz: -77 atten:
Show Events true
Build Date Tue 24 May 2022 09:21:44 PM PDT
Git Version fb480c40961cad588d7eb9729c46c6b9ce126580


CSV Data

META Information for TR-398 Issue 2
Generated by Candela Technologies LANforge network testing tool.
www.candelatech.com