Same performance as before?
Posted: Wed Feb 12, 2025 6:41 am
In terms of range, throughput remains fairly stable until signal attenuation drops below -60 dB. At -76 dB, the smartphone struggled a bit, which is understandable since it's old and barely functional, but the other two clients did surprisingly well.
asus rt axe7800 test10
Multi-client tests 5 GHz
Now that we're done with the single-client tests, let's look georgia telegram data at how well the RT-AXE7800 handles multiple clients, focusing on latency. I used the same set of clients as before, and the same server PC, but I included signal attenuation measured at each client level to get an idea of the amount of interference I was dealing with.
2x Lenovo Y520 User PC Macbook Pro ZimaBoard 832 SBC
Signal attenuation -33dB and -33dB -33dB -41dB -67dB
And yes, I used the same open source tools developed by Jim Salter that you can use too. You can get them on GitHub. Now let's get started with parallel 1080p streaming on five client devices.
Yeah, it looks like the router likes to stick to the main line more. Wait, didn’t ASUS say there was support for WAN aggregation? Is that it or can we actually increase the throughput? Apparently, this feature can be found under WAN > Internet Connection and can be enabled so that the router uses LAN1 and LAN2 to combine the two connections. My internet connection is under 1Gbps, but it’s nice to know that this feature is available and ready to use.
asus rt axe7800 test10
Multi-client tests 5 GHz
Now that we're done with the single-client tests, let's look georgia telegram data at how well the RT-AXE7800 handles multiple clients, focusing on latency. I used the same set of clients as before, and the same server PC, but I included signal attenuation measured at each client level to get an idea of the amount of interference I was dealing with.
2x Lenovo Y520 User PC Macbook Pro ZimaBoard 832 SBC
Signal attenuation -33dB and -33dB -33dB -41dB -67dB
And yes, I used the same open source tools developed by Jim Salter that you can use too. You can get them on GitHub. Now let's get started with parallel 1080p streaming on five client devices.
Yeah, it looks like the router likes to stick to the main line more. Wait, didn’t ASUS say there was support for WAN aggregation? Is that it or can we actually increase the throughput? Apparently, this feature can be found under WAN > Internet Connection and can be enabled so that the router uses LAN1 and LAN2 to combine the two connections. My internet connection is under 1Gbps, but it’s nice to know that this feature is available and ready to use.