Other IO Cards

Other IO Cards

High Performance

Input/Output

Under Development

The IO cards are used to connect single or dual string external devices to the VPX subsystem. We have a variety of designs providing different combinations and quantities of the following interfaces:

Related products

SBC003SV
SBC
and 2 more tags
This single board computer is ideal for low power applications. Its main device is a Smartfusion2 from Microsemi, a System on Chip (SOC) that supports a Microcontroller subsystem (including an M3 microcontroller, DDR controller and other peripherals) as well as FPGA fabric in the same device. The inclusion of both a hard microcontroller subsystem as well as a soft FPGA fabric enables great flexibility an essential part of Novo Space's DNA. These FPGA fabric allows software defined architectures and IOs, allowing the support of multiple options for FPGA Mezzanine Cards (FMCs) as well as IO to the backplane.
This is the ideal platform for implementing machine learning using TensorFlow and PyTorch directly on FPGA fabric without modification while keeping a low power consumption.](/content/products/sbc003sv/index.html)

SBC002SV
SBC
and 3 more tags
The SBC002SV is a high performance single board computer compatible with the Vita 78 SpaceVPX standard.
The main device is a Zynq Ultrascale+ with a 4 GBytes ECC protected DDR3 SDRAM.
A VITA 57.1 FMC connector allows to extend its capabilities with any compatible FMC board.
This is our ideal platform for implementing machine learning using TensorFlow and PyTorch directly on FPGA fabric without modification while keeping a low power consumption.](/content/products/sbc002sv/index.html)

IOE001SV
Input/Output
and 3 more tags
The IOE001SV is a cost-effective I/O expansion card designed for systems that need more interfaces.
The board includes a PolarFire FPGA and a built-in FPGA IP core to serialize and deserialize the FMC signals routed through the VPX backplane.
The lightweight design, low cost, minimalist design, and high radiation tolerance of the PolarFire FPGA make it ideal for increasing I/O capabilities in high-reliability applications.
This product is compliant with the VITA 78 SpaceVPX standard.](/content/products/ioe001sv/index.html)

SBC004SV
SBC
and 4 more tags
The SBC004SV is a single-board computer compliant with the VITA 78 SpaceVPX standard. It operates as a Payload Module and includes an FMC interface for I/O expansion and customization.
It features an AMD/Xilinx Versal ACAP with 8 GB/16 GB of ECC-protected DDR4 on a 72-bit bus and 1 Gb NOR flash for configuration and firmware. The board also integrates two 1 Tb TLC NAND flash devices accessible from the Versal SoC.
A Microchip PolarFire FPGA serves as the system controller, providing platform management, health monitoring, and fault recovery. It includes 4 GB of ECC-protected DDR4 and three 1 Gb NOR flash devices for configuration, firmware, and user data. The controller also supports user-defined logic and I/O for low-power auxiliary processing.](/content/products/sbc004sv/index.html)

SBC005SV
SBC
and 3 more tags
The SBC005SV is a general-purpose unit compatible with the Vita 78 SpaceVPX standard. The design supports operation as System Controller or Payload as defined in the SpaceVPX standard.
The SBC005SV includes a PolarFire FPGA with 2GB of ECC protected DDR3 SDRAM. There are also up to 128 MBytes of triple modular redundant non-volatile NOR memory and 32 GBytes BOL of raw SLC NAND memory for the file system (ECC protection optional). The triple redundant NOR memory provides safe storage for the application software and operating system when a softcore processor, such as RISCV, LEON is used.
The DDR3 memory can function as a buffer to store data transferred between the high-speed SpaceVPX interface and the FMC interface.](/content/products/sbc005sv/index.html)

Custom FMC Designs
Input/Output
and 1 more tag
Most systems need custom input output capabilities, the FMC card is an ideal place because most of the complexity remains on the SpaceVPX board.
Novo Space can help clients leveraging its expertise in designing, developing and integrating custom rad-tolerant FMCs, in a fast and efficient way.
Please contact us to design the FMC board you need.](/content/products/custom-fmc-designs/index.html)