NxtGen deploys world’s first NVIDIA H200 servers with Akash Systems’ Diamond Cooling to unlock higher compute density and efficiency for sovereign AI infrastructure.
India’s AI infrastructure race has taken a thermal leap forward as NxtGen deploys the world’s first NVIDIA H200 GPU servers integrated with diamond-based cooling technology from Akash Systems. The rollout is designed to increase sustained GPU performance by roughly 15% in high-temperature data centers, directly improving compute density and energy economics for enterprise AI workloads.
At the core of the deployment are NVIDIA H200 accelerators enhanced with Akash Systems’ patented Diamond Cooling® layer. Unlike traditional thermal solutions that rely solely on air or liquid systems, the diamond-based additive dissipates heat significantly faster up to five times more efficiently than copper reducing GPU hotspot temperatures by about 5°C under heavy AI training and inference loads.
For AI facilities operating in warmer climates such as India, the impact is structural. The diamond integration allows throttle-free operation at ambient temperatures up to 50°C (122°F), compared with conventional data center norms of 75–85°F. That translates into approximately 15% higher effective FLOPs per watt and a similar increase in usable compute output per server by eliminating thermal throttling.
The result: more tokens processed per rack, better Power Usage Effectiveness (PUE), and improved capital productivity across AI clusters. In practical terms, enterprises gain higher sustained silicon performance without proportionally increasing energy draw or cooling overhead.NxtGen says the deployment strengthens its sovereign AI positioning, particularly for regulated sectors including government, BFSI, healthcare, and manufacturing. The company’s AI platform integrates GPU environments across NVIDIA, AMD, and Intel architectures, offering optimized model hosting with domestic data residency and compliance controls.
Diamond Cooling technology was originally validated in space-grade satellite systems before being adapted for terrestrial AI infrastructure. By combining space-proven thermal science with high-density GPU clusters, NxtGen is targeting lower total cost of ownership while scaling India-based AI factories.
As AI workloads intensify and power constraints tighten globally, thermal engineering is emerging as a decisive performance lever. With diamond-cooled H200 deployments now live, NxtGen is betting that heat management not just chip speed will define the next phase of AI data center competitiveness.
