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ACES 2016 - Fifth Common ATLAS CMS Electronics Workshop for LHC Upgrades

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30/7-018 - Kjell Johnsen Auditorium (CERN)

30/7-018 - Kjell Johnsen Auditorium

CERN

Building 30/7-018 CH - 1211 Geneva 23
190
Show room on map
Magnus Hansen (CERN), Philippe Farthouat (CERN)
Description

This workshop will be dedicated to electronic issues for upgrades, focusing on subjects where common features or developments are likely. Developments for upgrades for proton-proton and heavy ion running for Phase I and for high luminosity LHC (HL-LHC) will be included.

The following main areas will be covered:

  • Front-end electronics developments for Phase I and HL-LHC
  • Electronics systems for triggering at Phase I and HL-LHC, including level-1 tracking trigger and the use of modular electronics standards such as xTCA
  • Electronics systems for DAQ and DCS at HL-LHC
  • High precision timing measurement and clock distribution systems
  • Optical and electrical links
  • Power distribution and low power design techniques
  • IC technologies and radiation hardness issues
  • Progress on upgrades for HL-LHC

The oral presentations will be made by invitation. A poster session will be organised for which abstracts will have to be submitted on the indico page. More details can be obtained in contacting a member of the Programme Committee:

  • Anna Colaleo (INFN BARI)
  • Christophe de la Taille (IN2P3 OMEGA)
  • Kevin Einsweiler (LBL)
  • Philippe Farthouat (CERN)
  • Costas Foudas (University of Ioannina)
  • Alex Grillo (UCSC)
  • Magnus Hansen (CERN)
  • Oliver Kortner (MPI)
  • Francesco Lanni (BNL)
  • David Sankey (STFC – RAL)
  • Jeff Spalding (FNAL)
  • Francois Vasey (CERN)
  • Administrative assistance will be provided by Evelyne Dho (CERN)


Registration is free (except for the conference dinner), but participants must register online before

