Bright Ascension provide software support for RH-OBC-1
The Onboard Computer (OBC) has been designed as a plug-and-play component for CubeSats orbiting in high radiation environments.
Radiation hardening of components allows Cubestats to orbit further from the Earth than a traditional mission as it mitigates the disruptive effects of radiation on electrical components.
The RH-OBC-1 is now supported by Bright Ascension’s Flight Software Development Kit (FSDK). The FSDK allows users to build flight software out of pre-existing and pre-validated components to create a flight software package which is tailored to the exact requirements of each unique mission.
Ross Bannatyne from VORAGO Technologies commented: “We are looking forward to offering this advanced capability to our customers and we are always looking for ways to provide more value to our customers. Having Bright Ascension support for the RH-OBC-1 allows our customers to focus more energy on the mission at hand, rather than worrying about integration and compatibility issues”.
Integrating radiation-hardened components allows CubeSats to operate further from the Earth as the components are designed to mitigate the effects of radiation which can disrupt operation or destroy CMOS semiconductors.
The RH-OBC-1 incorporates ICs and circuits that are designed to operate in environments of extreme radiation. The OBC is based upon the VORAGO Technologies VA10820 ARM® Cortex®-M0 microcontroller, a radiation-hardened low-power device that supported with the ARM development ecosystem and is gaining popularity in many CubeSat designs.
