VPX Cards

The VPX (ANSI/VITA 46) standard defines a set of standard form factor options for high-speed communication in switched serial fabrics such as Ethernet, PCI Express (PCIe), Serial RapidIO® (sRIO®), and Aurora.

All New Wave DV XMC (switched mezzanine cards) are available in the VPX form factor via carrier card by request.


VPX_Infographic
  • V1151 Quad-Port XMC FPGA Card

    The V1151 is the industry’s most advanced XMC solution designed to provide a real time high-bandwidth network interface and processing module for next generation signal intelligence systems. More >

  • V1152 12-Port XMC FPGA Card

    The V1152 is the industry’s most dense XMC network IO solution designed to provide a real time high-bandwidth network interface and processing module for next generation signal intelligence systems. More >

  • V1153 12-Port Rugged XMC FPGA Card

    The V1153 is designed for rugged high-bandwidth networking and interface applications. The V1153 supports 12 full-duplex optical ports operating at up to 25Gb/s per port over a -40 to +85C temperature range. This VITA 20 compliant XMC module can provide high-density interface offload and data processing capabilities in a rugged, low SWaP package. More >

  • V1141 Quad-Port PMC/XMC FPGA Card

    The V1141 is the lowest power and most secure programmable networking card available. This PMC/XMC solution is designed to provide real time high-bandwidth network interfaces in a secure and lower power architecture. More >

  • V1142 Quad-Port 1394b-AS5643 XMC FPGA Card

    The V1142 provides the industry's only completely FPGA-based 1394b-AS5643 interface solution in a PMC/XMC form factor. More >

  • V1144 12-Port 1394b-AS5643 XMC FPGA Card

    The V1144 provides the industry's highest density 1394b-AS5643 test and development card with 12 front-panel transformer-coupled 1394b ports. More >

  • V1146 9-Port 1394b-AS5643 XMC FPGA Card

    The V1146 is the perfect solution for rugged and high density 1394b applications where backplane IO is desired. More >

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