For Gyre’s prerecorded-file workflow, its preparation guide lists 1920×1080 resolution, H.264 video, 30 FPS, 3072–6144 kbps video bitrate and 128 kbps audio bitrate. Those are settings for preparing a file to upload to Gyre, not YouTube’s live encoder recommendations.
YouTube’s H.264 live-ingest table recommends 14 Mbps for 1080p at 30 FPS and 17 Mbps at 1080p at 60 FPS. The figures describe different stages of a broadcast, so choose source-file settings from Gyre’s guidance and use YouTube’s figures only when configuring an encoder that sends a live feed directly to YouTube.
Gyre’s published settings for a 1080p file
Gyre’s video preparation guide covers prerecorded files and lists Full HD as 1920×1080, with H.264 as the video codec. Its target for HD and Full HD is 30 FPS. For Full HD, it gives a video bitrate range of 3072–6144 kbps and an audio bitrate of 128 kbps.
| File setting | Gyre’s published preparation guidance |
|---|---|
| Full HD resolution | 1920×1080 |
| HD alternative | 1280×720 |
| Video codec | H.264 |
| Video bitrate | 3072–6144 kbps |
| Audio bitrate | 128 kbps |
| Frame rate | 30 FPS |
Use these as the starting point when exporting the file you intend to schedule through Gyre. The range is a file-preparation recommendation, not a promise that every source at either end will look identical: detail, movement, compression, and the content of the footage all affect what remains visible after encoding.
Gyre also mentions desktop editors such as Adobe Premiere Pro, DaVinci Resolve and Final Cut Pro as tools that can prepare or convert video. Its guidance does not require a particular application. If you already have an editor or export tool that can set the listed properties, there is no need to change software solely because a brand appears in the guide.
One label in the Gyre page is ambiguous: after stating “FPS 30”, it refers to “Frame rates 44.1 kHz”. Kilohertz is an audio sample-rate unit, not a video frame-rate unit. Do not use that line to infer a video frame rate. YouTube’s own settings documentation identifies 44.1 kHz as an audio sample rate for stereo audio; it is not another FPS value.
Resolution, codec and frame rate
Resolution describes the dimensions of the image, while frame rate describes how many frames appear each second. For the Full HD target in Gyre’s preparation guidance, set the export to 1920×1080 and 30 FPS. If the original footage is 1280×720, Gyre’s guide lists that as an HD alternative; changing a smaller image to 1920×1080 does not create detail that was not in the source.
H.264 is the codec named in Gyre’s preparation values. Keep the export settings consistent with the actual source where possible. A video recorded at 30 FPS generally has no reason to be converted to 60 FPS simply because a platform can ingest 60 FPS. Frame interpolation or duplicate frames can increase file size without adding genuine motion detail.
This matters for a 24/7 channel because the prepared video may play repeatedly or as part of a longer sequence. A devotional recording with a mostly still image and a bhajan soundtrack behaves differently from a street scene or a rain loop with constant motion. Check the actual video and audio together after export rather than relying only on the settings panel.
If your channel alternates several files rather than running one long video, the underlying content arrangement matters too. The guide on showing different prerecorded videos on a 24/7 YouTube stream can help you plan the sequence; this article focuses on the technical properties of each source file.
Video and audio bitrate guidance
Gyre gives a 3072–6144 kbps range for video bitrate and 128 kbps for audio in its preparation guide. Those are the file’s encoding values. Mbps and kbps express the same kind of rate at different scales: 1000 kbps is 1 Mbps. Converting the units makes it easier to compare tables, but does not make the two recommendations equivalent because YouTube’s table is for live encoder ingest.
A bitrate is the amount of encoded data used over time. A higher video bitrate can preserve more visual detail, particularly in motion or complex scenes, but can also make the file larger. A still devotional image with a clean text overlay may compress differently from moving clouds, falling rain or a busy local-news ticker. Treat the range as a practical export window, then watch the result at normal playback size for blockiness, blurred edges or text that becomes difficult to read.
