Godox PaletteLab Color Engine Debuts With Five New Fixtures From 150W to 1200W

by Johnnie BehiriApril 29^th, 2026

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At NAB 2026, Godox introduced PaletteLab, a new nine-band full-spectrum color engine that arrives simultaneously in five fixtures spanning 150W to 1200W. The lineup includes the flagship KNOWLED PL600RF and PL1200RF, both with built-in CRMX wireless control and IP65 weather sealing, plus the all-in-one SL300RF and SL200RF, and the compact ML150RF, all using Bowens mount.

We caught up with Davi Valente from Godox, the company’s Global Brand Ambassador and a working director of photography, on the show floor to discuss the engine he helped calibrate and name. According to Davi, PaletteLab is positioned as the company’s most spectrally accurate color system to date, sitting alongside (rather than replacing) Godox’s existing bi-color and RGBW offerings. The company first teased “Palette” at IBC 2025 during the launch of the KNOWLED MG4K, and the engine has now reached production form across an entirely new product line.

Nine diodes targeting LED’s spectral gap problem

PaletteLab is a multi-channel architecture built around nine separate color diodes, designed specifically to eliminate the spectral drop-offs that have remained one of the persistent weaknesses of LED lighting. According to Godox, the system uses what it calls “Multispectral Optical Coupling Technology” to refine transitions across the full visible spectrum, particularly in the difficult zones from blue to cyan and from orange-red into deep red. The stated goal is a continuous spectrum closer to natural sunlight, rather than the spiky, gap-filled output common to RGB and RGBWW fixtures.

Godox is publishing aggressive color metrics for the engine: CRI R9 of 99, TM-30 RF of 97, TM-30 Rg of 101, and SSI values of 92 (against tungsten) and 87 (against daylight). The system covers approximately 92% of the Rec.2020 gamut. Whether those numbers hold up under independent measurement remains to be seen, but if accurate, they would put PaletteLab in direct competition with the most spectrally complete cinema-grade LED engines on the market.

Why three engines, not one

When we asked Davi why a customer should move to PaletteLab versus Godox’s existing fixtures, his answer was telling: not everyone should. According to Davi, Godox now offers three distinct color technologies, each tuned for a different job. Bi-color fixtures with green/magenta correction remain the highest-output, lowest-power option for productions that don’t need full-color work. RGBW fixtures sit in the middle, balancing color flexibility with output. PaletteLab, with its nine-band architecture, prioritizes spectral accuracy and color richness over raw lumens, making it the choice when skin tones, deep reds, and continuous spectrum matter more than absolute brightness.

It’s a refreshingly candid framing in a category where every new fixture tends to be marketed as the answer to everything. The trade-off Davi described, more spectral fidelity in exchange for slightly lower output, is consistent with what we’d expect from a wider-band emitter system, where energy is split across more channels rather than concentrated in efficient white-phosphor diodes.

Three response curves and creative color

To address different workflows, PaletteLab offers three calibrated color temperature response curves. The Godox Curve is the company’s proprietary balance of output and visual consistency for general production use. The Blackbody Curve follows traditional tungsten blackbody radiation behavior, useful when matching to incandescent sources or when warm/cool dimming should track conventional film fixtures. The TM-30 Curve prioritizes the most technically accurate rendering by IES TM-30 standards, intended for situations that demand maximum measurable fidelity.

Beyond white-light precision, Godox claims the engine can produce more than 281 trillion color combinations across its multi-channel architecture, which Davi described as the inspiration behind the PaletteLab naming, drawing the parallel between an artist’s palette and the engine’s color flexibility. He also pointed to a campaign Godox shot in Brazil where a single PaletteLab fixture lit talent while another painted a fully colored background, illustrating the dual use case for accurate skin-tone reproduction and saturated environmental color.

The five new fixtures

The PaletteLab launch lineup spans Godox’s content creator and KNOWLED professional lines. The flagship KNOWLED PL1200RF and PL600RF sit at the top of the range, with built-in LumenRadio CRMX modules and IP65-rated weather sealing for exterior production. Both follow an all-in-one architecture with the power supply integrated into the fixture body, dropping the external ballast that defines Godox’s earlier KNOWLED MG series. According to Davi, the result is a more compact rigging package without the dedicated ballast cable and case workflow that traditionally accompanies high-output Godox lights.

Below the flagship pair, the SL300RF and SL200RF target the same all-in-one form factor at lower wattages, while the ML150RF rounds out the line as a compact unit at the lower end of the range. All five fixtures are point-source COB designs on Bowens mount, keeping them compatible with the broad ecosystem of Godox modifiers, projection attachments, softboxes, and reflectors (a different choice from the proprietary G-mount that the high-output MG series uses). When we asked whether PaletteLab would eventually appear in soft panel formats, Davi indicated that Godox is studying the option but is starting with point-source fixtures only.

Connectivity and control

Each PaletteLab fixture supports Bluetooth via the Godox app, with Davi citing 30 to 50m (98 to 164ft) of stable range depending on the model and no perceptible delay. NFC pairing allows quick setup by tapping a phone against the fixture, a feature Godox has carried across its recent KNOWLED releases. The PL600RF and PL1200RF add wired DMX, wireless DMX through the integrated CRMX module, and Ethernet protocols (Art-Net, sACN) for larger networked setups.

This is where the all-in-one design choice has practical implications: with the controller embedded in the head, riggers don’t need to find a separate location for a ballast on a truss or a stand, and there is one fewer cable run to manage. The trade-off, of course, is added weight at the fixture itself, something we’ll be paying attention to once we get hands-on time with the units.

Pricing and availability

According to Davi, the KNOWLED PL600RF will retail for $1,990 and the PL1200RF for $3,490. For context, the existing KNOWLED MG2400R sits at $7,590 and the MG6K at $11,650, so the PL line slots in well below the high-output bi-color flagships, reflecting the trade-off between spectral fidelity and absolute brightness. Godox has not yet published pricing for the SL300RF, SL200RF, or ML150RF. The company expects availability within roughly one to two months.

For readers new to the Godox KNOWLED line, our prior coverage of the M300R, MG4K, MG6K, and AM1600R inflatable mat traces how the platform has scaled across power ranges. PaletteLab is now the third color engine architecture in the catalog, sitting alongside the bi-color and RGBWW options that defined the previous generation. For the full PaletteLab specification, head to Godox’s product page.

Will the published spectral metrics translate to visibly better skin tones and deeper reds on real sets, or are nine diodes just another spec-sheet talking point? We’re keen to put PaletteLab through our lab the moment we get a unit in our hands. Don’t hesitate to let us know in the comments below!