23rd SpaceWire Working Group Meeting

21 Apr 2015, 14:00 → 23 Apr 2015, 18:00 Europe/Amsterdam

Einstein (ESA/ESTEC)

David Jameux (ESA), Martin Suess

Dear SpaceWire Technology Developers and Users,

The 23rd  SpaceWire Working Group Meeting will take place from Tuesday 21st of April PM to Thursday 23rd April AM, at ESA/ESTEC followed by the SpW WG Steering Committe meeting on Thursday 23rd of April PM.

1. System and Mission Requirements (Conveners D. Jameux & W. Gasti, ESA/ESTEC)

2. SpW Simulation, Test, and Verification (Convener Y. Sheynin, UoStPg/SUAI)

3. SpW Component Developments (Convener G. Magistrati, ESA/ESTEC)

4. SpaceWire Network Management (Conveners G. Rakow, NASA/GSFC, P. Mendham, Bright Ascension)

5. SpW Evolutions I – ECSS-ST-E-50-12C Rev.1 (Convener D. Jameux, ESA/ESTEC)

6. SpW for C&C (Convener C. Honvault, ESA/ESTEC)

7. SpW Evolutions II – SpaceFibre (Conveners  M. Süss, ESA/ESTEC & S. Parkes, UoD)

8. SpaceWire Conferences (Convener M. Süss, ESA/ESTEC & S. Parkes, UoD)

Tuesday, 21 April

14:00 → 14:30 Meeting #23 opening

Welcome and presentation of the meeting agenda

Conveners: Mr David Jameux (ESA/ESTEC), Mr Martin Suess (ESA/ESTEC)

14:00 Welcome

Speaker: Mr Martin Suess (ESA/ESTEC)

Slides SpW_WG_Mtg#23_-_Welcome_(M.Suess).pdf

14:30 → 15:00 System and mission requirements

This session will be dedicated to the provision of SpaceWire-related Data Handling system requirements from System Integrators and ESA mission teams.

Conveners: Mr David Jameux (ESA/ESTEC), Dr WAHIDA GASTI (TEC-EDD)

14:30 SpaceWire-based Control System Architecture for the Lightweight Advanced Robotic Arm Demonstrator (LARAD)

The Lightweight Advanced Robotic Arm Demonstrator (LARAD) is a state-of-the-art, two-meter long robotic arm for planetary surface exploration currently being developed by a UK consortium led by Airbus Defence and Space Limited under contract to the UK Space Agency (CREST-2 programme). This presentation will highlight some preliminary results of the ongoing study about the feasibility of the development and integration of a novel control system architecture for LARAD fully based on SpaceWire. The current control system architecture is based on the combination of two communication protocols, Ethernet and CAN. The new SpaceWire-based control system will allow for improved monitoring and telecommanding performance thanks to the higher communication data rate. In addition it enables the adoption of advanced control schemes potentially based on multiple vision sensors, and for the handling of sophisticated end-effectors that require fine control or high bandwidth data requirements such as science payloads or robotic hands.

Speaker: Dr Giuseppe Montano (Airbus Defence and Space Ltd)

Slides SpW_WG_Mtg#23_-_LARAD-SpW_(G.Montano).pdf

15:00 → 15:45 SpaceWire Network Management

This session will be dedicated to SpaceWire network management features and protocols such as network discovery and configuration, Electronic Data Sheets, FDIR, and SpaceWire related protocol stacks.

Conveners: Mr Glenn Rakow (NASA/GSFC), Dr Peter Mendham (Bright Ascension Ltd)

15:00 Status of the "SpaceWire FDIR (N-MaSS)" ESA/TRP activity

The ESA study project ‘Network Management Service Suite’ (N-MaSS) for Fault Detection, Isolation and Recovery (FDIR) focuses on implementation and standardisation of FDIR functions within the SpaceWire network management layer. The N-MaSS project started in 2012 and is carried out by an industrial consortium composed of Airbus Defence and Space Limited (project prime), 4Links Limited, Airbus DS GmbH and Teletel SA. The activity of the two latter partners was completed by 2013. This presentation describes the progress done over the last 12 months by Airbus Defence and Space Limited and 4Links Limited, who have been focusing on verification setup, breadboard (hardware and software) development, system verification and demonstration preparation. The verification setup is housed in a single 4U chassis and comprises all the essential elements of the system, including a redundant set of PCDUs, SMUs, PDHUs, Routing switches, and Nodes, all interconnected by SpaceWire. The full demonstration equipment will use two such 4U chassis, with additional nodes (including four nodes in a Teletel iSAFT rack-mount PC), routing switches, and cables. Software development of the FDIR Manager and the Network Configuration Tool is near to completion. The consortium plans to perform a final demonstration and complete the project within 2015.

