BC - Schedule and Planning Bob Hirosky - University of Virginia - - PowerPoint PPT Presentation

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BC - Schedule and Planning Bob Hirosky - University of Virginia - - PowerPoint PPT Presentation

Feb 13, 2023 8 likes •160 views

BC - Schedule and Planning Bob Hirosky - University of Virginia Name, Aug 29/30 2017 FNAL Technical Review - Barrel Calorimeter 1 BIO Bob Hirosky (USCMS L3 for EB) PhD (Rochester): Studies of D0 em/had liquid argon calorimetry

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BC - Schedule and Planning

Bob Hirosky - University of Virginia

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FNAL Technical Review - Barrel Calorimeter Name, Aug 29/30 2017

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PhD (Rochester): Studies of D0 em/had liquid argon calorimetry

Front-end electronics and DAQ for Run 1 LAr purity monitors

Postdocs: Florida State, UIC

D0 Run 1 Jet Energy Scale

QCD/jets analyses, Jet/MET algorithms, L2CAL trigger algorithms

“Trigger meister”

Professor: University of Virginia

Head of D0 L2 trigger, rebuild/upgrades of L2 data processors

D0 Run 2: JES, Higgs analysis (H→WW, ZZ, bb), V+jets

D0 Physics Coordinator (2012 – )

CMS analysis: ZZ resonance search, H→ZZ, photons+jets

CMS EE LED system, Phase 1 HCAL CCM upgrade

Shashlik ECAL R&D, readout+DAQ

Rad hard light detector studies and device testing

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BIO – Bob Hirosky (USCMS L3 for EB)

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

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402.03.03.01 EB - Management 402.03.03.02 EB - Front end (FE) card and optjcal links 402.03.03.03 EB - Data Concentrator Card (DCC) 402.03.03.04 EB - Trigger Concentrator Card (TCC) 402.03.03.05 EB - Clock and Control System (CCS) 402.03.03.06 EB - Full Prototype 402.03.04.01 HB – Management 402.03.04.02 HB – Scintjllator and Wavelength-Shifuing Fibers 402.03.04.03 HB – Frontend Optjcs 402.03.04.04 HB – Ofg Detector Electronics 402.03.04.05 HB – Pilot System

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WBS Definitions and Schedule Overview

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

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P6 snapshot

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

More detailed breakdowns follow. Approximate dates given by CY quarters. Resource loaded schedule in Primavera. Currently > 900 actjvitjes for EB+HB. Covering BC R&D through productjon and testjng of components for HL-LHC

Example: Start of FE/optical links

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FE / Optical Links : Time line

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

1st Demonstrator Card – 4Q17

  • Interface to legacy VFE
  • 5 Gb GBT links
  • prepare specifjcatjon for FE
  • evaluate/FW testjng with demonstrator

Design Optjmizatjon 1Q18 – 2Q18

  • contjnue evaluatjon of demonstrator

Prototype specifjcatjon 2Q18 1st prototype 2Q18 – 4Q18

  • interface to upraded VFE
  • 5Gb GBT

2nd prototype 1Q19 – 4Q19

  • 10 Gb lpGBT

FE prototyping complete 1Q20 Radiatjon testjng of prototypes

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FE / Optical Links : Time line

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

Design/produce pre-productjon FE 2Q20 – 2Q21

  • 10 Gb lpGBT

FE productjon design, FE PRR 2Q21 – 3Q21 Start FE productjon 4Q21

  • procure eleco/optjcal components, fjbers 4Q21 – 3Q22

Assembly / burn in testjng

  • assemble batch 1

2Q22 – 3Q22

  • burn in

4Q22 – 1Q23

  • assemble batch 2

3Q22 – 4Q22

  • burn in

2Q23 – 3Q23 System integratjng testjng 2Q23 – 2Q24

  • includes per board testjng (2440 boards + spares)
  • completjon is in parallel with installatjon
  • use “module 37” full prototype for efgectjve in situ testjng
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FE / Optical Links : Time line

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

Design/produce pre-productjon FE 2Q20 – 2Q21

  • 10 Gb lpGBT

FE productjon design, FE PRR 2Q21 – 3Q21 Start FE productjon 4Q21

  • procure eleco/optjcal components, fjbers 4Q21 – 3Q22

Assembly / burn in testjng

  • assemble batch 1

2Q22 – 3Q22

  • burn in

4Q22 – 1Q23

  • assemble batch 2

3Q22 – 4Q22

  • burn in

2Q23 – 3Q23 System integratjng testjng 2Q23 – 2Q24

  • includes per board testjng (2440 boards + spares)
  • completjon is in parallel with installatjon
  • use “module 37” full prototype for efgectjve in situ testjng

FE Hardware Evolution Demonstrator card for legacy VFE || V 5 Gb/s prototype || V 10 Gb/s prototype || V Preproduction || V Production

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Off detector electronics

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

BC P

Ofg detector electronics serve multjple functjons:

 Receive crystal-level data at full

sampling rate of VFE electronics

 Provide trigger primitjves to L1

trigger

 Provide latency bufger for L1

decision

 Interface to DAQ  Distribute precision tjming

informatjon

 Provide control links for (V)FE

Common electronics for EB/HB Physically these functjons will be implemented in a single card. Therefore a single tjme line will be followed for all functjons.

