accelsiusatx.bsky.social
@accelsiusatx.bsky.social
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At NVIDIA GTC DC, Accelsius asked Simon Brady: "What should we expect in future TDP and rack density increases based on Jensen Huang's keynote?"
We've heard a few myths about two-phase direct-to-chip cooling — and our newest podcast is here to dispel them.

Watch or listen to the latest episode of our Two-Phase Tuesdays podcast — available on Youtube, Spotify, and Apple Podcasts. Links available in the comments below.
Accelsius has just announced the general availability of its NeuCool® MR250, the latest advancement in scaling two-phase direct-to-chip liquid cooling for AI and HPC data centers.
The results are in: Two-phase direct-to-chip cooling (2PDTC) could save up to $10B annually in energy costs across North America. See our full press release here: na2.hubs.ly/H01j83b0

#ai #liquidcooling #datacenters #sustainability
Why choose Accelsius? And how exactly do we deliver future-proofed liquid cooling? #ai #liquidcooling #cooling #sustainability #datacenters
A recent Uptime survey has seen that 7% more operators are considering dielectric cold plates than compared to the last two years.

We're thrilled to see these results. They confirm our own observations: across the industry, two-phase direct-to-chip cooling is gaining momentum.
There's an immediate TCO impact when you adopt two-phase, direct-to-chip liquid cooling. #datacenters #cooling #liquidcooling #sustainability #ai
Welcome to the industry standard for direct-to-chip cooling.

At 4500W+ per socket cooled, we're able to prepare your data center for the next eras of AI and HPC — delivering world-class cooling that's safe, sustainable, and scalable.

#datacenters #cooling #liquidcooling #ai
So what is two-phase direct-to-chip liquid cooling, anyways? #datacenters #liquidcooling #cooling