SBC002SV

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.

Main features

• Zynq Ultrascale+ based SpaceVPX SBC
• Support for Linux, RTEMS and FreeRTOS
• TCP/IP off the shelve (optional)
• ML/AI framework available
• ITAR free
• Tolerant to SEE in logic and data storage
• Plug and Play when paired with other Novo Space products
• Built in supervision and event recovery (FDIR software available)

Downloads

• Datasheet Download
• CAD Model Download

SPECIFICATIONS

• Main device: Xilinx® Zynq UltraScale+™
• Storage: 2 fully independent 128MBytes NOR Flash banks (256 Mbytes total)
• Dimensions: SpaceVPX 3U-160-1" ready (Module Envelope: 100 mm x 160 mm x 25.4 mm)
• Operating systems: Linux, RTEMS and FreeRTOS

ECOSYSTEM

We provide a suite of IP cores to achieve the systems full potential while allowing faster developing cycles.

FMC daughterboards offer flexibility to add mission specific hardware to the system. Constraining the engineering to the daughter card minimizes effort, time, and risk. Application-specific FMC boards include:

• Solid-State Memory
• High-performance ADC or DAC
• High-throughput interfaces like Camera Link® and SpaceWire.
• Low-speed control interfaces like MIL-STD-1553-B, UART, CAN, and more.
• Ad-hoc application-specific cards

Check our FMC daughter cards offering for more information.

We also provide a dev kit to accelerate software development on our boards and heatsinks and shielding.

APPLICATIONS

• Avionics and Payload subsystems
• Signal processing
• Computer vision and AI

Related products

DEVKIT-SBC-001
Dev Kits
and 1 more tag
Novo Space development kit allows immediate access to the hardware. This kit enables software development to start months before having the backplane ready.
This setup supports several configurations and connections, which enables SBCs to be configured as a controller or a payload profile, and interconnect them easily.
The complete kit is intended to test interfaces, display power consumption, and have an easy and quick way to interact with the hardware.
The Dev kit consists of several boards and tools working together:

SUP005AX - Raspberry Pi cape: sits on the RPi header and exposes all signals to regular connectors - B01901AV - Backplane breakout: connects the RPI to SBCs, control its power, and interfaces

• NOVAPI - software platform to program and interact with the hardware
• Power dashboard - displays power consumption of the SpaceVPX and FMC cards connected to the breakout board

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.

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.

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.

Backplanes
VPX Ecosystem
Novo Space offers custom and off-the-shelf backplanes in single-string and dual-string topologies.
Novo's cross-strapped high-throughput backplanes are optimized for bandwidth and reliability.

MMU002SF
Communications
and 2 more tags
The MMU002SF Mass Memory Unit (MMU) is an FPGA Mezzanine Card (FMC) that offers up to 573 GB of SLC NAND raw memory, organized in three independent banks of 191 GB each.
In addition to storage, the MMU002SF provides configurable interfaces for external communications through a front connector.
The card is compatible with a High Performance (HP) FMC slot using 1.2V I/O for the main interface.
This FMC is part of Novo Space’s ecosystem and can be used in combination with any of our SBCs.