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Off detector electronics : Time line

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

Ofg detector development platgorms – 2Q17

  • Based on L1 CAL CTP7, w/ Virtex 7 FPGA
  • Supports 80/61 13.1 Gb i/o links
  • Optjcal and backplane
  • Embedded LINUX system

Initjal FW block design 3Q17 – 2Q18

  • Refjne specifjcatjons
  • Loop back tests
  • Prepare readout for test beams
  • Coordinate w/ ATCA blade platgorm devl

Design demonstrator ATCA Blade 1Q18 – 2Q18

  • single productjon FBPA, Firefmy links, LINUX mezzanine

Complete BCP prototype specifjcatjons 3Q18 – 1Q19 BCP prototype design 1Q19 – 2Q19 BCP prototype testjng 3Q19 – 4Q19

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Off detector electronics : Time line

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

Finalize requirements for preproductjon BCP 1Q20 Design/produce preproductjon BCP 2Q20 – 3Q20 Preproductjon hardware testjng 4Q20 Preproductjon fjrmware optjmizatjons 1Q21 Design productjon BCP, documentatjon & PRR 2Q21 – 3Q21 Produce batch 1 of productjon BCP 4Q21 Produce batch 2 of productjon BCP 1Q22

  • Hardware test / burn in testjng

1Q22 – 4Q22

  • Firmware optjmizatjon

3Q22 Ship to CERN 2Q23 Prepare FW/components to support integratjon 1Q23 – 2Q23

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Off detector electronics : Time line

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

Finalize requirements for preproductjon BCP 1Q20 Design/produce preproductjon BCP 2Q20 – 3Q20 Preproductjon hardware testjng 4Q20 Preproductjon fjrmware optjmizatjons 1Q21 Design productjon BCP, documentatjon & PRR 2Q21 – 3Q21 Produce batch 1 of productjon BCP 4Q21 Produce batch 2 of productjon BCP 1Q22

  • Hardware test / burn in testjng

1Q22 – 4Q22

  • Firmware optjmizatjon

3Q22 Ship to CERN 2Q23 Prepare FW/components to support integratjon 1Q23 – 2Q23

BCP Hardware Evolution Devel. Platform || V ATCA Demonstrator || V Prototype || V Preproduction || V Production

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Full Prototype

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

“Supermodule 37” : 1/36th segment of EB will be utjlized for instrumentatjon and beam tests.

61.2k PbWO4 crystals

17x4 supercrystal matrices in supermodule = 68 5x5 readout units

1700 crystals 36x supermodules EB

 Fully instrument readout units to test prototype / preproduction /

production electronics in test beams and stand alone testing with FE cards

 Full on-detector/ off-detector and readout system tests

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Full Prototype : Time line

FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

Procure prototype on/ofg detector electronics 2Q20 – 3Q20 Assemble full prototype readout 4Q20 Full prototype testjng and FW optjmizatjon 1Q21 – 3Q21 Test beam with full prototype readout chain ~ 3Q21 – 4Q21 Reassemble full prototype w/ Productjon electronics 2Q22 – 3Q22 Test beam with productjon readout chain ~3Q22 – 4Q22 Installatjon will be coordinated by CERN technical stafg startjng ~ 3Q23 module 37 will be used to train crews for (dis)assembly of supermodules. 6 crews will be trained on successive dry runs with the full prototype.

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  • Prototypes complete

 4Q19: FE/optjcal links  1Q20: Ofg detector electronics

  • PRRs

 3Q21: FE/Optjcal links  3Q21: Ofg detector electronics

  • Beam and in situ tests with full prototype

 3Q22: completjon of test with productjon readout

  • Complete productjon/testjng

 3Q23: FE/Optjcal links  2Q23: Ofg detector electronics  Full prototype re-purposed for training of installatjon teams

High level milestones

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FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

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Installation

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FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017

Constructjon project ends following delivery of tested component needed for installatjon. Beyond the scope of this project, expert engineering and physics teams are expected partjcipate in installatjon and commissioning /

  • peratjons tasks beginning in 2024.