PCIe-over-cable and PCIe-to-fiber optic
High-Speed Networking

Products > PCIe Over Cable Products > SuperSwitch


SuperSwitch™ enables you to network up to eight processors at higher speeds and lower costs than Ethernet or Infiniband solutions. SuperSwitch is used in many applications such as medical imaging, server farms, instrumentation, video and other applications requiring large amounts of data transfers from one processor to another.

One Stop Systems’ exclusive ExpressNet™ software suite allows direct data transfers as well as TCP/IP transfers between multiple processors. The software drivers initialize memory address translation registers in the non-transparent bridge components that allow data to be transferred from one CPU’s memory to another. With TCP/IP added, the interface is identical to a normal Ethernet port, except much faster. In addition to driver support, ExpressNet software handles hot-swap events and other networking functions. Currently, ExpressNet software support is available for Linux and Windows, with additional OS support following.


  SuperSwitch 1
PCI Express-over-cable solutions for point-to-point communications
 
 
  SuperSwitch 2
PCI Express-over-cable networking for 3 to 5 PCs
  • SuperSwitch 2 includes connecting up to five processors using one PCIe x4 mezzanine cable adapter, up to four PCIe x4 cable adapters, PCIe cables up to 7 meters and ExpressNet software suite.
  • Enables data transfers at speeds up to 20Gb/s.
  • ExpressNet software supports 64 bit CPUs as well as multi-threaded environments.
  • PCIe cables in 1m, 2m, 3m, 5m and 7m lengths.
 
 
  SuperSwitch 3
PCI Express-over-cable networking for 6 to 8 PCs
 

PCI Express-to-Fiber Cable Adapter

  • Converts PCIe x4 to fiber optic cable
  • Provides data transmission up to 300 meters at x4 speeds
  • Does not produce electromagnetic interference (EMI) and is immune to EMI, preventing cross talk between signals in different cables and pickup of environmental noise.
  • Fiber optic cable offers low jitter, low power dissipation, high bandwidth and excellent performance over temperature.

 


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