Diamond
with Function

Northern Carbon’s M-Series (monocrystalline) diamond plates accelerate high-performance electronics such as PA, GPU, and laser diodes. M10 spreads heat 5X better than copper to quench hotspots limiting the performance of existing cloud and AI chips. M11 is uniquely suited for quantum and sensing applications.

The Northern Carbon Diamond M-Series tackles one of the biggest constraints in AI and cloud infrastructure: heat.

As power density increases, localized hotspots become the primary constraint on performance and reliability—well beyond what typical heat-spreaders alone can manage. The M-Series, engineered from single-crystal diamond, delivers up to 5X better heat spreading, converting intense hotspots into evenly distributed thermal loads.

The result: cooler chips, enhanced performance, and extended system lifespan.

Why Diamond Changes Thermal Performance

Built on decades of industry expertise and trusted relationships, Northern Carbon brings this technology to the global stage.

01Thermal Management for Advanced Chips

Thermal Management for Advanced Chips

The M10 and M11 spread concentrated heat laterally, eliminating hotspots that degrade performance, reliability, and lifespan.

Even a modest 10°C reduction in junction temperature can double a chip’s lifespan, making advanced thermal control essential.

02Precision Manufacturing at the Atomic Scale

Precision Manufacturing at the Atomic Scale

Each M10 and M11 plate is machined to micron-level tolerances and polished to nanometer precision, ensuring optimal thermal contact with both the chip and heat sink surfaces.

03Scalable for Semiconductor Adoption

Scalable for Semiconductor Adoption

Northern Carbon’s proprietary quantum optics chamber processing makes M10 and M11 available for mass adoption.

Engineered Diamond for Real-World Deployment

Both M10 and M11 are designed for integration into existing systems, supporting CPUs, GPUs, laser diodes, power amplifiers, and next-generation AI hardware.

The Proof Is in the Physics

5X Higher Thermal Conductivity Than Copper

Enables higher performance at lower power.

κ > 2200 W/m-K

Exceptional in-plane and through-plane thermal conductivity at room temperature.

Single-Crystal Diamond

No grain boundaries. No non-diamond carbon. No compromise.

Micron-Level Precision

Finished for maximum contact, consistency, and repeatability.

Designed for the Future of Electronics

As chips become more powerful and densely packed, thermal constraints increasingly define their limits. Northern Carbon is built to eliminate that barrier.