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Test Suite #5 – connectivity and throughput for uplink heavy TDD (LTE)
Test Suite #5 – connectivity and throughput for uplink heavy TDD (LTE)
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Written by Team Celona
Updated over a week ago

Purpose

This test is intended to characterize peak download and upload performance with uplink heavy TDD configuration for LTE access points in ideal RF condition.

Test infrastructure

• Celona network w/ (1) AP

• iperf3 server

• UE under test

Test characteristics

This test involves the following parameters and/ or variables (inaddition to those described in the General Test Details andCharacteristics and TDD Config setup details)

Parameters

Requested DL bitrate

150 Mbps

Requested UL bitrate

40 Mbps

Duration

5 minutes

Variables

-l (length of buffer to read or write)

1300 bytes

Recorded Data

TCP

  • Download throughput

  • Upload throughput

UDP

  • Download throughput

  • Download loss

  • Download jitter

  • Upload throughput

  • Upload loss

  • Upload jitter

Procedure

TCP

iperf3 -c <iperf_server> -p <iperf_control_port>  -t 300 --logfile <device_under_test><Testcase_id>_<Edgeip>_<Traffic_type>.txt

where

• <iperf_server> is the IP address of an iperf3 server

• <iperf_control_port> is a port on the iperf server where an iperf3 process is listening

• <device_under_test> is the make and model of the device

UDP

iperf3 -c <iperf_server> -p <iperf_control_port> -u -R --bitrate 150M -l 1300 -t 300
--logfile <device_under_test><Testcase_id>_<Edgeip>_<Traffic_type>.txt

iperf3 -c <iperf_server> -p <iperf_control_port> -u --bitrate 25M
-l 1300 -t 300 --logfile <device_under_test><Testcase_id>_<Edgeip>_<Traffic_typr>.txt

where

• <iperf_server> is the IP address of an iperf3 server

• <iperf_control_port> is a port on the iperf server where an iperf3 process is listening

• <device_under_test> is the make and model of the device

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