Speakers: Dr Giuseppe Montano (Airbus Defence and Space Ltd), Mr Paul Walker (4Links Limited)

Slides SpW_WG_Mtg#23_-_Status_of_the_SpW-FDIR_(N-MaSS)_ESA_TRP_activity_(G.Montano).pdf

15:30 Advances in SpaceWire projects at ITTI

Speaker: Dr Piotr Tyczka (ITTI Sp. z o.o.)

Slides SpW_WG_Mtg#23_-_Advances_in_SpaceWire_Projects_at_ITTI_(P.Tyczka).pdf

15:45 → 16:15 Coffee break

16:15 → 17:40 SpW Evolutions II – SpaceFibre

Conveners: Mr Martin Suess (ESA/ESTEC), Prof. Steve Parkes (University of Dundee)

16:15 SpaceFibre update

Speaker: Prof. Steve Parkes (University of Dundee)

Slides SpW_WG_Mtg#23_-_SpaceFibre_update_(S.Parkes).pdf

16:30 Verification environment for a SpaceFibre CODEC compliant with the standard draft F3

The University of Pisa has been collaborating with ESA for an independent development of a SpaceFibre CODEC IP, in order to review and consolidate the standard draft F3. A complete SpaceFibre CODEC IP was implemented, verified and its interoperability has been tested with a hardware demonstrator. In this presentation, the current status of the SpaceFibre activity carried out by the University of Pisa will be reported, with a particular focus on the verification approach adopted and the main results on this topic.

Speaker: Mr Daniele Davalle (University of Pisa)

Slides SpW_WG_Mtg#23_-_Verification_environment_for_a_SpaceFibre_CODEC_compliant_with_the_standard_draft_F3_(D.Davalle).pdf

16:50 SpaceFibre for Streaming Data

Speaker: Prof. Yuriy SHEYNIN (St. Petersburg University of Airospace Instrumentation)

Slides SpW_WG_Mtg#23_-_SpaceFibre_for_Streaming_Data_(Y.Sheynin).pptx

17:20 SpaceFibre for Light Nodes

Speaker: Dr Elena Suvorova (SUAI)

Slides SpW_WG_Mtg#23_-_SpaceFibre_for_Light_Nodes_(E.Suvorova).pptx

Wednesday, 22 April

09:00 → 10:15 SpW-related components

This session will be dedicated to SpaceWire-related components: SpW End-Points (network interfaces), SpW Switches, System-on-chips, boards, units, etc.

Convener: Mr Giorgio Magistrati (ESA/Data Systems Division)

09:00 Staus of the GR718 development

Speaker: Mr Jan Andersson (Aeroflex Gaisler)

Slides SpW_WG_Mtg#23_-_GR718-Status_(J.Andersson).pdf

09:15 Status of the "SpaceWire Node IP Core" ESA/TRP activity

Speaker: Dr Antonis Tavoularis (TELETEL S.A.)

Slides SpW_WG_Mtg#23_-_Status_of_the_SpaceWire_Node_IP_Core_ESA_TRP_activity_(A.Tavoularis).pptx

09:45 DSP Processor with SpaceFibre interfaces

Speaker: Prof. Steve Parkes (University of Dundee)

Slides SpW_WG_Mtg#23_-_Many_Core_DSP_with_SpFi_interfaces_(S.Parkes).pdf

10:05 40nm Inovative semantic video processor with SpW links

Speaker: Dr Tatiana Solokhina (ELVEES RnD Center)

10:15 → 10:35 Coffee Break

10:35 → 12:40 SpW Evolutions I – ECSS-ST-E-50-12C Rev.1

This session will be dedicated to the revision of the current SpaceWire standard in support to the work of the ECSS Working Group.

