Command & Control

Onboard Computer (OBC)

Flight-proven, efficient and robust computer for your mission

this cubesat module has flight heritage
this cubesat module is featured in NASA state of the art report
cubesat-onboard-computer-obc-endurosat

Flight-proven, efficient and robust computer for your mission

2Xhigher radiation
resilience
60%more
efficient
ADCSready sensors
and drivers

Power-saving mode for up to 60% lower power consumption than industry average

cubesat-obc-onboard-computer-endurosat-power-saving

Power efficiency

Our OBC: 60% better

INDUSTRY AVERAGE

Reliable data handling and avionics for up to 5 years in LEO

Radiation-tested at 40 krad total ionizing dose (TID)

cubesat-onboard-computer-obc-endurosat

Applications

Secure data handling and operations iconSecure Data Handling and Operations
Avionics and Attitude/Orbital determination iconAvionics and GNC
Payload operations iconPayload Operations

ADCS-ready magnetorquer and sensor drivers

cubesat-obc-onboard-computer-endurosat-features

Features

Processor ARM Cortex M7
Program Memory Size 2 MB
SRAM 1 MB
Card Slot MicroSD
External FRAM memory 8 Mbit
Compatibility Full set of drivers for EnduroSat modules
Double-redundancy 3-axis magnetometer
Clock Type Real Time Clock
Power saving Flexible frequency
Mass 130 g
Interfaces 4x RS-485, 2x RS-422, 3x UART, 2x I2C, SPI, USB, CAN

Up to 32 GB secure onboard memory

cubesat-obc-onboard-computer-endurosat-included

Included

user manual book icon Complete User Manual
included cables icon USB cable
included custom cables icon JTAG and debugging cables (with SDK)
customer support icon 5h engineering support
delivery cost icon Delivery cost
handling and administration costs icon Handling and administration costs