Liquid logic for the
GPU era.
Single-phase dielectric immersion cooling, certified Tier III. The Kingdom's first commercially available immersion platform — engineered for racks the air-cooled world can't touch.
The physics
Why dielectric fluid solves what air cannot.
Dielectric coolants conduct heat 1,200× more efficiently than air. By submerging compute hardware in a non-conductive thermal fluid, we eliminate fans, hot spots, and the thermal throttling that caps GPU performance. The result: rack densities up to 100 kW, PUE values approaching 1.05, and zero evaporative water consumption.
- No fans. No moving parts inside the pod means lower failure surface and quieter halls.
- No hot spots. The thermal envelope is uniform across the rack — every chip sees the same temperature.
- No throttling. GPUs run at sustained boost clocks that air-cooled environments cannot maintain.
- No water. Closed-loop dielectric circulation eliminates evaporative consumption entirely.
- Less power. Cooling overhead drops from ~30% of facility load to ~5%.
Technical specifications
What you're committing to.
Production specifications across active immersion deployments in our Riyadh and Olaya facilities.
- Cooling fluid
- Single-phase dielectric
- Rack density
- Up to 100 kW
- Annualized PUE
- 1.05–1.08
- Water consumption
- Zero (closed loop)
- Heat reuse
- Available on request
- Certifications
- Uptime Tier III · ASHRAE-aligned
- Maintenance window
- Live-serviceable pods
- Pod sizes
- 24U · 48U
- Compatible hardware
- NVIDIA H100/H200/B200, AMD MI300, custom ASIC
Pod architecture
Inside an immersion pod.
The mechanical and instrumentation system designed around the submerged compute envelope.
Pod tank
Sealed dielectric reservoir housing the submerged compute. Stainless construction, leak-detected.
Coolant Distribution Unit
Pumps and circulates dielectric through the pod and out to the heat exchanger.
Heat exchanger
Transfers heat from the dielectric loop to the facility chilled-water loop. Plate-and-frame, redundant.
Submerged compute
Servers operate fully submerged, fans removed, with thermal envelope unconstrained by air boundary layers.
Telemetry
Temperature, flow, conductivity, and leak sensors stream into Finblade for predictive maintenance.
Dry disconnect service port
Live-service interface lets technicians lift, service, and reseat servers without draining the pod.
Use cases
Where immersion is the right answer.
“We didn’t retrofit immersion onto an air-cooled hall. We engineered the entire facility envelope — power, plumbing, fire suppression, monitoring — for liquid from day one.”
Cooling comparison
Air vs. DTC vs. Immersion.
A side-by-side of the three cooling architectures we operate.
| Dimension | Air-cooled | Direct-to-Chip | Immersion |
|---|---|---|---|
| Max rack density | 20 kW | 80 kW | 100 kW |
| Annualized PUE | 1.30 | 1.12 | 1.06 |
| Water consumption | Moderate | Partial loop | Zero |
| Deployment complexity | Low | Medium | High (engineered) |
| GPU support | A100 / L40 | H100 / H200 | H100 / H200 / B200 |
| Acoustic profile | Loud | Moderate | Silent |
Capacity is being committed daily.
Reserve yours.
Tour the facility. Talk to engineering. Get a precision quote. We respond to qualified inquiries within one business day.
Olaya District, Riyadh · Open for tours by appointment