BRAW vs ProRes: Storage, Flexibility and Workflow Tradeoffs

BRAW and Apple ProRes are both professional acquisition choices, but they solve different problems. BRAW is a RAW-oriented format with metadata-adjustable image controls and sensor-specific processing. ProRes is a family of high-quality intermediate codecs designed for broad post-production performance and predictable profiles.

The right choice depends on the camera, post software, grading needs, storage path, and delivery. “RAW is better” and “ProRes edits faster” are too broad to plan a production.

The core difference

BRAW keeps RAW-oriented controls available to supported software. White balance, ISO interpretation, tint, and color-science settings can remain adjustable as metadata rather than being permanently baked into a conventional video image.

ProRes records processed image frames in a selected profile such as Proxy, LT, 422, 422 HQ, 4444, or 4444 XQ, depending on camera support. Camera-side choices such as white balance and gamma are more consequential because the file does not preserve the same sensor-metadata workflow as BRAW.

Both can provide excellent results. The operational question is where the production wants flexibility: in camera settings and RAW interpretation, or in a broadly standardized post codec.

Image-control tradeoff

BRAW is attractive when:

• White balance may need meaningful adjustment in post.
• Exposure interpretation and highlight handling need RAW controls.
• Blackmagic color science is part of the finishing path.
• The grade expects sensor-aware metadata.
• The production wants a range of compression choices within one RAW workflow.

ProRes is attractive when:

• The post pipeline is standardized on ProRes.
• The acquisition image can be controlled and monitored confidently.
• Broad compatibility across systems and vendors matters.
• A specific ProRes profile matches broadcast, editorial, or finishing requirements.
• RAW controls are not necessary for the project.

RAW flexibility cannot repair clipped highlights, severe underexposure, bad focus, or lighting. It gives post more interpretation control, not a replacement for camera craft.

Storage comparison requires exact profiles

There is no single “ProRes data rate” and no single “BRAW data rate.” ProRes profiles and BRAW settings cover wide ranges. Compare exact recording modes at the same pixel dimensions and frame rate.

For example, a camera may publish 4K DCI 30fps rates around:

• BRAW 3:1: roughly 136MB/s
• BRAW 5:1: roughly 82MB/s
• BRAW 8:1: roughly 51MB/s
• BRAW 12:1: roughly 35MB/s
• ProRes 422 HQ: roughly 118MB/s
• ProRes 422: roughly 79MB/s
• ProRes 422 LT: roughly 55MB/s
• ProRes Proxy: roughly 24MB/s

These representative values show overlap. BRAW 5:1 and ProRes 422 can occupy similar storage territory while preserving different kinds of post flexibility. BRAW 12:1 can be smaller than ProRes 422 LT in some published tables. The comparison must use the actual camera specification.

Constant Quality complicates storage

BRAW Q0–Q5 can move with scene complexity. ProRes profiles target their own nominal data behavior. If the production needs a guaranteed card schedule, compare a BRAW Constant Bitrate mode with the selected ProRes profile.

If image complexity varies dramatically and quality protection is the priority, a BRAW Q mode may spend more or less storage than expected. Plan the peak for media speed and the upper range for capacity.

Editing performance

ProRes is designed as an intermediate codec and has extensive hardware and software support. It often provides predictable, responsive editorial performance, especially in platforms optimized for it.

BRAW is also optimized for CPU and GPU decoding, and DaVinci Resolve provides deep integration. Performance varies by system, application, debayer quality, GPU, resolution, and stream count.

Do not make the choice from a single-stream laptop test. A real comparison uses:

• Intended editing application and version
• Delivery resolution
• Number of simultaneous multicam streams
• Actual grades and effects
• Source storage
• Proxy or optimized-media policy

If both formats need proxies for remote editorial, native timeline performance may be less important than acquisition flexibility and proxy-generation speed.

Color pipeline and handoff

BRAW originals carry camera metadata that the finishing system should interpret consistently. A project needs clear color-management settings, RAW decode decisions, and any viewing LUTs used on set.

ProRes also needs a documented color pipeline. A log-encoded ProRes file is not automatically display-ready, and a baked look should not be confused with the underlying camera gamma. Record gamma, gamut, LUT, legal/full range behavior, and monitoring transforms.

For either codec, send post:

• Camera originals with folder structure intact
• Checksums or copy reports
• Camera reports and roll IDs
• Color-management notes and LUTs
• Audio and timecode documentation
• A tested relink path if proxies were used

VFX and keying

BRAW can provide RAW controls that help normalize or recover the image before VFX. ProRes 4444 or 4444 XQ can preserve high-quality RGB/alpha-oriented pipelines, while 422 profiles use chroma subsampling that may affect demanding keys.

The camera may not support every profile at every resolution. VFX should define requirements before acquisition. A 12:1 BRAW file and a ProRes 4444 XQ file are not comparable merely because both are “high quality.” Test the actual plate through the intended key, denoise, tracking, and color path.

When BRAW is the stronger starting point

Choose BRAW as the leading candidate when the production uses Blackmagic cameras and Resolve, expects meaningful RAW adjustments, wants flexible compression options, or needs high-resolution acquisition without the data size of less compressed alternatives.

It is especially coherent when acquisition, dailies, grading, and finishing share a color-managed Resolve pipeline.

When ProRes is the stronger starting point

Choose ProRes as the leading candidate when a broad editorial ecosystem requires it, a broadcaster or client specifies it, the camera’s ProRes implementation is well-tested, or the production values a standardized intermediate format more than RAW controls.

ProRes can also reduce friction when several facilities and applications exchange media and every participant understands the exact profile and color encoding.

A decision checklist

1. Which exact BRAW setting and ProRes profile does the camera support at the required resolution/fps?
2. What RAW controls will the grade genuinely use?
3. Does the post software support both formats reliably?
4. What are the published MB/s rates for the exact modes?
5. Can recording media sustain both?
6. How many source terabytes and backup copies will the shooting ratio create?
7. Will editorial use originals or proxies?
8. Does the client, broadcaster, or VFX vendor specify a format?
9. Has the complete workflow been tested through delivery?

Use the BRAW calculator to quantify the BRAW side, then compare it with the camera’s published ProRes table. The better codec is the one that protects the image and moves cleanly through the production you actually have.

Sources and calculation notes

• Blackmagic Pocket Cinema Camera technical specifications: camera-specific formats and storage-rate reference tables.
• Blackmagic RAW overview: manufacturer information about the codec and encoding modes.
• BRAW Planner methodology: the estimation formulas, unit conventions and limitations used on this site.

Workflow suggestions in this guide are planning guidance, not a claim that a particular camera or drive has been tested by the author.