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 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 FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 2
WBS Definitions and Schedule Overview 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 FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 3
P6 snapshot 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 More detailed breakdowns follow. Approximate dates given by CY quarters. FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 4
FE / Optical Links : Time line 1 st 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 1 st prototype 2Q18 – 4Q18 - interface to upraded VFE - 5Gb GBT Radiatjon 2 nd prototype 1Q19 – 4Q19 testjng of - 10 Gb lpGBT prototypes FE prototyping complete 1Q20 FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 5
FE / Optical Links : Time line 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 FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 6
FE / Optical Links : Time line FE Hardware Evolution Design/produce pre-productjon FE 2Q20 – 2Q21 - 10 Gb lpGBT Demonstrator FE productjon design, FE PRR 2Q21 – 3Q21 card for Start FE productjon 4Q21 legacy VFE - procure eleco/optjcal components, fjbers 4Q21 – 3Q22 || Assembly / burn in testjng V - assemble batch 1 2Q22 – 3Q22 5 Gb/s - burn in 4Q22 – 1Q23 prototype - assemble batch 2 3Q22 – 4Q22 || V - burn in 2Q23 – 3Q23 10 Gb/s prototype || System integratjng testjng 2Q23 – 2Q24 V - includes per board testjng (2440 boards + spares) Preproduction - completjon is in parallel with installatjon || - use “module 37” full prototype for efgectjve in situ testjng V Production FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 7
Off detector electronics 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 Common electronics for EB/HB Physically these functjons will be Distribute precision tjming implemented in a single card. informatjon Therefore a single tjme line will be followed Provide control links for (V)FE for all functjons. FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 8
Off detector electronics : Time line 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 FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 9
Off detector electronics : Time line 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 FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 10
Off detector electronics : Time line Finalize requirements for preproductjon BCP 1Q20 BCP Hardware Design/produce preproductjon BCP 2Q20 – 3Q20 Evolution Preproductjon hardware testjng 4Q20 Devel. Preproductjon fjrmware optjmizatjons 1Q21 Platform Design productjon BCP, documentatjon & PRR 2Q21 – 3Q21 || Produce batch 1 of productjon BCP 4Q21 V Produce batch 2 of productjon BCP 1Q22 ATCA - Hardware test / burn in testjng 1Q22 – 4Q22 Demonstrator - Firmware optjmizatjon 3Q22 || Ship to CERN 2Q23 V Prepare FW/components to support integratjon 1Q23 – 2Q23 Prototype || V Preproduction || V Production FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 11
Full Prototype “Supermodule 37” : 1/36th segment of EB will be utjlized for instrumentatjon and beam tests. 1700 crystals 36x supermodules EB 61.2k PbWO 4 crystals 17x4 supercrystal matrices in supermodule = 68 5x5 readout units 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 FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 12
Full Prototype : Time line 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. FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 13
High level milestones 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 FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 14
Installation 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 / operatjons tasks beginning in 2024. FNAL Technical Review - Barrel Calorimeter Bob Hirosky, Aug 29/30 2017 15
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