Support
Participants
  • Adrian Fiergolski
  • Agnieszka Anna Zagozdzinska
  • Alan Prosser
  • Alessandro Bartoloni
  • Alessandro Iovene
  • Alessandro La Rosa
  • Alessandro Marchioro
  • Alexander Grillo
  • Alexander Kluge
  • Andreas Kornmayer
  • Andrej Gorisek
  • Anna Colaleo
  • Anne Dabrowski
  • arabella martelli
  • Attila Racz
  • Ben Bylsma
  • Benedikt Ludwig Bergmann
  • Bernd Dehning
  • bonnard jonathan
  • Bruno Daniel Moreira Leite
  • Carlos Garcia Argos
  • Catherine Moine
  • Christophe Flouzat
  • Christos Zamantzas
  • Claude Colledani
  • Claudio Gotti
  • Cristian Arcola'
  • Csaba Soos
  • Daniel Charlet
  • Daniel Dzahini
  • Daniel Edward Gastler
  • Darin Acosta
  • Dave Newbold
  • David Barney
  • David Emschermann
  • David Sankey
  • Didier Ferrere
  • Dominik Steffen
  • Dong Su
  • Duarte Olivier
  • Duarte Olivier
  • Edouard Bechetoille
  • Eduardo Brandao De Souza Mendes
  • Elena Rocco
  • Enayat Salih Adam Mohamed
  • eric delagnes
  • Eric Shearer Hazen
  • Erik HEIJNE
  • Eugene Clement
  • Evelyne Dho
  • Fabrizio Palla
  • Federico Faccio
  • Federico Lasagni Manghi
  • Fernando Carrio Argos
  • Francesco Lanni
  • Francesco Zappon
  • Francis Anghinolfi
  • Francois Vasey
  • frans Meijers
  • Frederic Morel
  • Geoff Hall
  • Georg Auzinger
  • George Iakovidis
  • Georges Blanchot
  • Giacomo Sguazzoni
  • Gian Luigi Alberghi
  • Guido Magazzu
  • Guido Volpi
  • Hampus Sandberg
  • Hannes Sakulin
  • Herve Mathez
  • Hucheng Chen
  • Ian Brawn
  • Ignacio Redondo Fernandez
  • Igor Konorov
  • Iouri Smirnov
  • Irakli Mandjavidze
  • Ivan Amos Cali
  • James Storey
  • Jan Jongmanns
  • Jan Troska
  • Jean-Louis Faure
  • Jean-Pierre Cachemiche
  • Jeffrey Prinzie
  • Jingbo Ye
  • Jinghua Liu
  • Jiri Kral
  • Joao Bernardo Pena Madeira Gouveia De Campos
  • Joerg Lehnert
  • John Alison
  • John Butler
  • Jonathan Fulcher
  • Jorgen Christiansen
  • Jos Vermeulen
  • Jose Luis Sirvent Blasco
  • Julian Maxime Mendez
  • Junjie Zhu
  • K.K. Gan
  • Karl Aaron Gill
  • Kevin Einsweiler
  • Kostas Kloukinas
  • Kristian Hahn
  • Laura Gonella
  • Laura Pacheco Rodriguez
  • Lauren Tompkins
  • Laurent Roy
  • Laurent Royer
  • Laurent Serin
  • Lauri Juhani Olantera
  • Lindsey Gray
  • Lorne Levinson
  • Louise Skinnari
  • Luis Hervas
  • Magnus Hansen
  • Mandakini Ravindra Patil
  • Manoel Barros Marin
  • Marc Dejardin
  • Marc Dobson
  • Marcello Mannelli
  • Markus Fras
  • Markus Joos
  • Martin Kocian
  • Matteo Lupi
  • Miguel Ángel Quero Corrales
  • Mitch Newcomer
  • mohamed zeloufi
  • Mokrane DAHOUMANE
  • Moritz Guthoff
  • Nachman Lupu
  • Nicolo Tosi
  • Nikitas Loukas
  • Nikolaos Trikoupis
  • Nikos Konstantinidis
  • Oliver Kortner
  • Olivier Gevin
  • Osamu Sasaki
  • Ovidiu Emanuel Hutanu
  • Pablo Fernández-Martínez
  • Paris Moschovakos
  • Pascal Baron
  • Paulo Moreira
  • Pavel Stejskal
  • Peter Phillips
  • Philippe Farthouat
  • Piero Giubilato
  • Ping Gui
  • Ralf Spiwoks
  • Raman Khurana
  • Raul Martin Lesma
  • Richard Teuscher
  • Robert Richter
  • Roberto Beccherle
  • Ruud Kluit
  • Sarah Seif El Nasr
  • Sergei Lusin
  • Simone Paoletti
  • Sophie Baron
  • Srinidhi Bheesette
  • Stefano Mersi
  • Styliani Orfanelli
  • Swann Louis Levasseur
  • Sylvain Bruderer
  • Szymon Kulis
  • Tejinder Virdee
  • Theodoros Alexopoulos
  • Tobias Flick
  • Tullio Grassi
  • Vasiliki Kouskoura
  • Venetios Polychronakos
  • Vincent Bobillier
  • Vlad-Mihai Placinta
  • Vladimir Ryjov
  • Waclaw Karpinski
  • Waqar Ahmed
  • Weiguo Lu
  • Weiming Qian
  • Wesley Smith
  • Wim Beaumont
  • Wojciech Bialas
  • Yassir Moudden
  • Yuri Ermoline
Webcast
There is a live webcast for this event
Watch
  • Monday 7 March
  • Tuesday 8 March
    • Session 3: Power 30/7-018 - Kjell Johnsen Auditorium

      30/7-018 - Kjell Johnsen Auditorium

      CERN

      Building 30/7-018 CH - 1211 Geneva 23
      190
      Show room on map
      Convener: Francois Vasey (CERN)
    • 10:45
      Coffee Break 30/7-018 - Kjell Johnsen Auditorium

