Hyper Open Edge Cloud

How To Test ORS Before Sending To Client

The process of testing an ORS right before sending it to a client
  • Last Update:2026-02-25
  • Version:001
  • Language:en

Monitor Base URL Check

  • Start all services (eNB and gNB also)
  • Wait until monitor base URL is in the connection parameters
  • Click monitor base URL and check that you land on a page that asks for login and password
  • If you see 503 error after clicking monitor base URL then something is wrong:
    • The ORS might not be properly connected to internet or powered on
    • re6st might not be working properly on ORS
    • make sure service is started and has been started for at least 5 minutes
    • services might not have been instantiated incorrectly, you can try the following fix:
      • rm -rf /srv/slapgrid/slappart* /srv/slapgrid/etc/supervisord.conf.d/slappart* && reboot

Promises Check

  • Stop enb or gnb (depending on the band) and wait for 5 minutes
  • While waiting, you can check if other services are green (health, conference, mail-server and core-network), if they are not something is wrong
  • After having waited 5 minutes, check if eNB / gNB service is green 
  • If it is red, click monitor-setup-url and go to monitoring, if only check-rx-saturated is red then it is OK

Hardware and eNB / gNB Service Check

For ORS Duo:

First, cells must be tested separately, for each cell do the following:

  • Go to the eNB / gNB service (depending on the model of the cell you are testing)
  • Set "Enable Cell" to true on the cell you are testing, and "Enable Cell" to false on the other cell
  • Wait 5 minutes
  • Perform all "Hardware and eNB / gNB Service Checks" tests from below 

Then, both cells should be tested at the same time:

  • Go to the eNB / gNB service (depending on the models of the cells)
  • Set "Enable Cell" on both cells"
  • Wait 5 minutes
  • Connect a phone (no need to redo all the performance tests, just connect a phone)

For ORS Classic:

  • Perform all "Hardware and eNB / gNB Service Checks" tests from below 

For ORS Brute:

  • adjust TX Gain, RX Gain and TX Power Offset
  • Perform all "Hardware and eNB / gNB Service Checks" tests from below 

Hardware and eNB / gNB Service Checks:

Some bands might have lower throughput than expected because of interference, B28 for instance will likely has interference because it is used a lot by public operators. In that case getting bad results doesn't necessarily mean the ORS is not working.

  • Take a Oukitel WP30 Pro for all the following tests
  • Insert any of the SIM Cards you flashed, disable airplane mode to connect it in 4G or 5G to the ORS
  • If phone doesn't connect try the following:
    • Go to phone dial, type *#*#*4636#*#* , go to "Phone Information", scroll to "Set Preferred Network Type" and set LTE Only for 4G or NR Only for 5G
    • If it still doesn't work, reboot it and wait 5 minutes
  • Go to core-network service, get the iperf3 server IP and port in the connection parameters
  • Go to the eNB or gNB service (depending on which you are testing) and check the bandwidth
  • Put the phone near the ORS (in the same room)
  • Go to magic iperf3 app on the phone
  • Make sure "iperf3" is selected in the app
  • Execute the following command: "-c IP -p PORT -t20", and check speed is the following depending on the bandwidth you saw configured in the eNB or gNB service:
    • TDD 20 MHz: 12 - 17 Mbps, FDD 20 MHz: 54 - 76.5 Mbps
    • TDD 40 MHz: 30 - 40 Mbps
    • TDD 50 MHz: 35 - 52.5 Mbps
    • If you get low speed then lower RX Gain to 20 and check again
  • Execute the following command: "-c IP -p PORT -t20 -R", and check speed is the following depending on the bandwidth you saw configured in the eNB or gNB service:
    • TDD 20 MHz: 130 - 142 Mbps, FDD 20 MHz: 180 - 220 Mbps
    • TDD 40 MHz: 270 - 308 Mbps
    • 50 MHz: 350 - 397 Mbps
  • Execute the following command: "-c IP -p PORT -t120 -R", move away in another room and check that the test doesn't get interrupted (speed might drop a lot but if the connection is cut as soon as you move away then the antennas are likely not well linked to the SDR board)

Some bands might have lower throughput than expected because of interference, B28 for instance will likely has interference because it is used a lot by public operators

SIM Cards Check

  • Connect a phone with all other SIM Cards to check they are flashed properly and that they have been registered properly on the panel
    • If phone doesn't  connect, do the same steps as for the hardware checks above
  • No need to do any speed test here, just connect a phone