U units for the MVD Close MVD Pixels (Paolo) Strips (Robert and Hans)

Slides:



Advertisements
Similar presentations
MVD A SSEMBLY T WO HALF FRAME DONE – D IMENSION T ESTED A NCILLARIES FOR F RAMES DONE – D IMENSION T ESTED F RAME A SSEMBLY & F INAL M ACHINING – MUST.
Advertisements

Wir schaffen Wissen – heute für morgen June 11, 2015PSI,June 11, 2015PSI, Paul Scherrer Institut Modular High Bandwidth Data Acquisition System With Gigabit.
An ATCA and FPGA-Based Data Processing Unit for PANDA Experiment H.XU, Z.-A. LIU,Q.WANG, D.JIN, Inst. High Energy Physics, Beijing, W. Kühn, J. Lang, S.
1 Beam test at DESY Date: 01/12 – 19/12 Place: DESY, Testbeam area 24 Time schedule and more information available:
Infrastructure for LHCb Upgrade workshop – MUON detector Infrastructure for LHCB Upgrade workshop: MUON power, electronics, cable Muon upgrade in a nutshell.
DAQ Status & Plans GlueX Collaboration Meeting – Feb 21-23, 2013 Jefferson Lab Bryan Moffit/David Abbott.
Console Infrastructure in the CERN Computer Centre HEPiX / HEPNT Autumn 2003 Vancouver Mostly work done by
NRC Rack in USA15 Discussion on Monday with Martin J. and Agostino L. In short: our proposals do not work Current ATCA shelves incompatible with LHC racks.
INTRODUCTION The GRID Data Center at INFN Pisa hosts a big Tier2 for the CMS experiment, together with local usage from other HEP related/not related activities.
computer
DCP 12 May 2010 Jan Godlewski PH-DT-PO 1 DETECTOR COOLING PROJECT WP2 CO2 activities status report Jan Godlewski PH-DT-PO
2 Silicon pixel part Done and to be written Written! Under way To be done Introduction 1.Hybrid Pixel Assembly Concept 2.Silicon sensor 1.First thinned.
Requirements for computing room A. Gianoli, M. Serra, P. Valente.
Online View and Planning LHCb Trigger Panel Beat Jost Cern / EP.
17/03/2003 Referee Meeting M. Beretta 1 MDT Barrel - Complete LV-HV rack 6U 1U 4U 2U 45U 19” Tangential Fan High Voltage Crate Low Voltage Crate Heat Exchanger.
TPC DAQ developments Gilles De Lentdecker, Yifan Yang, Erik Verhagen, IIHE-ULB (Brussels)
XLV INTERNATIONAL WINTER MEETING ON NUCLEAR PHYSICS Tiago Pérez II Physikalisches Institut For the PANDA collaboration FPGA Compute node for the PANDA.
ATCA cooling tests Claudio Bortolin (PH-ADO) Damian Dyngosz (PH-DT) George Glonti (PH-UAT) Julian Maxim Mendez (PH-ESE) Lukasz Zwalinski (PH-DT) xTCA IG.
DAQ Status & Plans GlueX Collaboration Meeting – Feb 21-23, 2013 Jefferson Lab Bryan Moffit/David Abbott.
1 13 Octobre 2011 Laurent Roy ATCA Crate / Infrastructure in place -Rack in D3: dimension -Electrical power availability -Tell1 racks running in D3 (air.
Connectivity layout of the N7 switch ( ) 4* 1 Gb uplinks to backbone 2 * 10 * 1 Gb interconnections between the N7 switches 10 Gbit limits 1.3.
≈450 mm 50 x 220 mm 2 ≈450 mm 50 x 220 mm 2 Electronics boards Size: 50 x 220 mm 8 VMM chips à 64 ch Total: 512 ch/board Zebra contact Arrangement of electronics.
Routing of Cables and Tubes at the Target Spectrometer PANDA Mechanics Workshop, April 2015 J. Lühning, GSI Routing at the barrel.
Status of the NA62 network R. Fantechi 23/5/2012.
IRFU SITE REPORT Pierrick Micout CEA/DSM/IRFU/SEDI.
JBMCambridge Workshop 6th to 7th January DAQ-DCS Communication.
Update on Optical Fibre issues Rainer Schwemmer. Key figures Minimum required bandwidth: 32 Tbit/s –# of 100 Gigabit/s links > 320, # of 40 Gigabit/s.
Faculty of Physics, University of Belgrade General meeting, Wroclaw 28 th of January, ToF-L/R HV Upgrade, Status and Plans Jovan Puzović, Faculty.
Mitglied der Helmholtz-Gemeinschaft PANDA MVD Slow Control Issues Harald Kleines, Forschungszentrum Jülich, ZEA-2.
