As competition intensifies in the performance of artificial intelligence (AI) semiconductors, heat management has emerged as a critical issue for next-generation AI infrastructure. High-performance semiconductors consume more power and generate more heat, making cooling technology a key factor in the performance, stability, and energy efficiency of servers and data centers.
On June 2, MHS, a semiconductor cooling solution company, showcased its proprietary water cooling technology for next-generation AI semiconductors at Computex 2026 in Taipei. MHS is a startup focused on developing cooling solutions for semiconductors, power devices, and high-heat components used in servers.
The centerpiece of MHS's exhibition is the Micro Aqua Cooling System (MACS), which utilizes ultra-thin microchannel structures to manage heat generated by high-heat semiconductors. Given that cooling performance is crucial for the overall efficiency of AI servers and high-performance computing (HPC) environments, MHS is advancing this technology as a next-generation cooling platform for AI semiconductors.
The flagship product is the Renaissance series, a water cooling solution that integrates cold plates, radiators, and pumps, designed specifically for AI semiconductors and HPC environments. It targets products equivalent to the NVIDIA RTX 5090 and has been performance-validated for environments exceeding 600W.
The Renaissance series includes a passive model for data centers and AI servers, as well as an active model for high-performance PCs and workstations. Both models are developed as hybrid water cooling solutions that can be applied to existing air-cooled servers, focusing on achieving high cooling performance and ease of installation to reduce the burden of transitioning existing infrastructure.
Through the development of the Renaissance series, MHS has secured a complete lineup of high-performance cold plates and radiator products based on microchannel technology. The company is also collaborating with global manufacturers to commercialize cold plates and radiators for electric vehicle inverters and data centers.
MHS also unveiled its air-cooled product line, introducing the Monaco cooler, which supports CPUs up to 300W. The Monaco is designed for high-performance workstations and server environments, featuring enhanced cooling performance and system compatibility based on MHS's patented technology.
Industry observers note the significance of a domestic startup participating directly in Computex to showcase AI semiconductor cooling solutions. As competition in AI infrastructure expands beyond semiconductor chip performance to include power, cooling, packaging, and server design, a South Korean company is making its mark in the global cooling solutions market.
"The key to competitiveness in AI infrastructure ultimately lies in heat control technology," said MHS CEO Lim Jong-soo. "MHS has been developing cooling solutions optimized for next-generation AI semiconductors based on our proprietary MACS technology, and we plan to showcase our differentiated technological capabilities and mass production capabilities to global customers at this Computex."
* This article has been translated by AI.
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