For an SDR YouTube gaming rerun, start with 1080p at 60 fps only if your computer can encode the game smoothly and your measured upload can sustain YouTube’s recommended 12 Mbps video bitrate with room for variation. If either the computer or connection struggles in a representative test, step down to 1080p30 at 10 Mbps or 720p60 at 6 Mbps.
Those figures are YouTube’s recommended H.264 bitrates, not a promise that a particular game, PC or Indian internet connection will hold them reliably. Set the OBS output resolution and frame rate to the option you choose, then test at the place and time you intend to stream.
Choose a target based on game and upload
The useful starting point is the highest option your encoder and connection can sustain together, not simply the largest resolution in OBS. Resolution affects how much image detail you send; frame rate affects how often the image updates. Fast movement in a racing or action game may benefit more from 60 fps than a static menu or slower strategy game. Fine text and interface elements, meanwhile, can be easier to read at 1080p than at 720p.
A gaming rerun is still a live broadcast from YouTube’s point of view. Your PC must render or play the game, encode the picture and sound, and send the stream continuously. A benchmark or short speed test is only a clue: performance can change with game scenes, background downloads, Wi-Fi conditions, and other people using the same connection. YouTube’s live encoder settings guidance recommends matching stream quality to reliable upload bandwidth and testing before going live.
| OBS output | YouTube recommended H.264 video bitrate | A useful reason to choose it |
|---|---|---|
| 1920×1080 at 60 fps | 12 Mbps | More motion smoothness and detail, if the PC and upload stay stable |
| 1920×1080 at 30 fps | 10 Mbps | Retain 1080p detail while reducing frame rate and demand |
| 1280×720 at 60 fps | 6 Mbps | Keep smoother motion with fewer pixels to encode and send |
| 1280×720 at 30 fps | 6 Mbps | A lower-demand starting point when both resolution and motion needs are modest |
YouTube’s recommended bitrate column is specific to codec, resolution and frame rate. The figures above are current recommendations checked on 3 October 2026, not a measurement of your route to YouTube. There is no single India-wide upload threshold that makes 1080p60 reliable: test your own broadband or mobile connection from the actual streaming location, and account for other network traffic.
If you are still learning the broadcast workflow, the practical live streaming courses guide can help you understand the broader steps without confusing them with encoder requirements. For this decision, keep the priority simple: first avoid dropped or unstable video; then decide whether the game benefits more from resolution or frame rate.
Recommended 1080p60 SDR starting point
Use 1920×1080 at 60 fps as a starting profile only when the machine has headroom under real gameplay and the measured upload can sustain the recommended 12 Mbps video bitrate without occupying all available capacity. “Headroom” means the game and encoder continue to behave normally during busy scenes, rather than only when the game is paused or sitting at a title screen. A rerun that looks smooth in a quiet scene can still strain the computer when there are effects, camera movement or many on-screen elements.
For the usual SDR path, select H.264 video, CBR rate control, a 2-second keyframe interval, Rec. 709 colour and AAC stereo audio at 128 Kbps. YouTube recommends a 2-second keyframe interval and says not to exceed 4 seconds. If OBS offers a hardware H.264 encoder supported by your computer, it may reduce CPU work compared with software encoding, but available encoders and their quality vary by hardware and platform. Do not treat a particular encoder name as necessary for a reliable stream.
Keep the video bitrate separate from the audio bitrate when entering values in OBS. The 12 Mbps recommendation is for video; audio has its own setting. Likewise, changing to a different codec or HDR workflow changes the context for YouTube’s figures. This article covers SDR H.264, not an HDR configuration.
YouTube transcodes live streams into different formats for viewers’ devices and network conditions, but that does not repair an unstable incoming feed. The source stream still has to arrive consistently. For that reason, a steady 1080p30 broadcast can be a better rerun than a 1080p60 stream that repeatedly loses frames, even if the latter looks sharper during brief stretches.
When to step down to 1080p30 or 720p60
If 1080p60 stresses the encoder or leaves too little margin on the connection, choose between retaining detail and retaining motion. Use 1080p30 at YouTube’s recommended 10 Mbps when legible game text and a more detailed picture matter more than very fluid motion. Use 720p60 at 6 Mbps when smoother motion matters and lowering the pixel count helps the PC or network.
