ISLAMABAD – In an impressive ceremony held on Tuesday at its Research Centre for Modeling and Simulation (RCMS), the National University of Sciences and Technology (NUST) inaugurated its fastest supercomputing facility. The ceremony was presided over by Higher Education Commission Chairman Dr Javaid R Laghari. The state-of-the-art computing facility was recently acquired by NUST through a Ministry of Science and Technology financial grant.
Imaginational ceremony was presided over by Chairman Higher Education Commission (HEC) Dr Javaid Laghari.
Speaking at the ceremony, Principal RCMS Engr Sikandar Hayat highlighted some of the unique features of this state-of-the-art computing facility recently acquired by Nust through financial grant by Ministry of Science and Technology (MoST).
Addressing the event, Laghari appreciated the efforts of the entire team associated with the project and encouraged all institutions to come forward and benefit from the facility acquired by Nust. He assured HEC’s full support in this regard.
Rector Nust Engr Muhammad Asghar, in his welcome address, sharing his vision, specifically mentioned that the acquisition of the supercomputing facility would be a source of inspiration for PhD scholars, abroad, to return to Pakistan.
Dr Imran Akhtar, the key note speaker, gave a highly motivating and thought provoking speech on the occasion, encouraging young researchers to come forward and utilize the facility in solving national challenges in the areas of engineering, bio-informatics, political science, psychology and social sciences.
The supercomputer installed in NUST is the fastest GPU (Graphics Processing Unit) based parallel computing system operating in any organization/academic institution in Pakistan till date.
The supercomputer can perform parallel computation at a peak speed of 132 Teraflops (132 Trillion Operations per second). It is equipped with multi-core processors and graphics co-processors with inter-processor communication speed of 40 Gbps.
• Computer’s Cluster configuration:
• 66 NODE supercomputer with 30,992 processor cores
• 2 Head Node (16 Processor Cores)
• 32 Dual Quad Core Computer Nodes (256 Processor Cores)
• 32 Nvidia Computing Processors
• Each processor has 960 Processor Cores (30,720 processor Cores)
• QDR Infiniband Interconnection
• 21.6TB SAN storage