July test beam DAQ status

Marcin ByszewskiKonstantinos Ntekas

Tracker(4x) XY chambers

Tracker(4x) XY chambers

Tracker(4x) XY chambers

tracker(4x) XY chambers

FPGAEval Board

External Sci TRG

A P V

APV

16x trigger LVDS

micromegas(8x) X

chambersVMM

VMM

micromegas(8x) X

chambers

micromegas(8x) X

chambers

micromegas(8x) X

chambers

micromegas(8x) X

chambers

micromegas(8x) X

chambers

micromegas(8x) X

chambers

micromegas(8x) X

chambers

4 x HDMI

ADC-Card(APV)

FEC

2012 July Micromegas Test Beam Readout Schematics

VMM1 events

APV25 events

Trigger data

10/07/20122

BN

L D

AQ

ca

rd

Avn

et L

X9

AZ

Ad

apte

r C

ard

VM

M1

switch

16x

New

“C-

Card

”

DCS

HV/LV, T-H-P

mmdaq PCSDC

DAQ schematics

DAQserver

Online monitorUser Client

mmdaq3-client commands

C:> startC:> stopC:> configure

Configuration-files

APV, VMM data

Root-file

./mmdaq3-server –config-file=./config/server.xml

Text log-file

ReceiverDAQ schematics

UD

P receiver

UDP frameEQ.ID + data

Chip 1

Chip 2

Chip 3

FEC 1

FEC 2

1

2

EID; dataEID; dataEID; data

EID; dataEID; dataEID; data

EID; dataEID; dataEID; data

Event-ID: Trg#, TS ?

Decoder

UDP

UDP

Event dataout-of-order

APV Decoder: ZS, x-talk

data data data

EID

Wait …

Decode

r

Root writerBNL treeAPV tree

Unique address (channel, strip)Q, T, User data (APV)

FEC

Shared memory

Online Monitor

EB

FEC

TODO listDAQ- 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

Tests of decoder + EB + root writer:- prepare DAQ PC for tests (not the old one in lab, mmdaqpc2 from H6)- single fec apv data- single fec bnl 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