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    Adhoc BI-TB for BST master and receiver

    → Europe/Zurich
    866/1-A04 (CERN)

    866/1-A04

    CERN

    15
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    TTC and/or white-rabbit as transmission protocol

    • Final choice not yet made (WR will provide more options but will require more work)
    • BE-CO to estimate the jitter performance for WR (TTC gives ~100 psec)

    BST master hardware and firmware

    • A new master module could be implemented based on the new 'SVEC carrier'
    • A detailed study of requirements is needed during 2019
    • Optical fibre from SPS BA3 to CCR has been requested (used with existing CTG-BST)

    BOBR replacement with BI specific requirements (hardware and firmware)

    • Work on-going for RF (SPS low-level) expected for Summer 2019
    • Priority for BE-BI to not rely on BOBR after LS3 (major systems on DAB until LS4)
      • Will require ~100 modules (BPM/BLM)

    Plans for moving on from where we are now (lab / SPS / LHC)

    • Update for BST receiver expected during 2019
    • Decision whether to combine MTG and BST to be made (BE-CO - G. Kruk) (consolidation request)
    • Javier proposes to use VFC-HD for decoding WR stream to recover turn and bunch clocks. Hope to start towards Q3/2020. This is the use-case where no BOBR replacement is required
    There are minutes attached to this event. Show them.
      • 14:00 → 14:30
        BST master and BOBR replacement 30m

        TTC or white-rabbit as transmission protocol
        BST master hardware and firmware
        BOBR replacement with BI specific requirements
        Plans for future

        Speaker: Javier Serrano (CERN)
      • 14:30 → 15:00
        Next steps 30m