The audio figure is separate from the video bitrate. Listen for clipped peaks, low-level music, hum and abrupt cuts at the start or end of a loop. A file can meet its stated video bitrate while still having an audio problem, so check both tracks in the exported file.
Do not raise a Gyre source file to 14 Mbps just because YouTube lists that recommended rate for 1080p30 H.264 ingest. That YouTube value applies to a live encoder sending a signal into YouTube, not to the prerecorded file settings Gyre publishes. Likewise, lowering a direct live encoder to Gyre’s file range is not justified by Gyre’s separate workflow.
Upload the source file to Gyre storage
Gyre’s preparation guide says files need to be uploaded to Gyre storage before a stream can be created. This applies whether you have made a new video, used a file that was previously on your YouTube channel, or assembled material from a playlist. A copy already hosted on YouTube is not a substitute for the file that Gyre needs in its workflow.
Keep a clean local copy of the final export until you have confirmed the upload and playback. Give the file a name you can recognise later, especially if you have several versions such as a test export, a corrected audio mix and the final loop. Before uploading, open that exact file locally and verify its duration, picture, sound and start and end points. This simple check prevents you from scheduling an earlier draft by mistake.
Upload time depends on the file size and the connection available to you; the source notes do not specify a universal duration. If you are preparing a long programme, allow time for the transfer and check that the upload has completed before planning a launch. A slow or interrupted upload is a separate issue from the bitrate used to encode playback.
The distinction is useful when troubleshooting. If the file looks wrong before upload, revisit the export. If the local file is sound but the scheduled content is missing or different, check that the intended file reached Gyre storage and that you selected it in the stream setup. For a broader view of the choices involved in running a prerecorded channel, see free tools for 24/7 streaming from prerecorded videos.
Why YouTube’s live-ingest table is different
YouTube’s live encoder settings and bitrate table is about sending a live encoded feed to YouTube. It varies recommended rates by codec, resolution and frame rate. For H.264, its table gives the following 1080p values:
| Live encoder signal sent to YouTube | H.264 minimum | H.264 recommended |
|---|---|---|
| 1080p at 30 FPS | 5 Mbps | 14 Mbps |
| 1080p at 60 FPS | 6 Mbps | 17 Mbps |
These values should not be folded into Gyre’s source-file table. A live encoder continuously sends video to YouTube, which then processes the incoming stream for viewer playback. Gyre’s cited preparation page instead specifies the properties of prerecorded files uploaded into its workflow. The fact that a file is ultimately shown as a YouTube live broadcast does not turn the file’s export rate into the live encoder’s ingest rate.
The frame-rate context matters as well. Gyre’s cited Full HD guidance names 30 FPS; the YouTube table contains separate 30 and 60 FPS ingest rows. Do not infer that Gyre has published a 60 FPS Full HD file target from YouTube’s 60 FPS encoder recommendation. Nor should you assume that using a 60 FPS source requires the same treatment as a direct live encoder without checking the current Gyre requirements.
YouTube’s table also includes AV1 and H.265 options, with values different from H.264. Those rates are codec-specific and do not apply to Gyre’s H.264 file target. For a typical creator following the cited Gyre preparation guide, the useful comparison is simply that the source file uses Gyre’s published values, while a direct H.264 live encoder uses YouTube’s own row for the resolution and frame rate it sends.
If you run an encoder yourself rather than uploading a file to a prerecorded-video platform, check YouTube’s current official table and configure the encoder accordingly. YouTube also recommends a constant bitrate and a keyframe interval of two seconds, not exceeding four seconds. These are live encoder settings, not edits to make to a prepared file unless your chosen workflow calls for those controls.
