Quanton® HQC4223VQuantum - Vector - Machine


Use cases
  • Super computing
  • Scale – up HPC
  • Scale – out HPC
  • Research Lab
  • Digital Twins
  • In-Memory Database
  • Virtualization, ERP, CRM
HIGHLIGHTS
  • Qubit simulation with 42 Qubits per node
  • 8 CPUs
  • 12 H100 GPUs
  • 896 simultaneous threads
  • 32 TB RAM

Quanton® HQC3623TQuantum - Tensor - Machine

Use cases
  • High Performance Computing
  • Generative AI
  • Machine Learning
  • Healthcare & Drug Discovery
  • Industrial Automation, Robotics
  • Business Intelligence & Analytics
  • Climate and Weather Modeling
Highlights
  • Qubit simulation up to 36 Qubits per node
  • 8 H100 SXM5 GPUs
  • 224 simultaneous threads
  • 8 TB RAM
  • Energy & Cost efficient

Liquid Cooling

Together with our data center partner Equinix, we provide commercialized support of direct-to-chip liquid cooling —customers can deploy advanced liquid cooling solutions against mission-critical needs in the markets that matter most to them.

“Liquid cooling is revolutionizing how data centers cool powerful, high-density hardware that supports emerging technologies, and Equinix is at the heart of that innovation,” said Tiffany Osias, Vice President of Global Colocation, Equinix. “We have been helping businesses with significant liquid-cooled deployments across a range of deployment sizes and densities for years. Equinix has the experience and expertise to help organizations innovate data center capacity to support the complex, modern IT deployments that applications like AI require.”

Novarion & Equinix supports major liquid cooling technologies, including direct-to-chip and rear-door heat exchangers so that customers can take advantage of the most efficient solutions. Additionally, Equinix is offering a vendor-neutral approach to enable customers to use their preferred hardware provider in their deployments.

Direct-to-chip is a unique approach that involves a cold plate sitting on top of the chip inside the server. The cold plate is enabled with liquid supply and return channels, allowing technical cooling fluid to run through the plate, drawing heat away from the chip. This allows direct-to-chip-enabled servers to be installed in a standard IT cabinet just like legacy air-cooled equipment, even while being cooled in an innovative way. Rear-door heat exchangers use a cooling coil and fans to capture heat from air cooled IT equipment. They are mounted directly onto customer cabinets, so are able to manage higher cooling loads than conventional cooling.

“Liquid cooling was front and center in our development of the Open19 V2 specification. The goal of the Open19 project, which operates under the Linux Foundation, was to create an open standard that can fit any 19″ rack for server, storage, and networking. The project enables digital leaders to use hardware from a diverse set of vendors efficiently and sustainably in any datacenter environment. Equinix’s technology and vendor neutral approach to liquid cooling is a mechanism to remove the friction of deploying advanced liquid cooling solutions in enterprise data centers.” – My Truong, SSIA Chairperson and Field CTO for Equinix.

Additional Resources

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