Single-Phase Direct-to-Chip Cooling



Single Phase D2C Cooling



Precision liquid cooling designed for high-density computing and modern data centers using our complete Chip-to-Dry Cooler Architecture.

End-to-End Thermal Architecture

Chip-to-Dry Cooler Architecture

1

1. Chip Level

Direct-to-Chip Cold Plate

High heat transfer right at the heat source (CPU/GPU) ensuring maximum thermal conductivity and chip safety.

2

2. Server / Rack

Manifolds & Quick Disconnects

Efficiently distributes dielectric coolant to all server blades across the entire rack using drip-free quick disconnect couplings.

3

3. Coolant Distribution Unit

CDU Infrastructure

Provides precise flow control, temperature regulation, dual-stage filtration, system protection, and continuous digital monitoring.

4

4. Facility Loop

Glycol Water Mixture Loop

Isolated closed-loop heat exchanger circuit integrated with corrosion inhibitors for low maintenance and 24/7 uninterrupted uptime.

5

5. Heat Rejection

Dry Cooler

Rejects heat directly to ambient air with maximum energy efficiency, delivering zero-water-consumption cooling operation.

CDU Core Capabilities

Built-in smart controls for critical data center reliability.

Pumping & Flow
Variable speed control
Temperature
Precision thermal sensing
Filtration
Micro-particle protection
Controls
24/7 automated monitoring
Efficient & High Performance

Direct liquid cooling at the chip delivers superior thermal performance for high-density workloads.

Sustainable

Dry cooler solution minimizes water usage and supports green data center initiatives.

Reliable & Safe

Advanced controls, protection, and monitoring ensure continuous 24/7 reliable operation.

Scalable

Modular CDU and loop design scale seamlessly from single rack to multi-MW deployments.