PARAM Shavak

PARAM Shavak - Supercomputing Solution in a Box

Param Shavak machine PARAM Shavak - solution, aims to provide computational resource (Capacity building) with advanced technologies to perform high-end computations for scientific, engineering and academic programs to address and catalyze the research using modelling, simulation and data analysis. This initiative is expected to create HPC aware skilled workforce (Capability building) and for promoting research by integrating leading-edge emerging technologies at grass root level.

As the scope and complexity of computational needs continue to increase at colleges and universities, professors and administrators are compelled to seek appropriate and affordable solutions. PARAM Shavak provides the computing power necessary to keep academic institutions on the leading edge in today's competitive market at affordable cost. This system is meant for research organizations and academic institutions that are on the verge of adopting HPC culture in their institutions/organizations.

Besides a handful of value additions from C-DAC, the system comes with most of the features that can be found in a full-blown HPC cluster including job schedulers, compilers, parallel libraries, MPI, resource managers, and some of the commonly used HPC applications in engineering and scientific domains.

Upcoming NSM Systems

Upcoming NSM Systems


Theoretical Performance Location
20 PF C-DAC, Bangalore
838 TF IIT, Jammu
838 TF IIT, Patna
3 PF IIT, Madras

NSM Systems

Infrastructure

NSM Infrastructure

The National Supercomputing Mission aims at achieving the goals of attaining self-reliance in supercomputing, building the culture of using supercomputing for carrying out R&D and problem-solving in various domains of scientific and technological endeavours, and designing solutions for various societal applications, and positioning the supercomputing ecosystem in the country at a globally competitive level.

The mission envisions the creation of a national infrastructure of supercomputing systems and facilities of various sizes and scales, distributed across the country and seamlessly integrated through the National Knowledge Network.

The systems and facilities created as part of the infrastructure under this mission are divided into three phases of the National Supercomputing Mission: Phase I, Phase II, and Phase III.

Collective Last Week Utilization (Avg.)

81.15%

CPU

68.32%

GPU