Data Acquisition So LID DAQ pre RD tasks

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Data Acquisition So. LID DAQ pre. RD tasks and remaining work Jefferson Lab So.

Data Acquisition So. LID DAQ pre. RD tasks and remaining work Jefferson Lab So. LID Pre-R&D Review August 7 th, 2020 Alexandre Camsonne Data acquisition working group Hall A Jefferson Laboratory So. LID pre-R&D Review, August 7 th 2020 1

Outline • • Tasks / milestone GANTT chart task and COVID impact Tasks status

Outline • • Tasks / milestone GANTT chart task and COVID impact Tasks status ASOC Workforce Spending Conclusions So. LID pre-R&D Review, August 7 th 2020 2

Tasks and milestones A : VMM high rate test A 1 : procure evaluation

Tasks and milestones A : VMM high rate test A 1 : procure evaluation board April 1 2020 st A 2 : develop direct readout / study behavior in high background February 15 th 2021 A 3 : determine maximum trigger rate June 1 st 2021 B : APV rate capability B 1 : develop Fast Readout August 1 2020 st B 2 : demonstrate 100 KHz rate December 1 st 2020 C : FADC development C 1 : Fast VXS readout August 15 2020 th C 2 : Calorimeter trigger September 15 th 2020 C 3 : PVDIS trigger and test February 15 th 2021 C 4 : PVDIS trigger and test 2 sectors May 15 th 2021 C 5 : SIDIS trigger and test July 15 th 2021 D : Gas Cerenkov D 1 : readout for Cerenkov test April 1 2020 st D 2 : Cerenkov data with high background June 15 th 2020 D 3 : MAROC data with high background July 15 th 2020 D 4 : evaluation improvement with MAROC pixel readout April 15 th 2021 E : NALU Time of flight chip E 1 : install evaluation board April 1 2020 st E 2 : sample high background data August 1 st 2020 E 3 : timing resolution April 15 th 2021 So. LID pre-R&D Review, August 7 th 2020 3

Medcon 6 Feb 1 st Mar 1 st Medcon 5 Apr 1 st May

Medcon 6 Feb 1 st Mar 1 st Medcon 5 Apr 1 st May 1 st July 1 st June 1 st Develop direct readout Order VMM 3 eval board A 1 Implement APV 25 fast readout Setup Cerenkov FADC crate D 1 Setup MAROC with sum setup AARDVARC evaluation board Test Cerenkov beam E 1 Test with scintillator and cosmics Test with scintillator in beam Nov 1 st Test APV 25 trigger rate capability B 1 C 1 D 2 Test Cerenkov beam with MAROC Oct 1 st Testing with GEM on bench cosmics Fast FADC VXS readout Test with scintillator and cosmics Sept 1 st Aug 1 st Calorimeter trigger Analysis D 3 E 2 Analysis Cerenkov trigger

2020 2021 Dec 1 st Jan 1 st Feb 1 st Test VMM 3

2020 2021 Dec 1 st Jan 1 st Feb 1 st Test VMM 3 with high background March 1 st A 2 April 1 st May 1 st Jun 1 st Optimize VMM 3 readout A 3 July 1 st August 1 st Maximum rate achievable with VMM 3 APV 25 max. Rate with SBS electronics Test AV 25 trigger rate capability B 2 1 SIDIS maximum trigger rates With 2 sectors Cerenkov trigger PVDIS trigger C 2 PVDIS trigger 2 sectors C 3 SIDIS trigger PVIDIS maximum trigger rates With 2 sectors Analysis D 4 E 3 Comparison summed vs pixel readout for Cerenkov Comparison timing resolution ARDVAARC and FADC In high background C 4

Medcon 6 Feb 1 st Mar 1 st Medcon 5 Apr 1 st May

Medcon 6 Feb 1 st Mar 1 st Medcon 5 Apr 1 st May 1 st June 1 st July 1 st Aug 1 st Sept 1 st Oct 1 st Nov 1 st A 1 Develop direct readout Order VMM 3 eval board B 1 Implement APV 25 fast readout C 1 Fast FADC VXS readout Setup Cerenkov FADC crate D 1 Setup MAROC with sum setup AARDVARC evaluation board E 1 Test with scintillator and cosmics Test Cerenkov beam D 2 Test Cerenkov beam with MAROC Test with scintillator in scintillator and beam cosmics E 2 D 3 Calorimete trigger