Requested hardware for Clermont-Ferrand in the test beam 2015 September 23 Roméo Bonnefoy and François Vazeille This material is provided by LPC and Collaboration:
CMS Detector Control Room Barrel Endcap YB-2 YB-1 YB0 YB+1 YB+2 Far tower Near tower Rack X4V22 Rack X3V22 Rack X2V22 Easy crate Link box Na tym rysunku.
MVD COOLING STATUS COOLING PLANT UPDATE: -ADDITION of the NEW CIRCUITS FOR GBT AND DC-DC Converter BOARDS IN THE COOLING PLANT -THERMAL STUDY OF GBT AND.
Mitglied der Helmholtz-Gemeinschaft MicroTCA at the Multiplexing Level of the PANDA STT and the PANDA MVD Harald Kleines, ZEL, Forschungszentrum Jülich.
Mitglied der Helmholtz-Gemeinschaft Status of the MicroTCA developments for the PANDA MVD Harald Kleines, ZEL, Forschungszentrum Jülich.
Mikolaj Cwiok, 10 June 2009 RPC Operation Day Towards LB configuration through TS: Improvements to CCU ring stability Mikolaj Cwiok – University of Warsaw.
Mitglied der Helmholtz-Gemeinschaft Juelich Detector Electronics for the Early Phases of the PANDA Detector Development H. Kleines, A. Ackens, M. Drochner,
MVD COOLING STATUS COOLING PLANT: -UPDATE of THE HYDRAULIC SYSTEM -INTEGRATION OF THE MVD COOLING CIRCUIT PATHS INSIDE THE PANDA AREA -DEFINITION OF THE.
MVD COOLING STATUS MVD COOLING PROJECT: CHOICE of COOLING FLUID,
MVD updates SUMMARY OF GSI OCTOBER 28th -29th
Counting Room Electronics for the PANDA MVD
MicroTCA Development and Status
Modeling event building architecture for the triggerless data acquisition system for PANDA experiment at the HESR facility at FAIR/GSI Krzysztof Korcyl.
Valérie Chambert and Joël Pouthas
The Jülich Digital Readout System for PANDA Developments
Modeling event building architecture for the triggerless data acquisition system for PANDA experiment at the HESR facility at FAIR/GSI Krzysztof Korcyl.
Ingredients 24 x 1Gbit port switch with 2 x 10 Gbit uplinks  KCHF
09/02/2006 Muon week HV and LV systems status for Magnet Test S. Braibant, P. Giacomelli, M. Giunta.
Update of MVD services and requests
Beam
Future Hardware Development for discussion with JLU Giessen
Work progress in Turin x the MVD
MVD updates SUMMARY OF GSI OCTOBER 28th -29th
Multiplexing Level for the PANDA MVD
Micro Vertex Detector of PANDA Strip Detector
DAQ for ATLAS SCT macro-assembly
Update on New Compute Node design for PANDA experiment
Integration – preliminary ideas on routing and tests
Development of new CN for PXD DAQ
Work packages status in Torino and perspectives
Pierluigi Paolucci - I.N.F.N. Naples
RPC Detector Control System
A Study of the Tracker DCS
RPC Detector Control System
What is a computer?.
Mechanics of the MVD Daniela Calvo on behalf of the MVD group
RPC Detector Control System
Around the room Orders of operations.
RPC Detector Control System
Pierluigi Paolucci & Giovanni Polese
Rack installation and local tests for the MEBT Chopper Rack
Presentation transcript:

U units for the MVD Close MVD Pixels (Paolo) Strips (Robert and Hans) General equipments (Daniela) Counting room MMB (Kleines) Compute nodes (Kleines)

Pixels

Strips

General equipments local cooling 4 3 12 on detector/interlocks 1 8

MMB and CN MVD Multiplexer Board MicroTCA crate - 8U 1 crate -> 1 cpu + 11 MMBs -> 33 GBT links + 11 10Gbit/s Uplinks Crates on both rack sides ? (accessibility, cooling...) Compute nodes ATCA crate – 13U 14 Compute Nodes 1 Compute Node -> 4 Uplinks -> 40 Gbit/s 1 crate -> 56 Uplinks

MMB and CN Pixel part: 176 GBT (?) (122 at present) Strip barrels: 248 GBT (?) (... at present) Strip disks: 48 GBT (?) (... at present) U units for the MMB: 5 crates x 8U x 4 rack frontal panels: 160 U U units for the CN: 4 crates x 13U: 52 U U units: 8U for 1 crate of additional equipments

MVD request summary