These are alternatives to test, not guaranteed fallback cures. Lowering resolution may ease encoding and network demand, but a game with tiny interface text may become harder to watch at 720p. Lowering frame rate may suit a slow-paced game, but could make fast movement less fluid. The right test includes the scenes your audience will actually see, including combat, quick camera turns, menus and any transitions in the rerun.
720p30 at 6 Mbps is also listed in YouTube’s H.264 recommendations. It is a sensible option to evaluate if 720p60 still causes trouble, or if the game does not benefit much from the higher frame rate. It is not necessary to force one of the three most common choices if the evidence from testing suggests a lower-demand profile is more reliable.
| What you observe during a representative test | First change to try | What to check after changing it |
|---|---|---|
| Encoding overload or missed frames during busy gameplay | Try 30 fps, or a supported hardware encoder | Check whether the game and OBS remain smooth in the same scenes |
| Network-related instability near the chosen video bitrate | Step down one bitrate/resolution option | Check stream health while other household devices are using the connection |
| Motion looks choppy, but the connection and encoder are stable | Compare 60 fps at 720p with 30 fps at 1080p | Decide whether motion or fine detail matters more for this game |
| Text and interface detail are hard to read at 720p | Try 1080p30 if the test remains stable | Inspect the preview at the viewing size your audience is likely to use |
For persistent issues, the guide to measuring live stream quality is useful because it separates network and playback symptoms from assumptions about a bitrate. Change one setting at a time, repeat the same section of gameplay, and note whether the result actually improves.
Set OBS output resolution and FPS
In OBS, the canvas resolution and output resolution are related but not identical. The canvas is the workspace used to arrange sources such as the game capture, overlays and camera. Output (Scaled) Resolution is the size of the video OBS sends to YouTube. You can keep a composition canvas at the game or display size while scaling the outgoing video to 1920×1080 or 1280×720.
Open Settings → Video. Set Output (Scaled) Resolution to the resolution chosen for the stream, then set Common FPS Value to 60 or 30 to match that profile. For 1080p60, for example, use 1920×1080 and 60 fps; for 1080p30, use the same resolution and 30 fps. OBS’s studio overview describes the basic workspace and settings areas; labels can vary slightly between versions.
Scaling a larger canvas down can help deliver a smaller output, but it does not remove the need to test. The source, capture method, scaling filter and game load all affect what you see and what the computer has to do. Avoid changing the canvas, output dimensions and FPS all at once during troubleshooting: if the picture improves or worsens, you want to know which change mattered.
If the game itself runs at a different frame rate from OBS output, do not assume that raising the OBS setting creates extra game frames. OBS can only encode the frames available to it. A stable 30-fps output is more useful than a nominal 60-fps setting that the system cannot feed consistently.
Configure H.264, CBR, and keyframe interval
In Settings → Output, use an advanced output mode if needed to expose encoder controls. Choose H.264, then set rate control to CBR and the keyframe interval to 2 seconds. YouTube’s current encoder guidance supports the CBR recommendation for RTMP/RTMPS delivery and advises a keyframe interval of two seconds, with a maximum of four seconds.
Select the bitrate that corresponds to the output target: 12 Mbps for 1080p60, 10 Mbps for 1080p30, or 6 Mbps for either 720p60 or 720p30. These values are YouTube recommendations verified on 3 October 2026. They are not universal settings for every game, router, ISP or time of day. If OBS reports network issues or YouTube’s stream health indicates instability, retest at a lower target rather than insisting that a recommendation must work on your setup.
Choose YouTube as the service in OBS and use RTMPS when available. YouTube recommends RTMPS for encrypted delivery. Keep the stream key private and paste it only into OBS or the approved streaming workflow you are using. If your recurring broadcast is built from a file rather than a live game capture, this guide to using OBS with a recorded video covers the stream-key step in that different workflow.
