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CAN in Space workshop

14–16 Jun 2017
Europe/Rome timezone

Secretariat

Session

CAN and Microcontrollers

16 Jun 2017, 09:40

Conveners

CAN and Microcontrollers: Building Blocks for CAN

  • Marco Rovatti (ESA-ESTEC)

Description

Components and other BB for CAn

Presentation materials

There are no materials yet.

  1. 4. CAN for space by Microchip/Atmel
    Mr Nicolas Ganry (ATMEL/Microchip)
    16/06/2017, 09:40
    The talk will deal with the CAN protocol presentation, the CAN bus native securities for space and the Microchip /Atmel CAN for space.
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  2. 10. Rad Tolerant CAN ARM M0+ Microcontroller form Cobham Semiconductor Solutions-Aeroflex
    Mrs Gonsalves Elaine (Cobham)
    16/06/2017, 10:10
  3. 6. Highly versatile PicoSkyFT soft-core microcontroller for CAN based distributed system
    Mr Dejan Gacnik (SkyLabs d.o.o.)
    16/06/2017, 11:10
    Autonomous functionality, versatile design, high interoperability between units and shorter time to market are the key aspects of distributed architectural approach. A solution for such highly integrated and distributed design is presented, with basic concept of reusing building blocks on a unit level. Basic building block is represented by flexible and highly configurable, radiation hardened...
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  4. 11. GR716 uC from Cobham-Gaisler
    Mr Sandi Habinc (Aeroflex Gaisler AB)
    16/06/2017, 11:40
  5. 20. Control Loop Processor – A deterministic processor with CAN support
    Mr Jean-Brieuc Feron (SABCA), Mr Marco Ruiz (SABCA)
    16/06/2017, 12:10
    For its motor control applications for space vehicles, SABCA developed with ESA support the last member of its processor family : the Control Loop Processor. This deterministic processor is now available for the European space and non-space markets. With its high throughput & precision arithmetic capability, its radiation- & fault-tolerant capability and (between other) its CAN bus...
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  6. 8. Open source implementation of ECSS-CAN Bus Extension Protocol for CubeSats
    Mr Artur Scholz (ESOC)
    16/06/2017, 12:35
    With the ever growing capabilities of FPGAs and microcontrollers, spacecraft systems are evolving from centralized architectures with a single main processing unit to decentralized layouts composed of multiple intelligent nodes. The backbone of this development is the command and control bus that interconnects these units. In this talk we present the details and results of a prototype...
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