Check the file before scheduling
A settings screen can show the intended values while the actual export differs. Before uploading, inspect the file’s properties in your editor or media information tool. Confirm that dimensions read 1920×1080, the video codec is H.264, frame rate is 30 FPS, video bitrate falls within Gyre’s stated range, and audio bitrate is set to 128 kbps. If your tool reports variable bitrate or an average rather than a fixed rate, avoid assuming that one displayed number describes every moment of the video.
Then watch and listen to representative parts. Check the opening seconds, a section with the most movement, any on-screen captions or ticker, and the ending where a loop might restart. For a bhajan or ambience channel, make sure music does not distort and any static artwork remains sharp. For a news or study channel, inspect fine text and transitions, since compression may make small type difficult to read.
Keep the source aspect ratio in mind. A video with a different shape can acquire black bars or cropping when exported as 16:9 Full HD. Check that faces, subtitles and logos are not cut off at the edges. A resolution label alone cannot tell you whether the composition is framed correctly.
Gyre’s current product guidance describes prelaunch checks for file parameters and an optimisation path when a file does not meet requirements. The available controls can change, so rely on what the current interface displays rather than assuming an old click-by-click sequence. If the interface flags a file, resolve the stated issue and upload or select the corrected export before launch.
For channels in India, also separate local network conditions from source-file quality. A prepared upload may take longer on a connection with limited upload capacity, but that does not mean the video bitrate should automatically be changed to YouTube’s live ingest rate. If your plan is to send a direct live encoder feed instead, test the upload path and encoder as YouTube advises. If you are still arranging channel access, the guide to YouTube live streaming not being enabled after phone verification in India covers that separate account-side issue.
Test playback and stream status
Before announcing a continuous schedule, test the complete path you intend to use. Confirm that Gyre has the correct uploaded file, that the stream starts as expected, and that the video and sound remain in sync. Watch long enough to encounter a section with movement as well as a quiet or still section. A short preview of the opening image is not enough to catch a problem later in the file.
YouTube advises testing a live stream before going live, with audio and movement similar to the planned broadcast. Its help page also recommends checking upload speed for a direct encoder setup and monitoring stream health and messages during the event. Those steps are especially relevant when you are sending an encoder feed yourself; for a Gyre prerecorded-file workflow, retain the distinction between the uploaded source’s settings and the live stream status shown in YouTube.
After launch, check YouTube Studio’s live control room and the stream-health notices rather than relying only on what one local device displays. If a viewer reports buffering, that may involve their connection or delivery conditions as well as the source. A useful starting point for that symptom is the guide to why a 24/7 YouTube rain stream buffers for viewers in India, which treats viewer-side playback as distinct from file preparation.
If you need your own computer off while a prerecorded broadcast continues, StreamNeo removes the need to leave a local machine running for that file-to-live workflow; you still need to prepare the source carefully and check YouTube’s stream status. Avoid treating any monitoring or restart process as a substitute for confirming that the video, rights and channel setup are appropriate for your use.
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 1080p on Gyre?
Gyre’s preparation guide lists 3072–6144 kbps for the video bitrate and 128 kbps for audio, alongside 1920×1080 H.264 at 30 FPS. Use those as its published prerecorded-file guidance, then check the exported file and the current Gyre interface before scheduling.
Does 1080p need 30 or 60 FPS?
Gyre’s cited Full HD file guidance specifies 30 FPS. YouTube has separate live encoder recommendations for 1080p30 and 1080p60, but those do not establish that Gyre’s prerecorded workflow has a 60 FPS Full HD target.
Why does YouTube recommend a higher bitrate?
YouTube’s 14 Mbps at 1080p30 and 17 Mbps at 1080p60 are recommended H.264 rates for a live encoder feed sent to YouTube. Gyre’s 3072–6144 kbps range is for the prepared file in Gyre’s workflow, so the figures apply at different stages.
Should I upload a video that was already on YouTube?
Gyre’s guide says files must be uploaded to Gyre storage, including content that previously appeared on your YouTube channel. Keep the local final export, upload that file, and verify it is the version selected for the scheduled stream.