Asperitas offers immersion cooling technology that enhances CPU and GPU performance while reducing capital and operational expenses for data centers. This solution enables high-density computing with a 45% lower cost and an 80% smaller physical footprint compared to traditional air cooling methods, while reusing 99% of energy.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional air cooling methods for data centers struggle to efficiently dissipate heat from high-density computing environments, leading to increased capital and operational expenses, larger physical footprints, and higher energy consumption. This poses a challenge for organizations seeking to maximize computing performance while minimizing costs and environmental impact.
Solution
Asperitas offers immersion cooling technology that directly cools CPUs and GPUs in a non-conductive liquid, improving performance and reducing costs for data centers. The system uses a fully contained liquid cooling solution that optimizes synergy and performance. This approach enables higher density computing with a smaller physical footprint and lower capital and operational expenditures compared to traditional air cooling. The design facilitates easy access to hardware and integrates monitoring, power, and networking components.
Target Audience
The primary target audience includes research and academic institutions, enterprises, emerging technology companies, and cloud providers that require high-density computing solutions.
Features
- Direct liquid immersion cooling for CPUs and GPUs
- Up to 40% greater CPU performance compared to air cooling
- Up to 45% reduction in data center CAPEX and OPEX costs
- Up to 80% smaller physical footprint compared to air cooling
- Facilitates 5-10 times more density than air cooling
- Modular and scalable design for high-performance computing
- Integrated monitoring, power, and networking
- Fully contained system with easy hardware access
- Perpetual Natural Convection and Direct Forced Convection