      30/7-018 - Kjell Johnsen Auditorium

      CERN

      Building 30/7-018 CH - 1211 Geneva 23
      190
      Show room on map
    • Session 4: Data transmission 30/7-018 - Kjell Johnsen Auditorium

      30/7-018 - Kjell Johnsen Auditorium

      CERN

      Building 30/7-018 CH - 1211 Geneva 23
      190
      Show room on map
      Convener: Jeffrey Spalding (Fermi National Accelerator Lab. (US))
    • 13:00
      Lunch Break 30/7-018 - Kjell Johnsen Auditorium

      30/7-018 - Kjell Johnsen Auditorium

      CERN

      Building 30/7-018 CH - 1211 Geneva 23
      190
      Show room on map
    • Session 5: Timing measurement and clock distribution 30/7-018 - Kjell Johnsen Auditorium

      30/7-018 - Kjell Johnsen Auditorium

      CERN

      Building 30/7-018 CH - 1211 Geneva 23
      190
      Show room on map
      Convener: Magnus Hansen (CERN)
    • Poster 30/7-018 - Kjell Johnsen Auditorium

      30/7-018 - Kjell Johnsen Auditorium

      CERN

      Building 30/7-018 CH - 1211 Geneva 23
      190
      Show room on map
      ACES2016.pdf
      ACES 2016 - VMM for MDTs.pdf
      ACES Poster - UTD ADC.pdf
      ACES Poster - UTD ADC.pptx
      PFernandez_Poster_ACES2016.pdf
      Poster_ACES2016_v2.0.pdf
      Poster_ACES2016_zeloufi_corrigé.pdf
      • 25
        Rad-Hard Vertical JFET switch for the HV-MUX system of the ATLAS upgrade ITk
        This work presents a new silicon vertical JFET transistor, based on a trenched technology developed at the IMB-CNM, to be used as switch for the High-Voltage power distribution in the ATLAS upgrade Inner Tracker. After a thorough optimization work, performed by TCAD simulations, selected designs have been chosen for device fabrication at the IMB-CNM clean room. The first prototypes have been recently produced, and the first characterization results show excellent agreement with simulation, already meeting the ITk specifications. The technological process and the simulated rad-hard prospects will be also shown.
        Speaker: Dr Pablo Fernandez-Martinez (Instituto de Microelectrónica de Barcelona (IMB-CNM,CSIC))
        PFernandez_Poster_ACES2016.pdf
      • 26
        Status update and future plans for the GBT-FPGA project at CERN
        The poster focuses on the main release foreseen for June 2016 including the slow control. This feature is used to monitor/control the front-end electronics. It allows configuring the GBTx and communicating with the SCA. One GBT link can be used to control up to 21 SCAs. Different types of commands will be implemented to use all the available interfaces. The poster also report a status on the GBT-FPGA project with the descriptions of the latest releases (support of the latest development tools, bug corrections …) and the plans for the future versions (new FPGAs to be supported).
        Speaker: Julian Maxime Mendez (CERN)
        Poster_ACES2016.pdf
      • 27
        The use of the ATLAS Small Wheel front end Electronics for the HL-LHC MDT upgrade
        The use of the ATLAS New Small Wheel electronics readout architecture for the trigger and readout of the Monitored Drift Tube (MDT) detectors of the ATLAS Muon Spectrometer in the HL-KHC is proposed. In the core of the proposal is the VMM, the front end ASIC that will be used for bothe Micromegas and sTGC detectors.
        Speaker: Venetios Polychronakos (Brookhaven National Laboratory (US))
        ACES 2016 - VMM for MDTs.pdf
      • 28
        Preliminary Experimental Results of A 14-bit Split-SAR ADC for ATLAS LAr Phase-II Upgrade
        Preliminary experimental results of a 14-bit split-SAR ADC prototype implemented in 65-nm CMOS are reported. Inherent architectural redundancy and the newly proposed SEE-detection circuitry constitute two prominent features of this work for efficient SEE detection and correction (to be experimentally verified). With FIB and foreground calibration, the prototype ADC measured a 74.6-dB peak SNDR and a 97.2-dB SFDR at 40 MSPS for a single channel of the two split paths. More measurements and especially irradiation tests will be performed in the near future.
