2025-06-12
The Future of Diamond Semiconductors
Why the world is shifting from Silicon to Carbon-based wide-bandgap materials.
Beyond the Silicon Era
Silicon has served us well, but we are hitting the Power Wall. Key Term
As shown in our recent corporate deck, the thermal conductivity of diamond is 2,400 W/mK, compared to Silicon’s measly 150 W/mK.
The Thermal Advantage
When we process high-load AI computations:
- Silicon overheats.
- Cooling systems consume 40% of data center power.
- Diamond dissipates heat instantly.
“Diamond is not just a gem; it is the ultimate thermal substrate.”
We are currently producing 5.7” wafers at our facility in Hong Kong Science Park.