Convener: Mr David Jameux (ESA/ESTEC)

10:35 Status of the SpaceWire standard revision

Speakers: Mr David Jameux (ESA/ESTEC), Prof. Steve Parkes (University of Dundee)

Slides SpW_WG_Mtg#23_-_Status_of_the_draft_revised_SpW_standard_(S.Parkes).pdf SpW_WG_Mtg#23_-_Status_of_the_SpW_standard_revision_process_(D.Jameux).pptx

10:55 The "SpW guide line" in Japan

Speaker: Prof. Masaharu Nomachi (Osaka University)

Slides SpW_WG_Mtg#23_-_SpaceWire_Sub-network_Design_Guideline_(M.Nomachi).pdf

11:10 A couple of common misunderstandings about SpaceWire

Speaker: Mr Paul Walker (4Links Limited)

Slides SpW_WG_Mtg#23_-_A_couple_of_misconceptions_about_SpaceWire_(P.Walker).pdf

11:50 Eye diagram measurements

Eye diagrams have been discussed in previous SpaceWire WG meetings and in the frame of the revision process of the ECSS-E-ST-50-12C as possible requirements for the validation of SpW implementations. Examples of Eye diagram measurements performed on two different test set-ups (one using a GR712 development board from Cobham Gaisler AB and one based on Protocol Validation System of Teletel SA) will be presented and some related issues ( oscilloscope and probe bandwidth, definition of “clock” for eye diagram on SpW, eye masks , testing of SpW at closed box….) reported. Ideas for the validation flow of the Physical layer of a generic SpW implementation will be presented

Speaker: Mr Giorgio Magistrati (ESA/Data Systems Division)

Slides SpW_WG_Mtg#23_-_Eye_Measurement_(G.Magistrati).ppt

12:40 → 14:00 Lunch Break

14:00 → 14:50 SpW Simulation, Test, and Verification

This session will be dedicated to the test, verification and simulation tools and requirements.

14:00 System Level Simulation for SpaceFibre and SpaceWire/GigaSpaceWire Developments

Speaker: Dr Elena Suvorova (SUAI)

Slides SpW_WG_Mtg#23_-_System_Level_Simulation_for_SpaceFibre_and_SpaceWire-GigaSpaceWire_Developments_(E.Suvorova).pptx

14:30 SpaceWire Time-code jitter measurements

"For synchronisation onboard spacecraft SpaceWire Time-Codes may be used. This presentation will define the accuracy of Time-Codes through a SpaceWire network comprising of a series of SpW 10x routers. The Time-Codes latency and jitter thorough the network will be characterised over a range of test situations. In addition to this the SpW 10x's latency and jitter performance will be directly compared to that of the GR718."

Speaker: Mr Ciaran Toner (ESA)

Slides SpW_WG_Mtg#23_-_SpaceWire_Time-Code_Latency_and_Jitter_(C.Toner).pptx

14:50 → 15:10 SpW for C&C

This session will be dedicated to SpW-D, support to CCSDS time distribution, and other Command & Control issues for SpaceWire.

Convener: Mr Christophe HONVAULT (ESA)

14:50 Status of the "SpW-D detailed specification and prototyping" ESA/TRP activity

Speaker: Prof. Steve Parkes (University of Dundee)

Slides SpW_WG_Mtg#23_-_Status_of_the_SpW-D_detailed_specification_&_prototyping_ESA_TRP_activity_(S.Parkes).pdf

15:10 → 15:25 SpaceWire Conferences

This session will be dedicated to the announcement of SpaceWire-related events in general and to the International SpaceWire Conference in 2016 in particular.

Convener: Mr Martin Suess (ESA/ESTEC)

15:10 SpaceWire conference in Japan in 2016

Speaker: Prof. Masaharu Nomachi (Osaka University)

Slides SpW_WG_Mtg#23_-_SpaceWire_conference_in_Japan_in_2016_(M.Nomachi).pdf

15:25 → 15:40 Meeting #23 close-out

Conveners: Mr David Jameux (ESA/ESTEC), Mr Martin Suess (ESA/ESTEC)

15:25 Meeting close-out

Speaker: Mr David Jameux (ESA/ESTEC)

Slides SpW_WG_Mtg#23_Meeting_Close-out_(D.Jameux).pptx

15:45 → 17:45 SpW WG Steering Committee meeting: Restricted to SpW WG Steering Committee members

Convener: Mr Martin Suess (ESA/ESTEC)