Liquid Cooling, the Required Answer of the AI Compute Era

40-50kW Racks vs the 8-15kW Standard, Air Carrying 1/3,500th of Liquid's Heat: Why Air Cooling Cannot Hold AI

AI training chips push single racks from a few hundred watts per server to tens of kilowatts per cabinet, a full AI rack hitting 40 to 50kW against the traditional 8 to 15kW design standard, and air carries roughly one 3,500th of the heat of liquid, so air-cooled rooms spend 0.4 to 0.6 kilowatt-hours on cooling for every one on compute while liquid cooling drops PUE to 1.1 to 1.2. Cold plate, the mainstream, puts a microchannel plate on the chip, while immersion wraps every heat source and spray jets hotspots. EXTRCOOL provides one-stop liquid cooling solutions."

More information

Details

Area 51, NV, USA

EXTRCOOL INDUSTRY LIMITED

Associated Trend items

Surface Treatment for Liquid Cooling Manifolds, the Natural-Finish Pickling Process

Matte White to Natural Luster, Blue-Point From 12-18 to Above 20 Seconds: The Two-Stage Route That Removes Weld Scale Without Touching the Base

Surface treatment for liquid cooling manifolds starts from the weld problem: the heat-affected zone triggers intergranular chromium depletion that degrades surface oxidation and roughness, threatening long-term corrosion resistance, and conventional pickling removes the scale but turns the weld grey, rough and the stainless matte white. The natural-finish route runs two ...

More information

The Stainless Manifold, the Hidden Gatekeeper of AI Server Liquid Cooling

One Uneven Split, One Throttling GPU: Why the 120-140kW NVL72 Turned the Manifold Into NVIDIA's Certified Gatekeeper

The stainless manifold is the hidden gatekeeper of AI server liquid cooling: the cold plate sits on the GPU, the CDU handles exchange, the manifold splits one flow into dozens and the quick coupling allows maintenance without breaking the loop, so in an NVL72 cabinet an uneven split lets one GPU drift hot, throttle first or trip protection. Stainless wins on ten-plus-yea...

More information

Manifold and Quick Coupling Selection, the Field Guide for Cold Plate Cooling

0.86 × Heat ÷ ΔT With 20% Margin, Server Thread First, 20 Bar and 5,000 Cycles: The Five-Step Selection That Stops Leaks, Not Just Flow

Manifold and quick coupling selection for cold plate cooling starts with the failure mode: the manifold divides one flow into many branches but its risk lives in the interfaces, so seal reliability outranks flow testing. Sizing follows 0.86 times the heat over the temperature difference with 20 percent margin, a 40 by 40 tube holding 75 liters per minute for 25 to 50 kil...

More information

Products associated

modular micro datacenter

EXTRCOOL 20FT

modular data center

LL-Block40

Compare

Remove all

Compare up to 10 products