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SpaceFibre ECSS Standard Update

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Presentation on theme: "SpaceFibre ECSS Standard Update"— Presentation transcript:

1 SpaceFibre ECSS Standard Update
Steve Parkes, STAR-Dundee & University of Dundee ECSS SpaceFibre Working Group Members

2 Contents SpaceFibre standard update Contributors Very latest
Next steps

3 ECSS Standard

4 Management Information Base
Physical Layer User Application Lane Layer Data Link Layer Network Layer Data & Control Words SerDes Driver/Receiver Cables Connectors Link operation Flow control Quality of service Link error recovery Nodes Routers and routing Message broadcast Packet definition Packets Broadcast Messages Lane initialisation Encoding of data & control words Symbol & word synchronisation Management Information Base Parameters Multi-Lane Layer Lane Control Lane Capabilities Lane coordination Lane failure recovery TX Symbols RX Symbols N-Chars & Fills Physical Control Status Link Reset Number of Sending Lanes Lane State

5 Management Information Base
User Application Broadcast Messages Broadcast Messages Parameters Packets Packets Nodes Routers and routing Message broadcast Packet definition Network Layer N-Chars & Fills Broadcast Messages N-Chars & Fills Broadcast Messages Current Time-Slot Link operation Flow control Quality of service Link error recovery Data Link Layer Data & Control Words Data & Control Words Management Information Base Lane Control Lane Capabilities Lane State Lane initialisation Encoding of data & control words Symbol & word synchronisation Lane Layer Physical Control RX 10-bit parallel data Physical Status TX Symbols SerDes Driver/Receiver Cables Connectors Physical Layer

6 Management Information Base
User Application Broadcast Messages Broadcast Messages Parameters Packets Packets Nodes Routers and routing Message broadcast Packet definition Network Layer N-Chars & Fills Broadcast Messages N-Chars & Fills Broadcast Messages Current Time-Slot Link operation Flow control Quality of service Link error recovery Data Link Layer Data & Control Words Data & Control Words Link Reset Lane Capabilities Management Information Base Lane coordination Lane failure recovery Multi-Lane Layer Data & Control Words Data & Control Words Lane Control Lane Capabilities Lane State Lane initialisation Encoding of data & control words Symbol & word synchronisation Lane Layer Physical Control RX 10-bit parallel data Physical Status TX Symbols SerDes Driver/Receiver Cables Connectors Physical Layer

7 “Transaction” Layer Planned to work on an associated standard document
To define higher layer protocols E.g. broadcast messages

8 SpaceFibre Standard ECSS-E-ST-50-11C Ready for public review Pending today’s discussion

9 SpaceFibre ECSS Working Group
Convenor: Dirk Turnes, ESA Formerly Martin Suess, ESA and Johannes Both, ESA Editor: Steve Parkes, University of Dundee Working group members Aurelien Toussaint, Airbus DS Antonis Tavoularis, Teletel Brice Dellandrea, Thales Alenia Space Daniele Davalle, University of Pisa Felix Siegle, Cobham Gaisler Matthias Gruenefeld, OHB Paul Rastetter, Airbus DS Torbjorn Hult, Ruag

10 Early interoperability testing NEC & Melco

11

12 SpaceWire-RT (EU Framework 7)

13 SpaceWire-RT Team

14 Very High Speed Serial Interface (EU)

15

16 SpaceFibre Demonstration (ESA)

17 Others Several other have provided important inputs Fibre Optics
NASA GSFC Fibre Optics Ron Logan, Glenair Iain McKenzie, ESA Charlotte Bringer, ESA Karppinen Mikko, VTT Vincent FOUCAL, Radiall And several others

18 Principal Contributors
Albert Ferrer Alberto Gonzalez Chris McClements

19 Very Latest

20 Latest SpaceFibre ASIC
64 core DSP processor 6x SpaceWire Links 12x SpaceFibre Links

21 Ramon Chips RC64 Under Test
“Both SpaceWire and SpaceFibre interfaces are working great!”

22 RC Test Board with 10x SpFi

23 Conclusions SpaceFibre Standard SpaceFibre Technology Next steps
Discuss today Pass to ECSS Secretariat to prepare for public review Already been reviewed several times by ECSS Secretariat Comments will then be processed and standard published SpaceFibre Technology Already designed and being designed into Radiation tolerant FPGAs Radiation tolerant ASICs First flight equipment First missions Being integrated in other standards VITA 78.0 SpaceVPX VITA 78.1 SpaceVPX-Lite International

24 Acknowledgements The research leading to these results has received funding from The UK CEOI-ST under University of Leicester contract number: RP10G0348A02 The European Space Agency under ESA contract numbers: 17938/03/NL/LvH - SpaceFibre SpaceFibre Demonstrator The European Union Seventh Framework Programme (FP7/ ) under grant agreement numbers SpaceWire-RT (SpaceFibre QoS) SpaceFibre-HSSI (VHiSSI chip)

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