TSR & LSS

The Thermal Simulation Rack (TSR) is a first-of-its kind invention to meet a critical market need: a rack-level “thermal bank” engineered to test, validate, commission, and showcase liquid cooling capabilities—right in your own environment.

TSR & LSS

The Thermal Simulation Rack (TSR) is a first-of-its kind invention to meet a critical market need: a rack-level “thermal bank” engineered to test, validate, commission, and showcase liquid cooling capabilities at the chip, sled, and rack level – right in your own environment.

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TSR & LSS

The Thermal Simulation Rack (TSR) is a first-of-its kind invention to meet a critical market need: a rack-level “thermal bank” engineered to test, validate, commission, and showcase liquid cooling capabilities—right in your own environment.

LSS Product Features

  • Provides chip-level load simulation
  • Up to 10 LSSs at 5kW each

TSR & LSS

The Thermal Simulation Rack (TSR) is a first-of-its kind invention to meet a critical market need: a rack-level “thermal bank” engineered to test, validate, commission, and showcase liquid cooling capabilities at the chip, sled, and rack level – right in your own environment.

TSR Product Features

1 Power Distribution Sleds (1 or 2)

  • Manages power distribution to LSSs

2 Interactive Touchscreen Display

  • GUI display and management of TSR

3 DAQ Instrumentation Sled

  • Monitors up to 125 sensors

4 IR80 iCDU

  • Provides cooling capacity to LSSs and heat exchange to FWS

Learn More

Key Benefits:

  • Cost-effective simulation of high-density racks without the expense of traditional AI-HPC servers
  • User-friendly control and monitoring through a program that can replicate the demanding workloads and associated spikes characteristic of AI
  • Power Load Simulation Sleds (LSS) provide up to 5kW of thermal load in 1U
  • Extreme density, custom options that provide up to 250kW of thermal load in a single rack to test and demonstrate row-mounted CDUs

CPUs:

  • Intel Sapphire Rapids
  • Intel Emerald Rapids
  • AMD EPYC Genoa
  • AMD EPYC Turin
  • NVIDIA Grace

GPUs:

  • NVIDIA H100
  • NVIDIA H200
  • AMD MI325X
  • AMD MI355X
  • NVIDIA B200