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EMU SX5 Slice Test Status

EMU SX5 Slice Test Status. Frank Geurts FNAL. EMU Commissioning. This is Phase III “DAQ meets Detector” Transition from individual component testing to a full system FAST site testing to CMS-EMU integration EMU Beam Tests (no more!) EMU Slice Test precursor to CMS Slice Test

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EMU SX5 Slice Test Status

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  1. EMU SX5 Slice Test Status Frank Geurts FNAL

  2. EMU Commissioning • This is Phase III • “DAQ meets Detector” • Transition from individual component testing to a full system • FAST site testing to CMS-EMU integration • EMU Beam Tests (no more!) • EMU Slice Test precursor to CMS Slice Test • Parallel trajectories in Phase III: • EMU Slice Test • Peripheral Crate commissioning • set up a testing facility for fully loaded Peripheral Crates (à la FAST site testing) • Commonality: prepare/integrate on- and off-chamber electronics for CMS operation • Towards Phase IV: full EMU system using FED crates 34th EMU CERN Group Meeting - F.Geurts

  3. configure have a consistent collection of tools that allows integration in the CMS framework read out make sure our DAQ continues to be ready for CMS include final FED electronics 18 chambers … two stations of one trigger sector (e.g. station 2 and 3) 3 stations each with 6 chambers (20°/40° sector) up to 6 stations with 20° sectors self-triggering include TrackFinder and TTC in the set-up do we need scintillators? cosmics low rate, especially considering the vertical mount trigger logic expects either IP or accelerator muons should we change this? The EMU Slice Test “configure and read out 18 chambers in various configurations, and self-triggering on cosmics” 34th EMU CERN Group Meeting - F.Geurts

  4. EMU Equipment (I) • 18 chambers means: • 18 TMBs and 18 DMBs • at least 2 peripheral crates • 2 x {CCB, MPC, VME backplane, VME controller} • 3 stations means: • at least 3 peripheral crates • for the (very) near future we can live with one crate hosting stations 2 and 3 • besides, we don’t have 18 DMBs and TMBs, yet! • 18 chambers also means: • services (gas + LV + HV) for 18 chambers • needs some planning & coordination 34th EMU CERN Group Meeting - F.Geurts

  5. EMU Equipment (II) • Peripheral Crate Electronics (ex. modules) • VME controller choices: • dynatem: D360 used so far • replacement: no prototype available, yet • peripheral back-plane choices: • newest version, first time tested at Fall’04 TB • special PS needs (regulator, cooling, …) • not-so-new version, repeatedly tested at Summer & Fall TBs • no special PS or cooling needs, use std. PS and cooling • 9U crate choices • official Peripheral Crate • assumes latest backplane and LV (water cooling required) • perfectly fits two in one mini-rack • standard VME crate (Wiener 6021) • comes with LV and cooling • sticks out ~20cm in the mini-rack, also only one is likely to fit 34th EMU CERN Group Meeting - F.Geurts

  6. EMU Equipment (III) • Trigger electronics • TTC • 6U VME crate, VME controller • TTCvi, TTCvx (or TTCex) • LTC? Would be nice. • TrackFinder • 9U VME crate, and VME controller • SP, TF backplane, and specially prepared CCB • DDU? MS? Not really. 34th EMU CERN Group Meeting - F.Geurts

  7. EMU Equipment (IV) • DAQ electronics • ultimate FED solution • 9u crate, FED backplane, VME Controller(?) • at least 2 DDUs, DCC • PC with optical Gbit and/or S-Link • short term solution • use old DDU (max. 15 inputs, give or take a few bad inputs) • hosted in the peripheral crate • daq-pc • “same old, same old”: dual Xeon used at the 2004 TBs • 4U rack mount 34th EMU CERN Group Meeting - F.Geurts

  8. What do we have (I) [see http://cern.ch/EmuSliceTest for the latest update] • Enough chambers to choose from! • Guided by availability of services (LV, HV and gas) • Concentrate EMU tests (e.g. DCS) • clear presence should protect us against recent disk-move catastrophes • Original plan: keep close to the DAQ room, i.e. YE- side • In the end, EMU Slice Test should not care on what chambers are to be used • well, initially maybe limit ourselves to the lower sectors 34th EMU CERN Group Meeting - F.Geurts

  9. What do we have (II) • off-chamber peripheral electronics • 4 TMB2004s and 3 DMBs • 2 CCB04s • D360 VME controller • one on loan (as of Nov.30) • two new ones ordered (Nov.23) • VME back plane • two (previous) production-type backplanes (Nov.23) • one old prototype backplane (as of Dec.1) 34th EMU CERN Group Meeting - F.Geurts

  10. What do we have (III) • TTC electronics • TTCvi/vx/ex • none available, may become a problem • VME controller • CAEN V1718 on loan from E-Pool • two CAEN V2718 will be ordered in December • VME 6u crate • not available, yet 34th EMU CERN Group Meeting - F.Geurts

  11. What do we have (IV) • TrackFinder electronics • 1 SectorProcessor and 1 TF-prepared CCB • TrackFinder VME back-plane • SP and back-plane currently in use at the electronics lab of the Vienna group in Bldg.40 • VME controller • see previous TTC remarks • VME 9u crate • not available, yet 34th EMU CERN Group Meeting - F.Geurts

  12. What do we have (V) • DAQ electronics • 1 old prototype DDU • takes up to 15 DMBs (minus 2 or 3 dead channels) • in peripheral crate • DAQ-PC (dual Xeon) • Gbit read-out of the DDU • control of the Peripheral Crate • control of the TTC/TF crates 34th EMU CERN Group Meeting - F.Geurts

  13. What’s next? • set-up one crate with maximum 3 chambers • hook up to DAQ PC and DDU • test timing and other (FAST-site adopted) software tools • work on trigger: • source • scintillator or self-trigger • path • input through TTC or CCB front panel • equipment • TTCvi/vx availability • include chamber from the other station • set up TrackFinder electronics 34th EMU CERN Group Meeting - F.Geurts

  14. What’s next ? (II) • Whenever more off-chamber electronics comes available and more CSCs are available with full services: ADD MORE! • Whenever, whatever newer hardware comes available (vme controller, backplane, etc.): OUT WITH THE OLD, IN WITH THE NEW! • Whenever something works, REPEAT IT preferably somewhere else. 34th EMU CERN Group Meeting - F.Geurts

  15. Summary • EMU Slice Testing has begun • FAST site testing days are over … • and electronics needs to become available for Slice Test • Lack of TTC electronics will become a problem • Slice Test at SX5 will be the prime location of EMU (DAQ) code development and validation • translation of FAST site software • continuous maintenance of XDAQ interfaces • XDAQ v3 is on its way • Slice Test set-up will be very dynamic • expand and change the configuration often • dynamic environment (moving disks!) 34th EMU CERN Group Meeting - F.Geurts

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