fink.nottle
Occasional Visitor
@john9527
I managed to solve most of my bufferbloat woes by using one AC68U as a router running lede, and another one running your fork as an access point. Everything performs pretty well now. One minor issue that I've noticed is that if I enable ipv6 on the router, the wifi clients connected to the AP don't work very well (with ipv6 at least). I have a couple of anecdotal points regarding that. http://speedtestbeta.xfinity.com/ does an ipv6 test, which fails if the client is connected to the AP. It works if it is connected to the router directly with a cable. The fast.com android app also behaves erratically. I was looking around on the internet regarding similar issues, and came across some posts like this one: https://blog.hqcodeshop.fi/archives/100-IPv6-through-WLAN-access-point.html. Something to do with accept_ra and forwarding perhaps ? I must note that basic ipv6 test on http://ipv6-test.com/ works. So I'm guessing that it is some sort of configuration issue ?
I managed to solve most of my bufferbloat woes by using one AC68U as a router running lede, and another one running your fork as an access point. Everything performs pretty well now. One minor issue that I've noticed is that if I enable ipv6 on the router, the wifi clients connected to the AP don't work very well (with ipv6 at least). I have a couple of anecdotal points regarding that. http://speedtestbeta.xfinity.com/ does an ipv6 test, which fails if the client is connected to the AP. It works if it is connected to the router directly with a cable. The fast.com android app also behaves erratically. I was looking around on the internet regarding similar issues, and came across some posts like this one: https://blog.hqcodeshop.fi/archives/100-IPv6-through-WLAN-access-point.html. Something to do with accept_ra and forwarding perhaps ? I must note that basic ipv6 test on http://ipv6-test.com/ works. So I'm guessing that it is some sort of configuration issue ?