Processing Unit
ARM Cortex-A5
Ultra-low power with deterministic control loops, tuned for 1U-3U buses.
The CyBER OBC is a cyber-secure, Linux-based on-board computer for modern small satellite missions. It pairs redundant hardware with an open ecosystem of software to keep missions operational in harsh space environments.
Define your mission-specific hardware configuration for a tailored proposal.
Base Price (excl. Taxes/Customs)
16.310 EUR
Processing Unit
ARM Cortex-A5
Ultra-low power with deterministic control loops, tuned for 1U-3U buses.
Memory Architecture
128 MB RAM + FRAM
Mission-critical parameters persist in radiation-tolerant FRAM while applications run in protected RAM.
Fault Tolerance
Dual Cold-Redundant
Two independent compute planes with watchdog-managed failover and health telemetry.
Standard Interfaces
PC/104 Compliant
Built-in FD-CAN, SPI, I2C, UART, RS-422/485, USB Host, and Ethernet make integration painless.
The CyBER OBC runs RACCOON OS: open-source, space-optimized Linux distribution tailored for critical missions, and supports custom kernels like Linux4SAM when bespoke security policies are required.
Linux unlocks a rich driver and tooling ecosystem while our in-house security stack keeps every message authenticated, ensuring the entire flight stack stays manageable for operators.
The CyBER OBC unifies redundant hardware, open architectures, and a deterministic feature set to keep your mission data safe without sacrificing the flexibility of Linux. It scales from engineering benches to orbital flight models while staying predictable for operators.
Hardware root-of-trust keeps every boot signed, and watchdog-managed dual cold redundancy observes telemetry before stepping in.
Leverage a mature ecosystem of drivers and middleware to accelerate development while our high-assurance layers manage mission safety.
We run RACCOON OS: open-source, space-hardened Linux distribution engineered for long-term mission stability. By making the platform transparent, we enable rigorous auditing and rapid security patching.
Explore RACCOON at rccn.spaceCryptographic hardware root-of-trust for signed firmware.
Security-focused kernel with minimal attack surface.
Critical services implemented in high-assurance Rust.
FD-CAN / Eth
UART / RS-422 / RS-485
SPI / I2C
USB Host
Explore the CyBER OBC product shots. If you like to see more or need a digital fit-check model just send us a message.
Need datasheets, interface control documents, or AIT support? We bundle documentation with every configuration and provide direct engineering help for your campaign.
The CyBER OBC manual is shared after a signed NDA due to export control requirements. Fact sheets are available immediately.