Nor-Tech Collaborates with Intel on HPC for Healthcare

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Nor-Tech is collaborating with Intel to offer HPC technology for healthcare organizations. This technology delivers powerful performance and fast results. Nor-Tech’s HPC clusters and workstations integrated with Intel Xeon Scalable Processors and Intel Scalable System Framework deliver powerful performance and fast results.

The Nor-Tech/Intel partnership ensures peak performance and cost control,” said Nor-Tech Executive Vice President Jeff Olson. “There are many companies that offer technology integrated with these incredible Intel products, but there are no other companies I know of with the engineering expertise and personalized support that define our brand.”

Nor-Tech’s world-leading engineers have been developing, deploying and supporting technology for some of the world’s leading healthcare institutions and equipment manufacturers for nearly two decades. Clients include a Nobel Physics Prize winner and a Nobel Physics Prize contender.

Optimally designed and integrated for the healthcare industry, Nor-Tech’s HPC servers, clusters and workstations are built by Nor-Tech in Minnesota and backed by the company’s famous no-wait-time support around the world.

Nor-Tech offers a free trial of the world’s leading healthcare applications on their demo cluster. Available apps include: AMBER, CHARMM, GAMESS, Gaussian, Gromacs, NAMD, NWChem, VMD, VASP, LAMMPS, BLAST, HMMER, Quantum Espresso, Q-Chem, MATLAB, Cufflinks, TopHat, etc.

The Intel Scalable Systems Framework (SSF) delivers high performing, balanced, power-efficient, and reliable systems capable of supporting a wide range of compute-intensive and data-intensive life sciences analytics workloads; including genomics, molecular dynamics, molecular imaging, deep learning and visualization.

Pre-validated SSF integrated solutions reduce time to insight (rapid prototyping, discovery, and data analytics) through improved configurability to match a given workload. SSF enables greater configurability and flexibility than contemporary supercomputers across new levels of memory, in the switching fabric, the I/O and storage subsystems, and within the interconnect.

Intel Xeon Scalable Processors yield significant performance gains across molecular dynamics, genomics, molecular imaging, and machine learning. The company offers a collection of benchmark and replication recipes, and optimized codes. When used, the optimized code can help researchers decipher their data and accelerate the path to discovery.

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