This is the first thing to check, before any setting. Open the channel next to the one that is failing. If it plays cleanly, the fault sits in that single source feed and no change on your side reaches it. If the whole group misbehaves together, the fault is server-side for that group specifically. If every channel buffers, live and on demand, the fault is local: your line, your player, or a stalled session. Three different findings, three different fixes, which is why generic advice fixes only a fraction of cases.

1. 1One channel: source feed, not your setup
2. 2One group: server-side, wait it out
3. 3Everything: line, player, or session

It is the cheapest test that actually tells you something. Switch away, wait five seconds, switch back. If the picture returns instantly and holds, your connection was fine the whole time and the old session had simply stalled. If it buffers again right away, the fault is live and ongoing, and no amount of switching will clear it. A stalled session and a genuinely slow line look identical until you run this, which is why so few people know to try it before assuming their internet is at fault. It costs five seconds and rules out an entire category of fixes before you waste time on them, which is exactly why it belongs first on any troubleshooting list, not buried after a router reset.

Yes, and it is one of only two settings that reliably do. Set the player's buffer to none or the smallest option available. A deep buffer delays the start of playback and makes a recovering stream take longer to catch up, which reads as more buffering, not less. Point your device at a public DNS resolver too, since it shortens the lookup step ahead of every segment request. Past those two changes, most of the usual checklist (reinstall, factory reset, new router) changes very little, because none of those steps touch buffer depth or DNS directly, and both of those are what actually shape how fast a stalled stream comes back after a stall.

Some of it is oversold capacity on the provider's side, and no device setting reaches that layer at all. The pattern is consistent: it lands at peak hours, it touches many channels together, and it eases off late at night. If that matches what you're seeing, stop changing settings and start asking the service what its uptime figure actually is. Ours is 99.99%, which works out to about 53 minutes of downtime a year, a number you can hold a provider to instead of taking their word for it. A service that will not name a real uptime figure is telling you something, even if it never says it out loud.