For a 24/7 YouTube gaming stream, start with YouTube’s live-ingest recommendation for your resolution, frame rate and codec. For 1080p60, that means 17 Mbps with H.264 or 12 Mbps with AV1 or H.265; for 1440p60, it means 34 Mbps with H.264 or 24 Mbps with AV1 or H.265.
Use constant bitrate, set keyframes every two seconds, prefer RTMPS, and test the connection while showing the sort of gameplay you intend to stream. Bitrate does not solve an unstable connection, and a continuous broadcast longer than 12 hours may not produce a complete YouTube archive, so treat local recording as a separate requirement.
Choose the resolution, frame rate and codec first
Bitrate is not the first setting to choose. It follows from the picture you want to send, how quickly that picture changes, and which codec your encoder can produce reliably.
For gaming, 1080p60 is a practical starting point when motion matters and the source is captured at 60 frames per second. A 1440p60 stream carries more picture detail, but it also needs substantially more sustained upload capacity. If your source is 30 frames per second, there is little benefit in forcing the output to 60 fps simply because the platform supports it.
The codec changes the recommended live-ingest bitrate. YouTube’s live guidance lists H.264, H.265 or HEVC, and AV1. The encoder, graphics hardware or software you use must support the codec you select, and the complete chain must remain stable during long sessions. A theoretically more efficient codec is not useful if your encoder cannot maintain it without dropped frames, rendering problems or excessive load.
These are selected live-ingest recommendations from YouTube’s official live encoder guidance, as listed on YouTube’s site in September 2026:
| Resolution and frame rate | H.264 recommended bitrate | AV1 or H.265 recommended bitrate |
|---|---|---|
| 1080p30 | 14 Mbps | 10 Mbps |
| 1080p60 | 17 Mbps | 12 Mbps |
| 1440p30 | 21 Mbps | 15 Mbps |
| 1440p60 | 34 Mbps | 24 Mbps |
| 4K/2160p30 | 42 Mbps | 30 Mbps |
| 4K/2160p60 | 50 Mbps | 35 Mbps |
The figures above are for live ingest, not for uploading a finished video. YouTube’s separate SDR upload guidance lists different values, including 12 Mbps for 1080p high frame rate and 24 Mbps for 1440p high frame rate. Do not copy an upload-video figure into your live encoder without checking which table it came from.
YouTube also lists minimum live bitrates. At 1080p60, the minimum is 6 Mbps for H.264 and 4 Mbps for AV1 or H.265. At 1440p60, the minimum is 8 Mbps for H.264 and 6 Mbps for AV1 or H.265, as listed on YouTube’s site in September 2026. A minimum is a lower boundary, not the target you should expect to produce the same result as the recommended value.
If the computer, encoder or connection cannot sustain the recommended setting, lowering resolution or frame rate is usually more sensible than keeping a high output and accepting repeated instability. A stable 1080p30 broadcast can be a better viewer experience than a 1440p60 stream that repeatedly buffers or disconnects.
Set the recommended video bitrate
Once you have chosen the output format and codec, enter the corresponding value in the encoder’s video bitrate field. For example, an H.264 1080p60 gaming stream starts at 17 Mbps. An AV1 1080p60 stream starts at 12 Mbps. If you choose H.264 at 1440p60, the starting point is 34 Mbps.
These values describe the video portion of the stream. Audio uses additional bandwidth, although the video recommendation is the setting that normally determines the connection requirement. Leave room for ordinary variation in the connection rather than treating the advertised speed of a broadband plan as guaranteed capacity available to the encoder at every moment.
Do not confuse megabits per second with megabytes per second. The encoder setting is expressed in Mbps. A network test may display a different unit, and a recording application may show file sizes in megabytes or gigabytes. Compare like with like before deciding that a result is sufficient.
You should also distinguish between bitrate and quality. Bitrate controls how much encoded data is sent over time. It does not decide whether the game itself is interesting, whether the source capture is sharp, or whether a viewer’s connection can play the result. A rapidly changing game scene, a dark scene with smoke, and a static menu place different demands on an encoder even at the same resolution and frame rate.
For a long-running channel, avoid changing several variables at once. Pick the intended codec and output format, set the YouTube recommendation, then test. If the test is unstable, record the symptom before lowering the setting. You may be dealing with upload congestion, encoder overload, dropped capture frames or an issue unrelated to bitrate.
