[0:00]Data center advance liquid cooling solutions. The rapid development of AI is driving an immense surge in computational demand, making traditional air-cooling systems inadequate.
[0:10]High performance GPUs are pushing cooling needs to its absolute limits, making traditional air-cooling systems inadequate.
[0:20]Driving factors are growing demand for data centers globally and energy consumption challenges. For 50 years, Kaori has engineered critical components, plate heat exchangers, pipe components, and system integration. Now, Kaori is applying that expertise to redefine data center performance. Kaori's liquid cooling provides a solution for maximum energy efficiency and heat removal.
[0:40]Kaori's role in data centers.
[0:48]RPU, reservoir and pumping unit. Rear door heat exchanger. Direct to chip air assisted liquid cooling, AALC. Rack manifold, compatible with Nvidia reference design, high precision vacuum brazing technology, coupled with LA LSL cooling systems, made for blind mate, 40 different connections brazed on a single manifold for quick connect and hose, high strength joints with minimal deformation.
[1:17]Vacuum furnace brazing.
[1:24]RPU, RDHX.
[1:33]Side car.
[1:44]In rack D2C liquid cooling. CDU coolant distribution unit. Rack manifold, cold coolant.
[1:58]Cold plate.
[2:03]Rack manifold, hot coolant.
[2:10]Free cooling, hot cooling. Key component, brazed plate heat exchanger.
[2:27]Water tank, pump.
[2:43]In row CDU.
[2:47]Key component, brazed plate heat exchanger. Pump.
[2:54]Coolant outlet, coolant inlet, water outlet, water inlet.
[3:07]Rack manifold.
[3:22]Immersion tanks.
[3:59]Liquid cooling solutions. Advantages and efficiency. Minimizes the power consumption by 70%, optimizes total cost of ownership, TCO, reducing the space allocation for traditional data center hot and cold aisles, lower noise level 50dB, cooling efficiency boosted by 30-400 times. Kaori Thermal, expertise in AI thermal solutions.
