"Diamond Copper + Liquid Cooling System": The Next Generation of Mainstream Thermal Management Technology

As high-performance devices such as AI chips, high-speed optical modules, and GPUs rapidly evolve towards higher power and higher density, traditional metal heat dissipation materials are approaching their physical thermal conductivity limits, making it difficult to meet increasingly stringent heat dissipation demands. Against this backdrop, diamond, with its naturally ultra-high thermal conductivity, has become a core material for overcoming the heat dissipation bottleneck of high-power devices.

Diamond-copper alloys can significantly improve overall thermal conductivity while retaining the excellent processing performance and structural strength of metals. When further combined with liquid cooling technology, it can achieve a dual upgrade of "rapid heat conduction + efficient heat dissipation," perfectly adapting to the heat dissipation needs of high-density heat source scenarios such as data centers, computing infrastructure, and optical communication modules.

Diamond possesses multiple advantages, including ultra-high thermal conductivity, low thermal resistance, strong chemical stability, and high temperature resistance. It can be directly used as a core heat-conducting component such as a heat sink and substrate, or deeply integrated with cold plate liquid cooling and immersion liquid cooling structures, effectively shortening the heat transfer path and improving overall heat dissipation efficiency. Industry developments have clearly demonstrated that "diamond copper + liquid cooling system" has become the mainstream technology for thermal management of next-generation high-power devices, and a key support for the efficient and stable operation of computing infrastructure.

CSMH is a national high-tech enterprise specializing in the R&D, production, and sales of wide-bandgap semiconductor materials. The company has deep expertise in the field of CVD diamond materials, providing key material support for fourth-generation semiconductor packaging, high-end optoelectronic devices, and high-power RF/power electronics, driving the industry towards higher power, higher density, and higher reliability.