If you are using OBS, the choice of hardware encoder and the load placed on the computer matter as much as the number in the bitrate field. The explanation in whether OBS needs a GPU for a 24/7 YouTube loop stream is relevant when you are deciding whether the machine should encode continuously or whether its hardware is being asked to do too much.
Configure CBR and the keyframe interval
Set rate control to constant bitrate, usually shown as CBR. CBR aims to keep the outgoing video rate close to the value you selected instead of allowing large swings in data rate. That makes the stream easier to plan for and matches YouTube’s listed live-encoder guidance.
Set the keyframe interval to two seconds. YouTube recommends a two-second keyframe frequency and lists four seconds as the maximum, as listed on YouTube’s site in September 2026. If your encoder asks for the interval in seconds, enter 2. If it asks for frames, the equivalent depends on frame rate: at 60 fps, a two-second interval is 120 frames; at 30 fps, it is 60 frames.
A keyframe is a complete reference image. Other frames can describe changes in relation to it, which reduces the amount of data required, but the player and platform still need regular reference points. A predictable interval helps the service process the incoming stream and gives playback a sensible structure when viewers join or recover from a network interruption.
Do not extend the interval to reduce bitrate. The keyframe setting and bitrate solve different problems. Lowering the bitrate changes how much data is available for the picture. Extending keyframes changes the structure of the encoded stream and can create a less suitable live configuration.
YouTube’s advanced live settings also mention progressive scan, square pixels, two B-frames, one reference frame, CABAC for H.264, Rec. 709 for SDR and 8-bit SDR. Your encoder may use different labels or may hide some of these settings behind an advanced panel. Apply only settings your encoder supports, and avoid copying a setting intended for a different codec into a field with a similar name.
Audio should be configured separately and checked with the same seriousness as video. YouTube’s live guidance lists AAC and MP3 as supported audio formats. A stream can show a healthy picture while delivering quiet, delayed or distorted audio, so listen to the actual output during testing rather than relying only on the encoder’s meters.
Prefer RTMPS for ingest
Use RTMPS when your encoder and destination support it. YouTube recommends RTMPS in its live-streaming documentation, as listed on YouTube’s site in September 2026. The “S” indicates that the connection uses TLS protection while the stream is being sent to the ingest endpoint.
Choosing RTMPS does not remove the need to protect your stream key. Treat the key as a credential. Do not place it in a public screenshot, send it in a support forum, or leave it in a shared document. If you believe it has been exposed, replace it in YouTube Studio and update the encoder that uses it.
The protocol also does not make an unsuitable connection suitable. A stream can use RTMPS and still suffer from upload congestion, packet loss, a failing router, a sleeping computer or an overloaded encoder. It is the preferred transport choice, not a promise that the broadcast will remain live.
Before starting a long session, check that the server, stream key and protocol selected in the encoder match the live event you intend to use. A surprising number of problems come from sending a perfectly encoded feed to the wrong event or an old configuration. For a scheduled channel, write down the working settings and keep a copy separate from the encoder interface.
Test sustained upload during gameplay
A speed test taken while nobody else is using the connection can tell you the approximate capacity at one moment. It cannot show whether the connection remains suitable while the game is running, other devices are active, or the internet service experiences congestion later in the evening.
Run a representative test before committing to the 24/7 schedule. Use the intended resolution, frame rate, codec, bitrate, audio and RTMPS destination. Show gameplay with similar movement to the real channel rather than leaving a static menu on screen. Fast camera turns, particle effects, foliage, scrolling text and scene changes are useful because they exercise the encoder and reveal problems that a still image may hide.
Keep the test long enough to observe the connection through ordinary variation. The official YouTube live streaming tips recommend testing before going live, checking audio and motion similar to the actual content, running an upload-speed test, monitoring stream health and messages, and confirming that a local archive file continues to grow. Those checks are more useful when performed with the same equipment and network arrangement you will use overnight.
Watch three separate signals:
- Network health: Look for dropped frames, repeated reconnects, rising upload latency or an encoder that cannot send data quickly enough.
- Encoder health: Check dropped or skipped frames caused by rendering, capture or encoding load. These are not necessarily fixed by increasing internet speed.
