The desire for high computing power is more evident than ever. The discovery of critical perspectives and the solution to some of the world’s most complex problems has been possible due to the breakthrough in developing advanced supercomputers. C-DAC, Pune, has also been exploring the option of deploying an advanced supercomputer to accelerate its research and development activities in multiple domains.

To gain better efficiency for their workloads, PARAM Yuva II was installed at C-DAC. The supercomputer is expected to deliver unprecedented computing power for performing research in the fields of biotechnology, computational fluid dynamics, seismic atmospheric, computational science, disaster mitigation, engineering, and other discipline. Netweb immense experience in deploying complex solutions with Intel Technology helped in overall project success within a stipulated time frame.

What you Will Learn in this White Paper?

  • How did Netweb utilize advanced hybrid technology to deploy the fastest supercomputer at C-DAC, Pune, India?
  • What are the advantages of the New Param Yuva II versus the previous-generation Param Yuva System?
  • How did Netweb use Tyrone servers to deliver a seamless solution?
  • How did Netweb deploy the supercomputer in record time?
  • Advantages of using integrated Intel®Xeon® Processor E5-2670 and Intel®Xeon Phi™ Coprocessor 5110 P in the Next-Gen PARAM Yuva II System?

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Advantages of the NEW PARAM Yuva II versus previous-generation PARAM Yuva System

50% Reduced Footprint

Approximately 6.5x processing cores

35% Less-energy Consumption

Opportunity for Future Upgrade

Options for Expansion of Compute Capacity

SustainedPerformance