NC-1 Facility power density and cooling specifications
Company: WhiteFiber - Project: NC-1
The claim, verbatim
NC-1 Facility design specifies Tier 3-equivalent with ultra-high-density power to support up to 150 kW per cabinet, fully redundant power distribution, N+1 cooling, and targeted PUE of 1.3 or better
Source (primary)
WhiteFiber 8-K filed 2025-12-18 (SEC EDGAR, sec_filing)
View cached copy (2026-08-31)Live source ↗
Quote: “The NC-1 Facility design specifies Tier 3-equivalent with ultra-high-density power to support up to 150 kW per cabinet with fully redundant power distribution and N+1 cooling and a targeted power usage effectiveness (" PUE ") of 1.3 or better.”
How we checked this
Checked on October 10, 2026. The cited source supports every part of this claim.
The 8-K states each of these design specifications for the NC-1 Facility, matching the claim.
Confirmed in the source:
- The NC-1 Facility design specifies Tier 3-equivalent
- The NC-1 Facility is designed with ultra-high-density power to support up to 150 kW per cabinet
- The NC-1 Facility design includes fully redundant power distribution
- The NC-1 Facility design includes N+1 cooling
- The NC-1 Facility design targets a power usage effectiveness (PUE) of 1.3 or better
What we did: Read our cached copy of SEC EDGAR (https://www.sec.gov/Archives/edgar/data/2042022/000121390025123321/ea0269918-8k_white.htm) in full (7,155 characters, retrieved August 31, 2026) and checked each assertion in the claim against it.
Additional evidence
confirms WhiteFiber 8-K filed 2025-12-18
Quote: “The NC-1 Facility design specifies Tier 3-equivalent with ultra-high-density power to support up to 150 kW per cabinet with fully redundant power distribution and N+1 cooling and a targeted power usage effectiveness (" PUE ") of 1.3 or better.”
confirms whitefiber 8-K exhibit (ea026991801ex99-1_white.htm)
Quote: “Tier 3-equivalent, ultra-high-density, engineered to support up to 150 kW per cabinet with fully redundant power distribution and N+1 cooling; targeted average PUE of 1.3 or better”