After recently launching its debut all-in-one liquid cooling series, Noctua has officially confirmed that a “chromax.black” version of the NL-LC1 lineup is in active development. While absent from the company’s official product roadmap, the enthusiast-favorite black variant is expected to make its market debut by late 2026.
Responding to community demand
Noctua confirmed the development of the chromax.black version via social media, specifically responding to direct queries on the Hardware Canucks channel. Despite being omitted from the official company roadmap that extends through 2027, the manufacturer stated they are planning for a release window by the end of 2026. This announcement directly addresses the high demand from PC builders who prefer a sleek, monochromatic black aesthetic over the brand’s signature brown-and-beige design language.
Technical consistency and performance
The upcoming chromax.black series will retain the core architecture of the standard NL-LC1 models released in June 2026. The shift is purely design-focused, ensuring that those who prefer a blacked-out aesthetic do not have to sacrifice cooling efficiency.
| Model Size | Fan Configuration |
|---|---|
| 240mm | NF-A12x25 G2 |
| 360mm | NF-A12x25 G2 |
| 420mm | NF-A14x25 G2 |
Each model remains built on the Asetek Emma V2 platform and includes the company’s specialized NL-PNA1 pump noise absorber, confirming that standard performance metrics will be maintained.
Understanding the development cycle
The delay in delivering black variants relative to their standard counterparts is a result of Noctua’s rigorous testing standards. The company has explained that black pigment particles possess different physical properties than the standard tones, which necessitates fresh testing to ensure cooling benchmarks remain consistent with their internal quality guarantees. This dedication to precision is also why the brand continues to avoid white color schemes or RGB lighting, as these elements are viewed as potential distractors from their primary focus on thermal and acoustic performance.
Via WCCFTech