Export Settings
What is Export Settings?
Export settings are the choices you make when saving a final video file that determine its format, quality, size, and compatibility with the platform or workflow it is going to.
At a glance
- Also known as
- Render settingsOutput settingsDelivery settingsEncoding settings
- Used for
- Preparing video for delivery to specific platformsSetting quality and file size for different distribution contextsEnsuring compatibility between production software and delivery systemsArchiving master files at maximum quality for future use
- Common tools
- Video editing software export panelsDedicated encoding toolsPlatform-specific upload specificationsColor management systems
- Related terms
- CompressionColor spaceResolutionFrame rateCodec
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How it compares
Capture settings define the technical parameters of footage as it is recorded by a camera, including:
- codec
- color profile
- frame rate
- resolution at the point of acquisition
Export settings define the technical parameters of the final output file after editing and finishing are complete. Capture settings affect what quality of material is available to work with; export settings determine what quality is delivered to the audience or downstream workflow.
Think of it like…
Imagine you have baked a cake and now you need to decide how to package it for different occasions. If you are giving it to a restaurant for a big dinner, you put it on a beautiful presentation board in perfect condition. If you are mailing it to a friend across the country, you might cut it into slices and wrap each one tightly so it travels well. If you are just giving someone a small taste to try, you put a tiny slice in a simple bag. The cake itself is the same, but how you package it depends entirely on where it is going and what it needs to do when it gets there. Export settings work exactly the same way. The same video content might need to be packaged differently for cinema delivery, for a streaming platform, for an archive, and for a social media post, and choosing the right settings ensures it arrives at its destination in the best condition for that context.
Pro tip
Before exporting final deliverables for any platform, download and save the platform's official delivery specifications rather than relying on remembered settings or generic recommendations. Platform requirements for codec, bitrate, color space, and frame rate change periodically, and using outdated settings can result in unnecessary transcoding by the platform that degrades quality. Most major platforms, including YouTube, Vimeo, Instagram, and broadcast networks, publish updated specification documents that take five minutes to review and can prevent hours of re-export work.
Types and variations
- Master or archive export uses lossless or near-lossless codecs such as ProRes 4444 or DNxHR at maximum resolution and bitrate to produce a high-quality source file for long-term storage and future re-delivery.
- Broadcast delivery export follows specific technical standards for frame rate, audio levels, color space, and codec required by broadcast networks and streaming platforms.
- Web and social media export uses efficient codecs such as H.
- 264 or H.
- 265 with moderate bitrates optimized for streaming performance and platform transcoding.
- Proxy export produces low-resolution, low-bitrate versions of clips for use in editing workflows where the full-quality media would require more storage or processing power than is available.
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Try MorphicCommon use cases
- Exporting a finished video edit for upload to YouTube, Instagram, or TikTok using the platform's recommended codec, resolution, and bitrate specifications for optimal playback quality.
- Producing a master archive file at full quality from a finished project for future redelivery in different formats without quality loss.
- Generating proxy files from AI-generated high-resolution clips for efficient editing before exporting the final cut with full-quality media.
- Delivering finished content to a broadcast network or streaming service following their specific technical delivery requirements for color space, loudness, and codec.
- Transcoding AI-generated video output from one codec or format to another for compatibility with downstream editing or finishing software.
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FAQs
Export settings are the technical parameters chosen when saving a finished video file, including codec, resolution, frame rate, bitrate, and color space. They determine the quality, file size, and compatibility of the output with its intended delivery platform or downstream workflow.
H.264 is the most broadly compatible codec for web and social media delivery, offering good quality at reasonable file sizes on all major platforms. H.265 achieves better quality at smaller sizes but requires more processing to encode and decode. Most platforms recommend H.264 as the safest general choice.
Resolution defines the pixel dimensions of the video frame, such as 1920x1080 for 1080p. Bitrate defines how much data is used per second of video, measured in megabits per second. Both affect quality: higher resolution increases detail; higher bitrate reduces compression artifacts within that resolution.
YouTube recommends H.264 codec at 1080p or 4K resolution, with a bitrate of 8 to 12 Mbps for 1080p and 35 to 45 Mbps for 4K, in the Rec. 709 color space. Uploading a higher-quality source file allows YouTube's own transcoding to produce better results at all playback quality levels.
A master export file is a high-quality archive version of a finished project, exported with a lossless or near-lossless codec such as ProRes or DNxHR at maximum resolution and bitrate. It is stored for future use as a source for re-exporting in different formats without incurring additional quality loss.
AI generation tools produce output in specific formats and color spaces that may differ from editing or delivery requirements. Understanding and matching export settings ensures that quality is preserved when integrating AI clips into editing timelines and that final deliverables meet platform technical specifications.
A proxy file is a low-resolution, low-bitrate version of a clip created for editing workflows where the full-resolution media would be too large or demanding for smooth playback. After editing with proxies, the timeline is re-linked to the full-quality media for the final export.
Up to a point, yes. Higher bitrate reduces compression artifacts within the same resolution, preserving more detail and color fidelity. However, beyond a certain threshold, the quality improvement becomes imperceptible while file size continues to grow, and most platforms will re-transcode very high bitrate files anyway. Matching the platform's recommended bitrate range typically produces the best results.
