Srodriguez089 wrote:
3) Using the ethernet port on the extender, I get 45 down and 32 up.
This gives you the performance of the extender<->router WiFi path (the backhaul connection), with no relay involved. Can you connect the PC directly to the 2.4 ghz router network (in the bedroom), and measure that performance also? I suspect it will be similar.
Srodriguez089 wrote:
Hi StephenB, thank you for the reply.
2)This specific case is for 2.4 Ghz. For some reason the 5Ghz is not giving internet connection in the extender
This is unusual - does the bedroom have wood flooring, or is it something else (concrete???). Is there something over the router that might be blocking the signal? Do any devices connect to the router over 5 Ghz in that spot?
Note the extender doesn't have to be in the bedroom. If an adjacent room gives a solid 5 Ghz to the router, you could try moving it.
Srodriguez089 wrote:
Is it because of the extender? I though I bought a good one but was I wrong?
The highest performing extender that Netgear makes is the EX8000 - which is AC3000. The EX3700 is AC750; your ASUS router is AC1900. If you can use 5 ghz for the backhaul, then a triband extender should give you better performance. You'd use one 5 ghz radio for the backhaul, and you'd use the other 5 ghz radio (and the 2.4 ghz radio) for your client connections. But if you are stuck with a 2.4 ghz backhaul then a more expensive extender won't help much.
The net here is that if you can't solve the 5Ghz connection problem, then powerline would be a better option. Though I'd also look into the possibility of running an ethernet cable from the living room to the bedroom. Likely it would cost a bit more (assuming it is professionally installed), but that would give you the best performance (running the EX3700 as an access point, and using it's 5 Ghz network for your clients).