Rideshare on a CubeSat
Spacemanic
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MA61C CubeSat Board is a Command and Data Handling unit which can also host the on-board software.
MA61C (Multipurpose Adapter Generic Interface Connector) is the first satellite subsystem adapter with plug-and-play functionality that allows connecting any satellite subsystem with the main on board computer without installing any additional software or adapting hardware connectors.
MA61C automatically adapts between the communication interfaces and protocol standards of different suppliers to the unique standard of the onboard software. This simplifies the communication between the onboard software and its subsystems such as AOCS sensors and actuators, communication, power and payload.
MA61C supports subsystems electronic datasheets and space interfaces. The drivers database held internally allow for plug and play functionalities such as device recognition, self configuration and driver installation.
MA61C CubeSat Board supports a variety of interfaces, which are all connected through the PC/104 standard: SpaceWire, I2C, SPI, CAN, RS422, RS485, RS232 and GPIO.
By integrating with MA61C, users streamline the entire SmallSat lifecycle, from design and supply chain management to system integration, accelerating time to space.
Applications
SPiN’s MA61C plug-and-play data node enables seamless satellite integration across diverse applications, reducing costs and development time while enhancing flexibility. Applications include Earth observation, telecommunications, scientific missions, in-orbit demonstration and technology validation, and hosted payload scenarios.
Additionally, MA61C supports advanced avionics integration, as demonstrated in collaboration with Atmos Space Cargo, where it facilitates the integration and control of avionics subsystems, optimizing system performance and reducing development complexity.
With compatibility across CubeSats, small satellites, and larger spacecraft, MA61C provides a versatile, scalable solution for commercial, governmental, and research missions, driving innovation in satellite manufacturing and operations.
Flight heritage
SPiN’s MA61C has a proven track record in orbit, demonstrating its reliability and versatility across multiple missions:
- SPiN-1 (2022): First in-orbit demonstration of MA61C onboard a CubeSat, successfully validating its plug-and-play integration capabilities.
- 2025 Missions:
- Atmos Space Cargo: Two MA61C boards integrated as avionics subsystem controllers onboard their space capsule.
- Auriga IOD Mission: MA61C enabling the integration of Sodern’s payload for a dedicated in-orbit demonstration.
- SPiN-2 Mission: Hosting and integrating payloads from ARCA dynamics and LIST, showcasing MA61C’s ability to support multi-payload configurations.
Manufacturing
SPiN’s MA61C is manufactured through a trusted external subcontractor, ensuring high-quality production with space-grade materials and components. This approach guarantees compliance with industry standards while maintaining flexibility for customization and scalability.
Key aspects of MA61C manufacturing:
- Space-Grade Components
- Quality Assurance & Testing
- Internal Patents
- Scalable Production
| Parameter | Value |
|---|---|
| Processor | >GR712RC dual-core 32-bit LEON3 fault-tolerant |
| Processor | >SPARC V8 processor 50 MHz clock frequencies |
| Dimensions | 95.89 x 90.17 mm |
| Mass | 150 g |
| Onboard memory | SRAM - 2 x 16Mbit |
| Onboard memory | SDRAM - 1 x 3Gbit |
| Onboard memory | FLASH - 64Mbit |
| Operating Temperature Range | -40C to 85C |
| Quality Standard | IPC-3 standards |
| Interface | SpaceWire |
| Interface | CAN-bus |
| Interface | RS232 |
| Interface | RS422 |
| Interface | RS485 |
| Interface | I2C Master |
| Interface | SPI |
| Interface | GPIO |
| Interface | PWM |
| Interface | UART (3.3v TTL level) |
- SPiN-1 (2022): First in-orbit demonstration of MA61C onboard a CubeSat, successfully validating its plug-and-play integration capabilities.
- 2025 Missions:
- Atmos Space Cargo: Two MA61C boards integrated as avionics subsystem controllers onboard their space capsule.
- Auriga IOD Mission: MA61C enabling the integration of Sodern’s payload for a dedicated in-orbit demonstration.
- SPiN-2 Mission: Hosting and integrating payloads from ARCA dynamics and LIST, showcasing MA61C’s ability to support multi-payload configurations.
- Space-Grade Components
- Quality Assurance & Testing
- Internal Patents
- Scalable Production
MA61C CubeSat Board is a Command and Data Handling unit which can also host the on-board software.
MA61C (Multipurpose Adapter Generic Interface Connector) is the first satellite subsystem adapter with plug-and-play functionality that allows connecting any satellite subsystem with the main on board computer without installing any additional software or adapting hardware connectors.
MA61C automatically adapts between the communication interfaces and protocol standards of different suppliers to the unique standard of the onboard software. This simplifies the communication between the onboard software and its subsystems such as AOCS sensors and actuators, communication, power and payload.
MA61C supports subsystems electronic datasheets and space interfaces. The drivers database held internally allow for plug and play functionalities such as device recognition, self configuration and driver installation.
MA61C CubeSat Board supports a variety of interfaces, which are all connected through the PC/104 standard: SpaceWire, I2C, SPI, CAN, RS422, RS485, RS232 and GPIO.
By integrating with MA61C, users streamline the entire SmallSat lifecycle, from design and supply chain management to system integration, accelerating time to space.
Applications
SPiN’s MA61C plug-and-play data node enables seamless satellite integration across diverse applications, reducing costs and development time while enhancing flexibility. Applications include Earth observation, telecommunications, scientific missions, in-orbit demonstration and technology validation, and hosted payload scenarios.
Additionally, MA61C supports advanced avionics integration, as demonstrated in collaboration with Atmos Space Cargo, where it facilitates the integration and control of avionics subsystems, optimizing system performance and reducing development complexity.
With compatibility across CubeSats, small satellites, and larger spacecraft, MA61C provides a versatile, scalable solution for commercial, governmental, and research missions, driving innovation in satellite manufacturing and operations.
Flight heritage
SPiN’s MA61C has a proven track record in orbit, demonstrating its reliability and versatility across multiple missions:
Manufacturing
SPiN’s MA61C is manufactured through a trusted external subcontractor, ensuring high-quality production with space-grade materials and components. This approach guarantees compliance with industry standards while maintaining flexibility for customization and scalability.
Key aspects of MA61C manufacturing:
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