![]() ![]() There's a lot of bandwidth there and no one is using it yet, so it's very quiet.Ĭlick to expand.Good tips, thanks. With multiple APs, you're probably stuck using all or most channels, so you're shit out of luck with interfering neighbors, but you can at least spread your load. This is pretty much impossible to actually do, so you have to try for the least congested channels. Your APs should be on different, non-overlapping channels, including your neighbors' APs. That's the nature of WiFi, but there is some configuration you can do to help. The host sends a bit of the video, stops, the AP sends that bit to the host, stops, sometimes other devices get their turn doing what they need to do, then it comes back to the host to send the next chunk of video. If they're on the same AP (or two APs on the same channel and any devices are within earshot of each other), you're using double the airtime to get that stream across. The worst thing you can do is have both the client and the host of the stream on WiFi. Buy yourself some free airtime and run some Ethernet. ![]() Your lightbulbs are fine (they're probably 2.4GHz only anyway), but your TVs, desktops, cameras, etc aren't going anywhere. ![]() Anything that doesn't move and uses any real data should be wired. You can't really tell your neighbors to stop streaming Netflix over WiFi to their TV that never fucking moves and is always plugged in, but you can wire up all your TVs so they're not using airtime. You're sharing airtime with every device on the same channel. The best thing you can do after that is get as much off of WiFi as you can. There's a lot of bandwidth there and no one is using it yet, so it's very quiet. trying to play FC5 at 4k/60 it holds 60 according to Steam's framerate counter, but the stream's framerate is very inconsistent)Ĭlick to expand.That's the nature of WiFi, but there is some configuration you can do to help. Latency to a wired device (an Nvidia Shield) is really good, nearly imperceptible, but I have to drop the resolution in some games. Enable HEVC in Sunshine and force it in Moonlight (necessary for HDR), then drop Moonlight's bandwidth by about half what it wants to use by default for your given resolution (HEVC requires less bandwidth).For best performance I had to get the patch that lets you uncap the number of encoding processes on consumer Nvidia GPUs, but they've doubled the limit with the latest driver so maybe that's no longer necessary.Setting Moonlight to "Balanced" or "Prefer Smoothest" tends to result in the best video, the default setting causes stutters.I have to manually switch display devices to the dummy plug every time I stream using a keyboard, which is a bit annoying. This involved using CRU to author the EDID and this EDID writer from the same author to write it. To get 4k / HDR without having an actual 4k / HDR screen connected to the host PC, I had to buy a little HDMI "dummy plug" and then flash its EDID.The biggest things I had to discover when setting it all up: I've been using Sunshine for a few weeks. ![]()
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