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Autonomous TM/TC Module (ATTM) based on CANopen

Programme Reference

GT27-148ED

Status

Closed

Country

Slovenia

Start Date

2023

End Date

2024

Programme: GSTP Prime Contractor: SKYLABS D.O.O.

Subcontractors:
SKYLABS D.O.O. • Slovenia

Objectives

Main goals of this project are implementation of CANopen protocol compliant with ECSS-E-ST-50-15C (ECSS specific CANopen based on CiA-301) standard on ATTM device (on-board segment), its corresponding implementation in ground software skyEGSE-GUI (user application) and skyEGSE-comm (SDR server) and adaptation of test procedures which shall assure correct behaviour of newly developed functionality.

Description

Background and justification: Because SkyLabs doesn't have complete avionics platform solution for the range of micro to small satellites (50-300 kg), interoperability with standardised protocol becomes a must, in order to enable satellite manufacturers to use equipment from different suppliers. SkyLabs identified increased number of commercial inquiries for the ATTM product, with the requirements of supporting a standardised, instead of proprietary, CAN protocol for TM/TC, in particular ECSS-E-ST-50-15C – CANbus extension protocol. Achievements and status: •Successfully implemented CANopen protocol according to ECSS-E-ST-50-15C •Successfully validated implementation with automatic tests, developed during this activity   Benefits: With switch from proprietary CAN-TS protocol to CANopen according to ECSS-E-ST-50-15C, ATTM can be used now much easier in satellites as it uses standardized protocol and it is thus interoperable with much wider range of existing avionics from various manufacturers.

• Application domain: GEN-Generic Technologies

•
Technology Domain:
1 - On-board Data Subsystems
•
Competence Domain:
3-Avionic Systems
• Initial TRL: TRL N/A • Target TRL: TRL N/A • Achieved TRL: TRL N/A

•HarmoRoadMap: N/A

•IPC Document: N/A

•Public Document:

Autonomous TM/TC Module (ATTM) based on CANopen