For SDR, set the colour space to Rec. 709 where OBS exposes it. Do not copy HDR settings from another guide unless the game/source, encoder and YouTube stream configuration all support HDR; YouTube documents a separate HDR path. Settings copied from a video tutorial can be outdated or aimed at a different codec, so check the current official recommendations when changing the profile.
Set AAC stereo audio
For a typical gaming rerun with game sound and commentary mixed into a stereo programme, set the audio encoder to AAC, stereo, at 128 Kbps. YouTube lists AAC or MP3 as supported audio codecs and recommends 128 Kbps for stereo. Its advanced guidance lists 44.1 kHz for stereo. Keep audio configuration consistent between OBS and the expected programme; a correct video profile does not help if the sound clips, goes missing or is sent to an unexpected channel layout.
Listen to the stream preview with headphones during testing. Check game audio and voice separately if they use different OBS sources, and listen during loud sections as well as quiet ones. Peaks that distort can be unpleasant even when the average level seems low. Also check for accidental double monitoring, where the same audio is captured twice with a slight delay.
For a rerun, decide whether commentary is part of the intended programme or whether the game audio alone should play. Monitor the actual mix that YouTube receives, not only the local desktop playback. If you plan to leave a long live rerun running, a local recording can provide a separate copy to inspect; OBS’s recording guide explains why MKV is commonly recommended for resilience if recording stops unexpectedly. A separate recording encoder can use additional system resources, so include it in the stress test.
Test upload stability before going live
Test from the actual room, device and network arrangement you intend to use. A wired connection may behave differently from Wi-Fi, and conditions can vary during the day. Close or pause uploads and downloads that are not part of the planned channel routine, but do not test only in an artificially empty network if the household will be active during the broadcast.
Run an unlisted test with representative gameplay and the same voice and game audio. YouTube explicitly advises testing before a live stream and checking upload bitrate. Watch the Live Control Room preview and stream health while OBS is sending. Observe the busiest gameplay moment you can reproduce, and leave the test running long enough to see whether the connection remains consistent rather than judging from a few seconds.
If the test is unstable, step down one profile and repeat the same test. If the network is steady but OBS shows encoding strain, lower FPS or reduce other workload before blaming the internet connection. If both look fine but viewers report trouble, check the preview and stream health first, then compare on another device or connection. A single good test cannot guarantee that a later overnight run will behave identically, so build a habit of checking the first part of each long broadcast.
A YouTube gaming rerun can mean viewers should rewind while the broadcast is still live, or that they should replay it after it ends. Those are separate behaviours: YouTube’s DVR guidance explains live pause and rewind, while its archiving guidance covers the post-stream archive and duration caveats. Confirm the current settings in YouTube Studio for the stream you schedule.
For a stream that loops a finished programme rather than capturing gameplay from a PC, you may have a different operational burden: keeping the source available and the broadcast running. StreamNeo can remove the need to leave your own computer encoding that uploaded rerun continuously, which is useful when the pain is keeping a PC on overnight; it does not change YouTube’s stream settings or make an unstable source connection a guaranteed success.
Before committing, compare the operating options on the pricing page. When the file and channel are ready, start free — 24-hour trial, no card.
FAQ
Will 1080p60 work on Indian broadband?
It may, but location alone does not answer that. Test sustained upload from the place and time you will stream, with other expected network use, and check YouTube’s stream health during representative gameplay. If the test is unstable, compare 1080p30 and 720p60 rather than treating 12 Mbps as a guarantee.
Should I choose 1080p30 or 720p60?
Choose 1080p30 when detail and readable text matter more than very smooth motion; choose 720p60 when motion matters and reducing the pixel count helps. Test both with the same game scenes and compare stability as well as appearance.
Does YouTube’s bitrate recommendation guarantee a good stream?
No. The recommendation is a starting value for an H.264 stream at a particular resolution and frame rate. Your encoder, game, upload variation and other network traffic still affect the result, so test before relying on a long broadcast.
Is live DVR the same as the replay after the stream?
No. DVR lets viewers pause or rewind while the stream is live, subject to YouTube’s limits; the archive is the video available after the broadcast ends. Check the current YouTube settings and duration guidance for both behaviours.