Zebra Supersight
Share:

Zebra Supersight

 

Supersight is a high-end configurable multi-node multi-core high performance computing (HPC) system supporting multiple multi-core Intel Xeon processors, third-party GPUs and Matrox FPGA cards for the most demanding industrial imaging applications.

Description

Zebra Supersight is a high-end configurable multi-node high performance computing (HPC) system supporting multiple multi-core Intel Xeon processors, third-party GPUs and Zebra FPGA cards for the most demanding industrial imaging applications.

Main features

  • High-performance computing cluster platform
  • Effective offloading and acceleration of image processing
  • Elimination of I/O bottlenecks thanks to PCIe 2.0 backplane
  • Direct interface to external process equipment via integrated Gigabit Ethernet, RS-232/485 and USB 2.0 connection
  • Guaranteed life cycle by minimizing the need for revalidation
  • Simplification of system integration
  • Running applications under a state-of-the-art Windows operating system
  • Application troubleshooting using standard Microsoft and Zebra development tools

Other products you may be interested in

  • MBJ Imaging
    Lighting systems

      Lighting systems are the most important part of a machine vision system. Depending on the object to be inspected and the results to be obtained, LED technology can be used for spot, line, ring or panel lighting, among others.

  • Zebra Radient eV-CL

      High-performance Camera Link video capture boards with support available for full-mode and 80-bit Camera Link cameras up to 85 MHz. The boards handle image capture from a single Camera Link device at the lowest data rate up to multiple full bandwidth Camera Link cameras.

  • Rapixo CXP is a new generation of frame grabbers compatible with version 2.0 of the CoaXPress® (CXP) digital interface standard for machine vision applications.
    Zebra Rapixo CXP

    Zebra Rapixo CXP is a new generation of frame grabbers compatible with version 2.0 of the CoaXPress® (CXP) digital interface standard for machine vision applications.

  • Processing for UAVs

    Onboard video processing systems for unmanned aerial vehicles (UAVs) and optronic systems provide the best video quality for processing and enable a fully digital video path.