The AI boom is driving up the heat in the diamond heat dissipation track. In recent months, several traditional superhard material listed companies have dense (can be translated as 'frequently' in this context) released investment and fundraising change announcements, all moving into the diamond heat dissipation field. With the implementation of related projects, some companies' diamond heat dissipation products have entered the sample-sending and small-batch supply stages. Currently, the iteration of AI large models has led to a continuous rise in server chip power consumption, with traditional copper and aluminum heat dissipation materials gradually reaching their physical performance limits. CVD diamond heat sinks are seen as the key material for solving high-power chip heat dissipation challenges. Amid a sluggish market for cultivated diamonds and industrial diamonds, and with corporate profitability under pressure, transitioning to semiconductor functional materials has become a practical choice for companies in the superhard material industry.