ProRes vs BRAW: Two Workflows That Behave Very Differently

These two get compared as codecs and the real difference is what they store. ProRes is a finished image, efficiently compressed. BRAW is sensor data with the colour decisions still open. That difference shows up in flexibility, in storage, and in whether you need a Atomos Ninja 5.2-inch bolted to your rig at all, since a Blackmagic Pocket Cinema Camera 6K G2 writes BRAW internally.

What each format stores

ProRes stores a debayered, colour-processed image. The sensor data has already been interpreted, white balance has been applied, and a picture profile is baked in. It is an intraframe codec, so every frame is complete and scrubs instantly, and it grades well because the bit depth is generous. What it does not do is let you change decisions that were made in camera.

BRAW stores compressed sensor data with metadata describing the intended interpretation. White balance and ISO are metadata rather than pixel values, so both are adjustable afterwards with no penalty. That is a genuinely different capability rather than a better version of the same thing.

The word RAW is doing some work in that description. BRAW performs part of the demosaic on the camera before compression, which is what makes it far more efficient than a truly uncompressed RAW and far easier on an editing machine. Purists note this; in practice the flexibility that matters is retained.

The comparison

The storage row surprises people who assume RAW is always larger. BRAW at a moderate compression ratio is genuinely smaller than ProRes 422 HQ at the same resolution, because it stores one sensor value per photosite rather than three colour channels per pixel. It is one of the strongest practical arguments for the format.

The rig implications

BRAW is recorded internally, which means no external recorder, no extra 10 to 20 W of power draw, no additional HDMI cable to clamp and snag, and no second set of files to sync. On a rig where every accessory is a compromise, removing a whole device is a substantial simplification.

ProRes on a mirrorless body usually means an external recorder like the Atomos Ninja 5.2-inch at around $589 or the Atomos Ninja RAW at $699. That is a purchase, a power plan and a mounting problem, and it is exactly the sort of thing that pushes a rig into needing V-mount power.

Some cameras record ProRes internally, which removes that argument entirely. If yours does, ProRes becomes a straightforward choice with no rigging cost, and the decision reduces to whether you want editable white balance.

The two routes, and what they both need

A body that writes BRAW internally, a recorder that writes ProRes externally, and the drive either workflow fills.

Super 35 BRAW $2,269

Blackmagic Design

Blackmagic Pocket Cinema Camera 6K G2

Super 35 with an EF mount and internal BRAW, at the cost of weak autofocus and a real power budget.

Mount

EF

Check price

Best value $589

Atomos

Atomos Ninja 5.2-inch

Monitor and ProRes recorder in one, which sidesteps a camera's internal codec limits and gives an edit-friendly file straight off the card.

Size

5.2 in

Codec

ProRes

The pick when the body records only long-GOP internally.

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Best value $237

Samsung

Samsung T9 1TB Portable SSD

The same 2000 MB/s class in a smaller shell that holds speed better under a long sustained copy.

Capacity

1 TB

The value pick for daily offloads.

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Which one suits which job

Fast turnaround, client deliverables, multi-camera events: ProRes. It plays on any machine without a plugin, an editor can open it immediately, and the image is already interpreted so nobody has to make colour decisions before a rough cut exists.

Narrative, commercial and anything with a real grade: BRAW. The ability to change white balance after the fact is not a safety net, it is a creative tool, and the storage efficiency means the shoot generates less material to manage than the ProRes equivalent.

Delivering to a facility or a broadcaster: check the spec sheet. Many require ProRes deliverables specifically, and while you can export ProRes from a BRAW timeline, some workflows want camera originals in a supported format.

The cost of each, over a project

The media row over a real project is where the difference compounds. Ten hours of footage at 4K is roughly 4 TB in ProRes 422 HQ and about 1.4 TB in BRAW, and both have to be stored twice for the backup discipline to hold. That is a real difference in drives, offload time and archive cost.

The verdict

If you already own a Blackmagic body, shoot BRAW. It is the whole reason those cameras exist, it needs no additional hardware, and it produces smaller files than the ProRes equivalent while giving you more flexibility.

If you own a mirrorless body with a good internal 10-bit all-intra codec, think carefully before adding a recorder at all. The gap between a modern 10-bit 4:2:2 internal file and ProRes is narrower than the marketing suggests, and the money may be better spent on lighting.

If you shoot for clients who need fast turnaround and universal compatibility, ProRes is the safer answer regardless of the technical argument, because a file that opens everywhere on a deadline is worth more than a file with more latitude.