Guest network 2 fails with bandwidth limiter

[Tech9]

The x86 hardware doesn't have hardware CTF etc, but still will be better than an Ubiquiti at 800M-1G speeds?

Even cheaper and power efficient Intel N100 x86 CPU will beat most common dual/quad-core Broadcom/Qualcomm ARM CPUs in traffic processing. I was just showing examples of what UI looks like. I never touched CLI. Ubiquiti has gateways from $130-200 (Gigabit or 2.5GbE, what most home users have) to $2000 (25Gbps routing, enterprise applications). They run about the same software (different features, of course) with the same UI.

 

[ssm1234]

OK, let me start with the Ubiquiti Edge router and if it's better than the current GT-AX11000. Shame; it's been a really nice workhorse.

 

[Tech9]

You are comparing apples and oranges. What you currently have is a consumer All-In-One device - the one you probably need and good enough. What you are asking about is an entire family of strictly business oriented devices in UISP category - something you definitely don't need.

This chasing of low latency while controlling one end of the connection only is a losing game.

 

[ssm1234]

You don't understand what I'm saying. I need low latency for playing music online live with 3-4 others. I can afford at most 30ms of total latency from my [microphone -> mixer -> computer -> router -> cable modem] -> rest of the world.

I have had to do many experiments and testing gear to get the compute and transmit latency of the bit in brackets (the bit I can control) down to on average 10-15ms (I had to get my own modem, specific mixer, specific microphone etc.). Therefore I need to make sure that the router contributes the absolute minimum even at high usage.

So, you see, controlling one end for me is very important. I can decide which servers to connect to to the other end to reduce the bit in the rest of the world category.

In any case, I'm probably as close to what I want at this point. I might still do some more experimentation with different routers, but it's probably diminishing returns now.