Products

The National Supercomputing Mission (NSM) initiated by the Government of India aims towards achieving the goals of attaining self-reliance in supercomputing and problem solving in various domains of scientific and technological endeavors.

Under this mission, C-DAC is creating an infrastructure of family of supercomputers of varying capacities spanning a wide range. One of the key modalities in this mission is to use indigenous build approach, wherein design and manufacture of substantial sub-assemblies would be carried out in India.

Gen1 (Rudra-I)

Rudra-I

Under the build approach C-DAC has designed and developed a compute server “Rudra” as one of the most important subassemblies required for Supercomputers. C-DAC is in process of deploying HPC Systems across the nation with compute performance totalling 40PF, based on Rudra Servers called PARAM Rudra.

Gen2 (Rudra-SPX)

Rudra-SPX

Rudra-SPX is based on Intel’s Eagle stream Platform. It supports next-gen industry-standard technologies such as PCIe 5.0, HBM & DDR5 memory speeds of up to 5600MT. It is compatible with Open Compute Platform (OCP) 48V DC for Cloud/Data center and HPC market.

Gen3 (Rudra-GRX-AP)

Rudra-GRX-AP

Rudra-GRX-AP will be based on Intel’s Birch Stream Platform. It supports next-gen industry-standard technologies such as PCIe 5.0 & DDR5 memory speeds of up to 8800MT. It is compatible with Open Compute Platform (OCP) 48V DC for Cloud/Data center and HPC market.

Trinetra HPC network is latest in PARAMNet series of high bandwidth, low latency Indigenous HPC network developed by C-DAC. It consists of hardware and software components working seamlessly to realize large scale PARAM supercomputing systems. The network is transparent to end uses, offering industry standard API interfaces to run HPC and Enterprise applications without any end-user porting effort.

Trinetra-A

It is based on 100Gbps physical link layer, PCI-e Gen3 X8 host interface, and uses 3D Torus as network topology. All hardware, software and firmware components of the network have been developed successfully. It is currently deployed in PARAM Rudra 1PF system at CDAC Pune.

Trinetra-B

It is the latest hardware developed with performance and topology enhancements, leveraging experience gained during PoC and TrA development phases. TrB is based around PCI-e Gen3, x16 host interface, and 200Gbps physical link layer. Ten links @ 200Gbps allow for Dragonfly/ Supercluster topology. TrB planned to be deployed in PARAM 20PF system.

As part of the NSM, a sophisticated HPC software stack was indigenously developed utilizing open-source technologies. This suite was engineered to meet the diverse requirements of NSM systems, enhancing performance and ensuring seamless integration across HPC environments.

Indigenous Software Stack Development:

The deployment of this software suite has significantly enhanced the computational capabilities of NSM systems, empowering researchers and scientists to conduct high-impact research and achieve substantial advancements across various scientific and engineering disciplines. This suit was deployed across all NSM HPC Facilities