Sunon Enters AI Workstation Heat Dissipation Field, Launches Self-Driven Phase Change Liquid Cooling Radiator

TapTechNews August 13th news, the heat dissipation solution enterprise Sunon today announced its foray into the heat dissipation field of AI workstations and launched the first self-driven phase change liquid cooling radiator.

Sunon stated that professional AI workstations can provide computing power support for a rich range of applications; and the strong computing power of the workstation relies on multi-core high-performance CPU and GPU chips; if you want the workstation chips to operate efficiently around the clock throughout the year, a reliable processor cooling system is needed.

The integrated closed-loop phase change liquid cooling launched by Sunon this time does not include a water pump, and only through the vaporization and condensation process of the two-phase medium is enough to maintain the liquid flow to form a circulating heat dissipation, which has lower noise and vibration while improving the system reliability and reducing failures.

And the two-phase cooling medium selected by Sunon is not only non-conductive, non-flammable, and will not damage the atmosphere, but also has a relatively low GWP (TapTechNews note: Global Warming Potential, Global Warming Potential), which is more environmentally friendly.

Specifically, taking the cooling of a 450W power consumption GPU chip as an example, the self-driven closed-loop phase change liquid cooling of Sunon only needs to be equipped with 240 radiator with two 12025 fans and the cooling medium with GWP=2 to maintain the long-term stable operation of the chip without frequency reduction.