- Playback health: Open the public or unlisted stream on another device and listen and watch for buffering, missing audio, judder or a resolution that does not match your expectation.
A wired connection is often easier to keep consistent than a busy wireless connection, but it is not a guarantee. If the encoder is in another room, test the actual placement rather than assuming the router’s result applies to the streaming computer. Pause cloud backups, game downloads and other large uploads during the test, then repeat with the normal overnight conditions if those services will remain active.
Do not use the result of one short test as proof that a channel is ready for months of operation. If your connection is comfortable at the chosen target and remains healthy under representative motion, you have stronger evidence. If it is marginal, reduce the output requirement or change the operating arrangement before the first public broadcast.
For recurring failures after several hours, why OBS stops streaming to YouTube after a few hours covers the wider set of causes worth checking. The bitrate may be correct while power settings, software updates, memory pressure or a connection reset causes the actual interruption.
Plan VOD capture and local backup separately
A 24/7 live broadcast and a complete VOD are not the same deliverable. YouTube says streams under 12 hours can be automatically archived and warns that, “If your stream exceeds 12 hours, it may not be captured at all.” This archive boundary is stated in YouTube’s official archive-live-stream guidance, as listed on YouTube’s site in September 2026.
That means you should not assume that a single uninterrupted 24-hour broadcast will become a complete replay. Higher bitrate, higher resolution and a different codec do not remove the archive risk. The issue is the duration of the broadcast and YouTube’s archive behaviour, not a setting that can be corrected in the encoder.
If viewers need a replay, record locally as the stream runs. YouTube recommends keeping a local archive as a backup and checking that the file continues growing. Use a recording location with enough free space for the planned duration and verify that the file can be opened before trusting the workflow.
Required storage depends on the recording bitrate, codec, resolution, audio settings and duration. It also depends on whether you record the final encoded output or create a separate recording with different quality settings. Do not buy a drive based on a generic “24/7” capacity claim. Calculate from your actual recording settings, leave working space, and test the complete file path.
An external SSD or hard drive can be a practical local archive destination, but YouTube does not prescribe a drive type, capacity or model. The important checks are that the computer can write continuously, the drive remains connected, the file size grows, and the finished file is readable. Keep the recording away from the system volume when the system has limited free space, but do not treat a second drive as a complete backup if it is stored beside the computer and can fail or be damaged at the same time.
For a channel that cannot keep a computer running all night, StreamNeo removes the need to leave your own machine encoding the uploaded video, while you still need a separate plan if preserving a complete local VOD matters. It turns the uploaded file into a YouTube live stream, but the archive warning still belongs to YouTube and should shape your recording workflow.
You can also split the content into shorter broadcasts if that fits the channel and viewer experience. Before doing so, consider how scheduled events, notifications, chat continuity and the local recordings will work. A restart plan may be more useful than one very long session, but it should be tested rather than introduced during a busy broadcast.
If the source includes music, game footage or material from other people, bitrate does not change the rights position. Review the platform’s current policies and the permissions for the content you use. The guidance in Can you get copyright strikes on a 24/7 loop is relevant when your gaming VOD includes music, clips or a repeating programme.
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
What bitrate should I use for 1080p60 gaming on YouTube?
YouTube’s live-ingest recommendation is 17 Mbps for H.264 and 12 Mbps for AV1 or H.265, as listed on YouTube’s site in September 2026. Use the value that matches your codec, then test sustained upload and encoder health with representative gameplay.
Is 20 Mbps enough for a 1080p60 stream?
It may provide enough network capacity for a 17 Mbps H.264 video target, but the number alone does not prove stability. Check the actual upload path, audio, encoder load and dropped frames during a representative test rather than relying on the headline speed.
Can bitrate make a 24-hour YouTube VOD complete?
No. YouTube says a stream exceeding 12 hours may not be captured at all, as listed on YouTube’s site in September 2026. Keep a local recording or use a workflow that preserves the source independently of the platform archive.
Should I use CBR and two-second keyframes?
Yes. YouTube recommends constant bitrate and a two-second keyframe frequency, with four seconds listed as the maximum, as listed on YouTube’s site in September 2026. Set those values alongside the resolution, frame rate and codec rather than treating them as substitutes for upload testing.