WhiteFiber Continuum aggregate bandwidth specification
Company: WhiteFiber
The claim, verbatim
WhiteFiber Continuum provides 136 Tbps aggregate bandwidth with 170 800G wavelength channels
Source (primary)
WhiteFiber Continuum Goes Commercial, Scaling Its 83 km Two-Site GPU Supercluster Design to 136 Tbps - StorageReview.com (-, news_article)
View cached copy (2026-09-26)Live source ↗
Quote: “WhiteFiber rates the architecture at 136 Tbps of aggregate bandwidth, which its product page breaks out as 170 800G wavelength channels”
How we checked this
Checked on September 28, 2026. The cited source supports part of this claim, but not all of it.
The article gives 136 Tbps across 170 800G channels as WhiteFiber's rated design figure. It also says the figure is not yet confirmed: the July test measured 111.2 Tbps, and full-spectrum testing is ongoing.
Confirmed in the source:
- WhiteFiber rates Continuum at 136 Tbps of aggregate bandwidth
- WhiteFiber's product page breaks the 136 Tbps out as 170 800G wavelength channels
We could not confirm this from the cited source:
- That Continuum currently delivers 136 Tbps in operation; the article says the design reaches 136 Tbps only after additional wavelengths come online and that full-fiber testing to confirm the specification is still underway
That does not mean it is false — only that this source does not establish it, as of the date above. If we find a source that settles it, we will re-check and update this page.
What we did: Read our cached copy of the publisher (https://www.storagereview.com/news/whitefiber-continuum-goes-commercial-scaling-its-83-km-two-site-gpu-supercluster-design-to-136-tbps) in full (10,257 characters, retrieved September 26, 2026) and checked each assertion in the claim against it.
Additional evidence
confirms WhiteFiber Continuum Goes Commercial, Scaling Its 83 km Two-Site GPU Supercluster Design to 136 Tbps - StorageReview.com
Quote: “WhiteFiber rates the architecture at 136 Tbps of aggregate bandwidth, which its product page breaks out as 170 800G wavelength channels”