2020 2021 Dec 1 st Jan 1 st Develop direct readout A 1 Feb

2020 2021 Dec 1 st Jan 1 st Develop direct readout A 1 Feb 1 st Testing with GEM on bench cosmics March 1 st April 1 st Optimize VMM 3 readout A 3 May 1 st Jun 1 st Maximum rate Test VMM 3 with background achievable withhigh VMM 3 July 1 st August 1 st A 2 APV 25 max. Rate with SBS electronics Test AV 25 trigger rate capability B 2 1 SIDIS maximum trigger rates With 2 sectors Calorimeter trigger Cerenkov trigger PVDIS trigger 2 sectors C 2 C 3 PVIDIS maximum trigger rates With 2 sectors Analysis D 4 E 3 Comparison summed vs pixel readout for Cerenkov Comparison timing resolution ASOC and FADC In high background SIDIS trigger C 4

Tasks and milestones A : VMM high rate test • A 1 : procure

Tasks and milestones A : VMM high rate test • A 1 : procure evaluation board and test direct readout April 1 st 2020 – delayed November 2020 • A 3 : develop prototype determine maximum trigger rate December 1 st 2020 – ongoing • A 2 : study behavior in high background February 15 th 2021 – delayed June 15 th 2021 on going B : APV rate capability • B 1 : develop Fast Readout August 1 st 2020 – delayed December 2020 ( after FADC VXS readout ) • B 2 : demonstrate 100 KHz rate November 1 st 2020 – delayed February 1 st 2021 C : FADC development ( shift by 2 months ) • • • C 1 : Fast VXS readout August 15 th 2020 – delayed October 15 th 2020 – ongoing C 2 : Calorimeter trigger September 15 th 2020 – delayed December 1 st 2020 C 3 : PVDIS trigger and test February 15 th 2021 – delayed April 15 th 2021 C 4 : PVDIS trigger and test 2 sectors May 15 th 2021 –delayed June 15 th 2021 C 5 : SIDIS trigger and test July 15 th 2021 - So. LID pre-R&D Review, August 7 th 2020 8

Tasks and milestones D : Gas Cerenkov Test support ( shifted by 2 months

Tasks and milestones D : Gas Cerenkov Test support ( shifted by 2 months due to COVID, beam resumed August 1 st ) • D 1 : readout for Cerenkov test April 1 st 2020 • D 2 : Cerenkov data with high background June 15 th 2020 – delayed August 1 st 2020 – on going • D 3 : MAROC data with high background July 15 th 2020 – delayed October 15 th ( • D 4 : evaluation improvement with MAROC pixel readout April 15 th 2021 E : NALU ASOC Time of flight chip • E 1 : install evaluation board April 1 st 2020 • E 2 : sample high background data August 1 st 2020 – October 15 th 2020 • E 3 : timing resolution April 15 th 2021 So. LID pre-R&D Review, August 7 th 2020 9

TOF ASOC chip So. LID pre-R&D Review, August 7 th 2020 10

TOF ASOC chip So. LID pre-R&D Review, August 7 th 2020 10

Workforce Months DAQ Physics staff electronics staff engineer Postdoc Tasks Ecal trigger GEM performance

Workforce Months DAQ Physics staff electronics staff engineer Postdoc Tasks Ecal trigger GEM performance GEM X-ray test VMM setup FADC VXS readout 2020 1 1 0 2021 1 3 0 1 3 1 1 0. 5 0. 5 1 1 1 FADC performance 3 1 0. 5 3 2 1 Liu Data transfer silo 0 1 0. 5 1 0 1 Cerenkov readout 5 1 0. 5 2 0 2 Barkus Hall A postdoc PVDIS trigger prototype 2 1 0. 5 2 0 2 Data reduction algorithm 6 3 0. 5 3 1 2 L 3 farm need evaluation 0 1 0. 5 2 2 Test stand - beam test 1 1 0. 5 2 2 Liu Deadtime for PVDIS 3 2 1 3 3 SIDIS trigger prototype 2 1 0. 5 2 2 MRPC readout 6 3 0. 5 1 1 SPD readout and test 3 1 0. 5 1 1 Liu Hall A postdoc Total months 39 20 9 27 1 1 1 8 2020 Barcus UVA 2021 UVA Liu 2020 2021 Liu 3 5 Liu UVA 5 1 UVA Barcus 6 Hall A postdoc 2 4 Total 16 10 19 JLab staff : Ed Jastzremski, Benjamin Raydo, Bryan Moffit, Alexandre Camsonne So. LID pre-R&D Review, August 7 th 2020 11

Spending profile So. LID pre-R&D Review, August 7 th 2020 12

Spending profile So. LID pre-R&D Review, August 7 th 2020 12

Conclusion • Long lead items ordered • Most workforce identified • UMASS DAQ test

Conclusion • Long lead items ordered • Most workforce identified • UMASS DAQ test stand being set up • VMM 3 protype board ongoing for test with high rate • Fast VTP readout scheme ongoing will be reused for fast APV 25 readout with VTP • About 2 to 3 months delay due to COVID So. LID pre-R&D Review, August 7 th 2020 13