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Flight heritage
ITAR free

Eddie OBC

3 800 €

A flight-proven, reliable on-board computer designed for satellite CDHS and payload processing in small satellite missions.

Compact. Robust. Ready to fly.

Order now
Datasheet
CAD Model

Order Includes

  • Module with aluminium cover
  • USS Module (for testing and dev)
  • Debug Cable
  • Engineering Support: 1 hour
  • Shipping & Packaging (Hardcase)

Lead Times

12 weeks (HW)
6 months (HW+SW)

SOFTWARE SDK

Visit our Open Source repository to explore the example software project.

Flight Heritage

8+ CubeSat Missions

+ customer missions

Specifications

Operating temperature

Dimensions

Mass

Power supply
Power consumption
Operating System
On-Board Sensors
Microcontroller
Clock speeds
Memory
Interfaces (CSP v1)
-40°C to +85°C
67 x 42 x 7.5 mm
25 g
3.3 V
5 V (for CAN)
60 mW average
100 mW peak
FreeRTOS based
Gyro, accelerometer, magnetometer, temperature
MSP430
32.768 kHz (low power mode)
16 MHz (standard mode)
6×1 MiB external FRAM for data storage
1x I2C & 1x isolated I2C
1x RS485
1x UART
1x CAN
1x SPI
3x PWM
8x GPIO (4x ADC: 12-bit, 3.3V range)
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Example mounting

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