N-Log to Rec.709
Free Nikon ZR LUT (N-Log to Rec.709)
Turns the ZR's N-Log / N-Gamut footage into normal-looking Rec.709 video. One .cube LUT, free for any project, no email.
The zip holds the same LUT twice: a 65-point file for editing, and a 33-point file for monitoring on a camera or in an app, or for older apps that won't load the larger one.
Built from Nikon's published spec and checked against Nikon's own LUT.

N-Log, as recorded

With the LUT
The LUT converts N-Log with N-Gamut color, as the manufacturer publishes them, into Rec.709 through the ACES 2.0 output (SDR, 100 nits).
Built from: Nikon, N-Log Specification Document.
Set up the ZR
- N-Log: Video file type = N-RAW 12-bit, ProRes RAW HQ 12-bit, ProRes 422 HQ 10-bit or H.265 10-bit, then Tone mode = N-Log. R3D NE 12-bit (R3D) is fixed to Log3G10 (RED Log3G10 / REDWideGamutRGB).
- Dual base ISO 800 / 6400 in both N-Log and Log3G10. With R3D NE, metadata ISO runs 200-3200 on the low base and 1600-25600 on the high base. N-Log mode M can go down to Lo 2.0.
- Nikon has announced firmware 2.00 (scheduled for 2026) to add Log3G10/REDWideGamutRGB to H.265 recording.
Exposure
Nikon's Log-Format/RAW Technical Guide: for N-Log, expose an 18% grey card to about 35% on the waveform (10-bit around 372); for Log3G10, to about 33% (10-bit around 341).
Sources
- onlinemanual.nikonimglib.com
N-Log file types; lowest mode M ISO Lo 2.0; max sensitivity min 1600
- onlinemanual.nikonimglib.com
R3D NE tone mode fixed at Log3G10; base ISO 800/6400 with ranges 200-3200 and 1600-25600; RAW types N-RAW, R3D NE, ProRes RAW HQ
- nikonusa.com
Dual base ISO 800/6400 for both RED Log3G10 and Nikon N-Log
- nikon.com
ZR announcement, September 10 2025; R3D NE with Log3G10 and REDWideGamutRGB
- nikon.com
Firmware 2.00 in development (scheduled 2026): Log3G10/REDWideGamutRGB in H.265
- downloadcenter.nikonimglib.com
N-Log LUT v2.00; ZR listed
- reddigitalcinema.com
RED's IPP2 output LUTs (Rec.709/Rec.2020) for RWG/Log3G10 footage
- onlinemanual.nikonimglib.com
Exposure targets for N-Log (~35%, 372) and Log3G10 (~33%, 341)