Immersion cooling engineered as a complete system
Built for modern datacentres and edge deployments without sacrificing operational flexibility.
trusted by Over 30 technology partners
Built on the same principles, optimized for different workloads
Designed as one system architecture where compute, cooling, power and control work together to deliver predictable performance and long-term reliability at high density.
PNC – Passive Natural Convection
Strength: simplicity & efficiency
Cooling: passive, no pumps
DFCX1 – Direct Forced Convection
Strength: precision & performance
Cooling: forced convection with targeted flow
Best suited for
General compute, virtualisation, HPC, AI inference and storage.
What it is
A passive immersion cooling platform built around Perpetual Natural Convection. Designed for stable, continuous operation with minimal mechanical complexity.
Why it matters
PNC delivers predictable thermal behaviour with extremely low operational overhead. With no pumps and minimal moving parts, it offers high reliability and long service life in environments where stability and efficiency matter most.
for safe system maintenance and fluid handling.
Key characteristics
- Modular system architecture for scalable deployment
- Integrated power, monitoring and control at system level
- Designed for fast service access and long-term operation
- Functional design, with aesthetics as an outcome of engineering precision
Technical snapshot
Best suited for
AI training, HPC and high-power CPU and GPU environments
What it is
A high-density immersion cooling platform using Direct Forced Convection to deliver controlled liquid flow directly to components with the highest thermal loads.
Why it matters
DFCX enables precise, system-level thermal control for modern high-power processors. Designed for dense deployments where sustained performance, controllability and scalability are critical, it supports advanced workloads without compromising reliability or operational clarity.
for safe system maintenance and fluid handling.
Key characteristics
- Directed liquid flow for high-power CPUs and GPUs
- Integrated CDU with embedded pumping and control
- Precision thermal load management at system level
- Scalable architecture for dense, high-performance deployments
Technical snapshot
From the far edge to high-performance data centres
Advanced immersion cooling solutions built to power next-generation compute. From rugged, low-latency edge systems up to multi-tank, infrastructure-level scalability for high-density AI and HPC workloads.
Horizon
Strength: compact, silent & environment proof
Cooling: forced convection with integrated CDU
DFCX+ Direct Forced Convection
Strength: modular expansion without redesign
Cooling: forced convection with targeted flow
Best suited for
EdgeAI infrastructure, industrial processing, low-latency defense applications, andremote deployments in harsh conditions.
What it is
A modular, compact immersion cooling system engineered for far-edge environments.Built on a control-driven design that integrates power, cooling, and compute into a single, enclosed platform that operates completely silently.
Why it matters
Horizon brings datacentre-grade thermal resilience to uncontrolled physical environments. By enclosing high-TDP hardware in a dust-, temperature-, and vibration-proof chassis powered by an integrated cooling loop, it guarantees operational continuity and eliminates failure risk where traditional cooling fails.
Key characteristics
- Modular system architecture withdecoupled power and cooling modules for flexible upgrades
- Environment-proof chassis providingtotal protection against dust, debris, and structural vibration
- High-density edge compute capacitysupporting up to 18.4kW in a tight 5U footprint
- Functional design, with aestheticsas an outcome of engineering precision
Technical snapshot
Best suited for
Mainstream HPC, large-scale AI trainingclusters and high-density enterprise environments.
What it is
A highly scalable infrastructure-level immersion cooling architecture. It utilizes an intelligent central CDU to drive targeted liquid flow across multiple synchronized tanks.
Why it matters
DFCX+simplifies high-density datacentre scaling. Its multi-tank architecture allows facilities to expand cooling capacity on demand, while ensuring precise and identical thermal hardware operating conditions without a complete infrastructure redesign.
for safe system maintenance and fluid handling.
Key characteristics
- Multi-tank row design served by asingle powerful CDU
- Intelligent centralized managementof flow, temperature and pressure
- Dynamic row expansion allowingadditional tanks without system shutdown
- Flexiblelayout supporting mixed compute, storage and networking platforms
Technical snapshot
Datacenter
deployments
Colocation, cloud and enterprise sites.
Non-datacenter
deployments
On premise, edge sites and points of presence.
