01 Platform

One adapter. Every interface.

MA61C is the intelligent data node that turns a satellite into a modular system: it recognises each subsystem, configures itself, and speaks whatever protocol the supplier chose.

Processor
GR712RC dual-core 32-bit LEON3-FT SPARC V8
Variants
CubeSat · SmallSat · cPCI · EGSE
Heritage
SPiN-1 · PHOENIX 1 · SPiN-2
MA61C intelligent data node

At a glance

  • 01 GR712RC dual-core 32-bit LEON3-FT SPARC V8 processor
  • 02 Onboard software Runs the spacecraft software on the same node
  • 03 Plug and play Device recognition and self-configuration
  • 04 Embedded driver database No driver install on the host side
  • 05 Routing and converting Protocol translation between suppliers
  • 06 Data buffering Bus monitoring and store-and-forward

The detail

Six questions, answered plainly.

MA61C is not a standard. It is the layer that makes standards irrelevant to the integrator — one interface to the onboard computer, whichever supplier the subsystem came from.

Exploded view of a modular CubeSat stack
The modular stack the Drag & Drop tool models.
01 What is MA61C?

The Multipurpose Adapter Generic Interface Connector is an intelligent, plug-and-play Command and Data Handling (C&DH) system. It integrates multiple subsystems with the satellite’s onboard software: AOCS sensors and actuators, communications, power, payloads.

02 What does it do?

It removes manual configuration and driver installation. MA61C adapts the interface and protocol standards of different suppliers to the onboard computer’s own standard, and lets several subsystems connect to one computer.

03 How does it work?

MA61C holds a database of drivers. That enables device recognition, self-configuration and driver installation. It scans connections, detects incoming data, routes and converts it between interfaces, monitors the bus and forwards it over USB.

04 What is inside?

The core is a GR712RC dual-core LEON3-FT SPARC V8 processor with multiple bidirectional interfaces and an oscillator-based timer. 64 Mbit of SRAM and 64 Mbit of FLASH hold the onboard software, drivers and data.

05 How is it programmed?

An API commands and monitors units connected to the onboard computer or, over USB, to a PC. The package includes a Windows GUI for monitoring and commanding connected subsystems without writing code.

06 What is in the box?

The MA61C adapter, a USB stick with the Windows API and GUI, and the manuals.

Choose your version

Three units, one behaviour.

Connect every subsystem in a plug-and-play fashion through the interfaces your platform already uses — without losing time or money on integration.

MA61C CubeSat render

MA61C CubeSat

A command and data handling unit that can also host the onboard software.

Every interface connects through the PC/104 standard. Integrate with MA61C and you streamline the whole CubeSat lifecycle — design, supply chain, system integration — and shorten the path to space.

  • SpaceWire
  • I²C
  • SPI
  • CAN
  • RS422
  • RS485
  • RS232
  • GPIO
How it integrates
MA61C SmallSat render

MA61C SmallSat

The same plug-and-play core, built for larger platforms and MIL-STD-1553 buses.

MA61C SmallSat carries the interface set small satellites actually use, with the same embedded driver database and self-configuration behaviour as the CubeSat unit.

  • SpaceWire
  • MIL-STD-1553
  • I²C
  • SPI
  • CAN
  • RS422
  • RS485
  • GPIO
How it integrates
MA61C cPCI render

MA61C cPCI

Intelligent plug and play for a cPCI serial space processing unit.

SPiN is one of the first companies to build a commercial product for cPCI serial space — the backplane chosen by ESA and the European Commission as the next generation for upcoming Copernicus missions.

  • SpaceWire
  • I²C
  • CAN
  • RS422
  • RS232
  • MIL-STD-1553B
  • GPIO
How it integrates

In the box

Adapter, API, GUI, manuals.

The MA61C package ships with a Windows API and graphical interface for commanding and monitoring connected subsystems. Write software against the API, or use the GUI on the bench.

  • MA61C adapterCubeSat, SmallSat or cPCI
  • APICommand and monitor every connected unit
  • GUIWindows, no code required on the bench
  • ManualsIntegration and driver documentation

Next step

Bring modularity to your next mission.

Tell us what you are building. We will tell you which MA61C variant fits, what it changes in your schedule, and where the integration work actually goes.