A mPUE of 1.04 & a PUE lower than 1.10
TCO reduction
Increase in computing density
Reduce latency and increase speed deployment
Improve your HW life-span
Better conditions for IT Hardware
Savings on CAPEX
Dramatic OPEX reduction
Reduce water consumption
Integration to heat-reuse solutions
Technical specs
| Heat dissipation capacity (kW) | 50 to 100 kW |
| Double tank IT gear capacity (U, OU)
Note: OCP’s power shelf/ves (3 U each) is/are excluded. |
21 U to 45 U 19 OU to 42 OU |
| Maximum power consumption (W) | 750 W to 1500 W |
| Built-in redundancy | 2N Pump |
| Power supply | (CE) 3 Phase + N / 380-400 V 50 Hz (UL) 3 Phase 208 V 60 Hz |
| Monitoring | Temperature and flow for both SmartCoolant and water |
| Water supply inlet temperature | Recommended ≤ 32 ºC 89.6 ºF |
Intel® system server D50TNP and Submer SmartPodX are partnering to reuse heat at an immersion cooling deployment in Barcelona, Spain.
Want to roll-out Immersion Cooling in your new or existing infrastructure?
Submer delivers turnkey Immersion Cooling technology including primary cooling, secondary cooling, resilient pump-sets all the way to certified hardware with a guaranteed unrivalled end to end PUE, anywhere on the globe.
Facility Analysis
Design & Planning
Deployment & Activation
Certified Immersion Hardware
All Necessary Certifications
Preventive and Corrective Maintenance
Control and Warranties
Partnership and Friendship On Your Journey
Spot the difference between an air-cooled datacenter, and a Smart Datacenter.
Ask questions, tell us more about your upcoming datacenter/HPC or Hyperscale project. We're here to help.
