Advanced Diamond Materials for Heat Management
M10 and M11 single-crystal diamonds deliver industry-leading thermal conductivity and precision engineering for high-performance chips and lasers.
How Northern Carbon Improves Heat Management
M10 and M11 are engineered to extract and dissipate heat from the most demanding electronic devices. By rapidly spreading heat isotropically, M10 and M11 minimize hotspots, enhance reliability, and enable higher sustained performance.
Heat Limits Performance
Chips typically waste 45–65% of their power as heat, and localized hotspots can significantly degrade performance and efficiency.
Diamond Spreads Heat Faster
M10 and M11 plates transfer heat 5X faster than copper, spreading heat laterally to prevent hotspots.
Cooler Chips Last Longer
Reducing junction temperature by 10°C can double a chip’s lifespan.
Technical Overview
M10 and M11 are designed for advanced semiconductor and photonic applications where conventional materials reach their limits. Each product pairs exceptional thermal conductivity with tight geometric tolerances and precision surface finishing to ensure reliable system integration.
Built with Precision, Ready for Deployment
M10 and M11 are engineered from microwave-plasma CVD growth → laser cut → chemo-mechanically polished to nanometer or sub-nanometer precision.
Unlock Maximum Performance with M10 & M11
Discover how our single-crystal diamonds can prevent hotspots, improve thermal efficiency, and extend the lifespan of your most critical chips, lasers, and high-performance electronics.
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