Atomos Ninja V enables 12-bit 4K ProRes RAW with Fujifilm GFX100
By Adam Noyes
Available now: Atomos release final version for Ninja V to enable large format 12-bit 4K ProRes RAW recording with Fujifilm GFX100 & Apple ProRes RAW recording up to 120fps with the SIGMA fp
We are excited to be releasing the full firmware update for the Ninja V that enables:
- Large format 12-bit 4K ProRes RAW recording with Fujifilm GFX1
- Apple ProRes RAW recording up to 120fps with the SIGMA fp
Fujifilm GFX100:
The GFX100, Ninja V and ProRes RAW gives filmmakers an entirely new way to shoot. The look of large format video has recently become very popular in Hollywood, with the ability to use high quality lenses with different technical characteristics. This feel can now be achieved more affordably with the GFX100 and Ninja V, and at the same time, fully harnessing the power of RAW. The resulting images have amazing depth, detail and the maximum latitude for post-production — optimal for HDR finishing or to give greater flexibility in SDR (Rec.709).
We have created some assets to support this release, please feel free to share with users and your channel:
Fujifilm GFX100 and Ninja V users can update their Ninja V here!
SIGMA fp
The SIGMA fp becomes the smallest camera combination to record ProRes RAW, opening up a wide range of shooting options. The camera’s small size means that end-users can shoot with the full flexibility of RAW almost anywhere. The fp body is perfect for mounting as a POV or crash camera, for use on gimbals or even worn on the body.
Alternatively, with the addition of Ninja V, cage and other accessories, the fp can also be built out into a fully rigged cinema-style camera with the option to use a wide range of L-mount lenses natively, or PL mount, EF mount and many other lenses via the use of adapters.
One of the add on benefits for end-users is that the accurate 5” 1000nit HDR high brightness display of the Ninja V allows users to view the SIGMA fp RAW signal in HDR in a choice of HLG and PQ (HDR10) formats for optimal exposure.