ICC Partners with GigaIO to offer NovArray HPC solution

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GigaIO has announced an agreement with International Computer Concepts (ICC), a systems integrator of enterprise-level computing solutions. who has partnered with GigaIO to offer NovArray. 

NovArray is an expertly configured solution integrated with GigaIO FabreX architecture that enables a hyper-performance network with a unified, software-defined, composable infrastructure. Using industry-standard PCI Express (PCIe) technology, FabreX integrates computing, acceleration, storage and input/output (IO) communication into a single-system cluster network, dynamically configuring the system to optimally run each application and enabling native host-to-host communication.  

‘Together with GigaIO, we have optimised the NovArray HPC solutions with infrastructure that offers the lowest latency in the industry and eliminates networking bottlenecks and configuration issues,’ says Alexey Stolyar, director of development at ICC. ‘The leading composability and true disaggregation of the FabreX technology along with ICC’s expertise in HPC design and engineering provides a solution with superior overall system performance that is built with considerations for your power budget, density and networking needs.’

Marc Lehrer, vice president of global sales at GigaIO adds: ‘GigaIO FabreX technology solves the number one complaint in cluster computing: interconnect network performance. We are excited to bring our hyper-performance network solutions to market with renowned HPC experts ICC, and in the process giving customers the flexibility to create exactly the system they need for optimised performance and reduced TCO.’

NovaArray Solution is available with the following featured configurations:

GigaIO FabreX AIC Resource Box

  • 4U JBOG (GPU / FPGA)
  • Supports up to 10x PCIe 4.0 x16 Cards
  • Connect to the FabreX ToR Switch
  • Direct PCIe Communication

GigaIO FabreX U.2 Flash Array

  • 2U JBOF
  • Supports 24x 2.5” U.2 NVMe SSDs
  • Connect to the FabreX ToR Switch
  • Direct PCIe Communication
  • Redundant 900W Power Supplies
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