        Speaker: Dr Yun Chiu (Department of Electrical Engineering, University of Texas at Dallas)
        ACES Poster - UTD ADC.pdf
        ACES Poster - UTD ADC.pptx
      • 29
        Timepix detector network for luminosity monitoring and characterization of the radiation fields within the ATLAS cavern
        A network of 13 Timepix detector based devices consisting of two sensitive sensors interlaced by neutron converter layers was installed at different locations in the ATLAS detector cavern during the recent shut-down. In this poster, we present the calibration measurements (photons, neutrons and ions) of the individual devices, their positions within the ATLAS cavern, the data acquisition scheme, preliminary results of selected devices and the online data visualization.
        Speaker: Benedikt Ludwig Bergmann (Czech Technical University (CZ))
        Poster_ACES2016_v2.0.pdf
      • 30
        Design of low power 12bit 40MSPS SAR ADCs with a redundancy algorithm and digital calibration for high dynamic range calorimeter readout
        We present two SAR ADCs using a generalized redundant search algorithm and offering the flexibility to relax the requirements on the DAC settling time. Two more bits of redundancy allow also a digital calibration, based on a code density analysis to compensate the capacitors mismatching effects. A monotonic switching algorithm is used for these prototypes saving about 70% of dynamic power consumption compared to conventional switching algorithm. A fully differential was used for both prototypes featuring 12bit 40MS/s in a CMOS 130nm 1P8M process.
        Speaker: Daniel Dzahini (LPSC/IN2P3)
        Poster_ACES2016_zeloufi_corrigé.pdf
      • 31
        The intelligent, FPGA-based event builder and Data Acquisition System of COMPASS – an exemplary system for the future?
        Using FPGA-technology for event building tasks in high-energy physics experiments reduces costs and increases reliability of DAQ-systems. In 2015, COMPASS experiment at CERN’s SPS commissioned a novel, intelligent, FPGA- based DAQ (iFDAQ) in which event building is performed by FPGAs. The highly scalable system is designed to cope with an on-spill data rate of 1.5 GB/s and sustained data rate of 500 MB/s. Its event builder is able to handle front-end errors and to maintain continuous data flow. The intelligent and highly reliable hardware automatically compensates hardware failures and balances load.
        Speaker: Dominik Steffen (Technische Universitaet Muenchen (DE))
        steffen-ACES2016.pdf
      • 32
        ATLAS LAr Phase II upgrade of the Front End Electronics
        The Phase II upgrade of the ATLAS Liquid Argon detector includes a 17 bit dynamic range front end amplifier with a two or three gain multi‐pole shaper employing CR‐(RC)n shaping. Each gain stage of the shaper will be followed by a 40Msps, 14b dynamic range, 12‐13b ENOB digitizer, serializer and fiber optic driver. A study is underway to see if a single technology (65nm or 130nm CMOS) will be suitable for all blocks up to the optical Link, enabling consideration of the development a Front End System On a Chip (FESOC).
        Speaker: Mitchell Franck Newcomer (University of Pennsylvania (US))
        ACES_Poster_FEC_Developments_V1.pdf
    • 16:00
      Tea Break 30/7-018 - Kjell Johnsen Auditorium

      30/7-018 - Kjell Johnsen Auditorium

      CERN

      Building 30/7-018 CH - 1211 Geneva 23
      190
      Show room on map
    • Session 6: Tracking trigger 30/7-018 - Kjell Johnsen Auditorium

      30/7-018 - Kjell Johnsen Auditorium

      CERN

      Building 30/7-018 CH - 1211 Geneva 23
      190
      Show room on map
      Convener: David Sankey (STFC - Rutherford Appleton Lab. (GB))
  • Wednesday 9 March
  • Thursday 10 March
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