![]() If I were to try to do that through the wired port, 100Mbps max cap. That is connecting to my router on 5GHz, 433Mbps and to my client on 2.4GHz 300Mbps. I can get ~22MB/sec through it when it is set in high speed bridge mode. As a nice example, I have an AC750 bridge, but with a 10/100 port on it (sadly no AP mode, but the 10/100 port would be really limiting if I tried that). Of course if I mosey on over a room or two that drops quite a bit.Ĭlick to expand.This. Of course both of those have gigabit ports to connect them to my network and also the internet (though sadly I only have a 75/75 internet connection, but no such limitation on my local network or to my server). My router, a TP-Link Archer C8 performs a bit better on 2.4GHz 300Mbps and I can get 226Mbps, which is basically the theoretical max you can get. With my TP-Link WDR3600 close to my router I can get about 196Mbps on 2.4GHz and 206Mbps on 5GHz (both 40Mhz channel width, so 300Mbps modulation rate). ![]() Get a gigabit N600 router and probably with a good client (that is also 300Mbps capable) and no interference you can probably get around 200Mbps. So that is the maximum performance you are going to get. ![]() Optimistically the best you can get is roughly 76% net yield and in most cases it is worse.īut, anyway, you are connecting your router to your modem through a wired port, which is limited to 100Mbps. That is the modulation rate you lose performance due to error correction overhead, wifi environment, etc.
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