Neurair provides direct‑to‑chip liquid cooling systems designed for AI data centers that need 100 kW+ per rack. Their turnkey solution integrates hardware, piping, pumps, and control software with full‑service deployment, commissioning, and maintenance, enabling reliable, high‑density GPU workloads from single racks to megawatt‑scale facilities.
Funding
Funding not disclosed
Founders
Product
Problem
AI training racks now exceed 100 kW per cabinet, a thermal load that traditional air cooling cannot dissipate quickly enough to keep GPUs within safe operating temperatures. Deploying liquid cooling at this scale adds complexity, including intricate piping, coordination among multiple vendors, lengthy commissioning, and ongoing maintenance challenges, which can cause project delays and reduced performance.
Solution
Neurair offers direct‑to‑chip liquid cooling systems specifically engineered for high‑density AI workloads. Their solution integrates cooling hardware, piping, and control software into a single, accountable package, handling everything from supply and installation to full‑system commissioning and maintenance. By delivering a turnkey, scalable architecture, Neurair enables data centers to achieve 100 kW+ per rack densities while maintaining operational reliability and reducing deployment time. The integrated approach minimizes multi‑vendor friction and provides ongoing support to ensure consistent thermal performance across single racks up to megawatt‑scale facilities.
Target Audience
Primary customers are operators of AI training clusters, GPU cloud platforms, and high‑density compute facilities that require reliable cooling for 100 kW+ per rack deployments.
Features
- Direct‑to‑chip liquid cooling loops designed for extreme GPU thermal loads exceeding 100 kW per rack
- Fully integrated hardware and software package that includes piping, pumps, and control systems
- Turnkey deployment service covering hardware supply, installation, commissioning, and maintenance
- Scalable architecture that can be expanded from individual racks to megawatt‑scale data center facilities
- Centralized monitoring and management tools to ensure continuous thermal performance and reliability