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Key highlights

Featuring a state-of-the-art Vorago Technologies radiation-hardened MCU, NOVI’s SPC30 OBC is a highly-optimized, low-SWaP, semi-customizable spacecraft electronic control and interface module (SECIM).

By leveraging Vorago’s MCU and other rad-hard components, the SPC30 offers radiation performance suitable for missions to GEO, cis-lunar, and beyond. The SPC30 is powerful enough to be used as a primary computer, or as a supervisor for the main processor and other spacecraft systems.

Flexible IO options enable interfacing with spacecraft bus components and payloads to perform a full range of monitoring and command and data-handling (CD&H) tasks.

Key features

Performance
- 100 MHz ARM® Cortex®-M4
- Embedded rad-hard FRAM
- Up to 16 MB rad-hard dynamic MRAM
- Up to 1 GB rad-hard storage MRAM
Platform Support
- Development kit with example software and drivers
- FreeRTOS™ support
- Ground support equipment (GSE) with power supply and breakout
Highly customizable and reconfigurable with:
- High-speed interfaces:
  - 100BASE-TX ethernet
  - SpaceWire
- Low-speed interfaces:
  - RS-422
  - UART
  - CAN
  - I2C
  - SPI
- Analog inputs and outputs
- Optional PC-104/CubeSat
  KitTM Header
Radiation Tolerance
- SEL: 75 MeV·cm ^2/mg
- TID 150 krad(Si)
- ECC protection on all memory interfaces
- Fully characterized SEU performance
Power
- Single 5V input
- Low-power mode: <750 mW
Mechanical
- 93 mm x 60 mm x 12 mm
- Optional PC-104 form factor
- Customizable mounting
  options and form factor

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Last updated: 2025-07-23

NOVI Space, Inc.