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July test beam DAQ status

July test beam DAQ status. Marcin Byszewski Konstantinos Ntekas. 2012 July Micromegas Test Beam Readout Schematics. micromegas (8x) X chambers. Tracker (4x) XY chambers. Tracker (4x) XY chambers. micromegas (8x) X chambers. 16x trigger LVDS. Tracker (4x) XY chambers. micromegas

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July test beam DAQ status

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  1. July test beam DAQ status Marcin Byszewski KonstantinosNtekas

  2. 2012 July Micromegas Test Beam Readout Schematics micromegas (8x) X chambers Tracker (4x) XY chambers Tracker (4x) XY chambers micromegas (8x) X chambers 16x trigger LVDS Tracker (4x) XY chambers micromegas (8x) X chambers micromegas (8x) X chambers tracker (4x) XY chambers micromegas (8x) X chambers micromegas (8x) X chambers 16x micromegas (8x) X chambers micromegas (8x) X chambers APV VMM VMM VMM1 APV AZ Adapter Card 4 x HDMI New “C-Card” BNL DAQ card Avnet LX9 ADC-Card (APV) VMM1 events FEC switch FPGA Eval Board APV25 events mmdaq PC SDC Trigger data DCS HV/LV, T-H-P External Sci TRG

  3. DAQ schematics User Client Online monitor mmdaq3-client commands C:> start C:> stop C:> configure DAQ server Configuration-files Root-file APV, VMM data Text log-file ./mmdaq3-server –config-file=./config/server.xml

  4. DAQ schematics Receiver FEC EB Online Monitor Event-ID: Trg#, TS ? FEC 1 Chip 1 UDP receiver EID EID; data EID; data EID; data data Shared memory EID; data data EID; data EID; data EID; data EID; data data EID; data Decoder Wait … UDP 1 UDP frame EQ.ID + data Chip 2 UDP 2 Event data out-of-order FEC FEC 2 Chip 3 Root writer BNL tree APV tree Decoder Unique address (channel, strip) Q, T, User data (APV) APV Decoder: ZS, x-talk

  5. TODO list DAQ - write shared data to root apv tree + bnl tree (difficult) - write current config in Tenv (intermediate) - write text log file (easy) - prepare mmdaq3 configuration files (easy) (J.V.) - prepare slow control configuration files - Configuration tool (write xml) Hardware: - prepare fast network card (Gigabit) - prepare good quality network cable Testsof decoder + EB + root writer: - prepare DAQ PC for tests (not the old one in lab, mmdaqpc2 from H6) - single fecapv data - single fecbnl data - multiple fec (bnl, apv, bnl + apv) - speed, bottlenecks? Offline - fast analysis of finished run (one-command-script) See V.P.’s slides Event browser : • Handle multiple types of raw trees (apv + bnl) (easy) • Full detector event overview (intermediate) • Overlay cluster results on raw data (difficult) Recomm : • Handle multiple types of raw trees (apv + bnl) (difficult) • Configuration files (intermediate) • filters • Clusterisation ( 0,10,20 angles) Can we use RD51’s tracker program ? Display results

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