DAQ @ LHC: ATLAS Upgrade overview q What has been written in these - PowerPoint PPT Presentation

DAQ @ LHC: ATLAS Upgrade overview q What has been written in these Documents? q Well at least for what has a direct impact on DAQ . . . 201 201 2011 2011 2011 2011 1 2012 2012 2012 2012 2012 2012 2013 2013 2013 2013 2014 2014 2014 2014 2015 2015 2015 2015 2016 2016 2016 2016 2017 2017 2017 2017 Le Letter etter of r of Inte f Intent tent (Lo t (LoI) oI) Phas Phase I ase I Up e I Upgra Upgrade rade o ade of e of the f the AL the ALICE LICE Ex CE Expe E Experim periment, iment, CER nt, CERN CERN-L ERN-LHCC -LHCC-2 CC-2012 -2012-01 12-012 -012 AT ATL ATLA ATLA ATLAS LAS Ph LAS Pha S Phase– Phase–I U e–I Upgr I Upgrad grade, C ade, CER e, CER , CERN-L ERN-LHC N-LHCC-2 HCC-201 C-2011-0 011-012 -012 2 Technic Te Techn Tech chnica hnical nical Pr ical Pr ical Prop l Prop l Proposa oposal fo sal for th l for the r the upg e upgrad pgrade grade o rade of th e of the C f the CMS e CMS d MS detec MS detector tector th tor throu through ough 202 h 2020, 020, CER 0, CERN-L ERN-LH N-LHCC HCC-2011-006 LHC LHC LHCb Ph Cb Ph Cb Phas Phas Phase– Phase–I ase–I ase–I Lo e–I Lo –I LoI LoI ATLA ATLAS LAS Pha S Phas S Phase Phase–II se–II Upg II Upgrad pgrade, rade, CER e, CERN ERN-LH N-LHCC -LHCC-20 C-2012-0 -2012-022 2-022 22 CMS CMS Ph MS Phas Phase–II ase–II Te –II Techn Technica hnical pr ical prop proposa oposal sal l Te Techn echnic hnica nical D al Desi esign ign Rep Repor ports (T rts (TDR (TDR) R) LH LHCb LHCb Ph Cb Phas Phase–I ase–I Fra –I Frame Framew amewo mework work TD rk TDR DR ALICE Ph ALIC ICE Pha E Phase– Phase–I T e–I TDR I TDR R ATLA ATLAS TLAS LAS TDA S TDAQ DAQ Ph Q Phase Phase–I T se–I TDR I TDR DR CMS CMS CMS Ph MS Phas Phase–I ase–I Trig –I Trigge rigger T ger TDR TDR R LHCb Online TDR LHCb Online TDR LHCb Online TDR LHCb Online TDR LHCb Online TDR LHCb Online TDR ATLA ATLAS LAS TD S TDAQ DAQ Ph Q Phase–I TDR CMS CMS Ph MS Phas Phase–II TDRs

DAQ @ LHC: ATLAS Upgrade overview q Machine evolution 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 ... 2030 ... 2010 2011 Phase II Phase Phase 0 Ph se 0 Ph Phase I ase I LS1 LS1 LS1 LS1 LS2 LS2 LS3 LS3 LS3 LS3 Run 1 Run 1 Run 1 Run 2 Run 2 Run 2 Run 3 Run 3 Run 3 Run 4 Run 4 (Prepare Run (Prepa re Run 2) 2) (Pre (Prepare Ph are Phase I) ase I) (Prepare Phase (Prepare (Pre Phase II) II) Conso onsolidatio idation Ultima ltimate lumi te luminosit minosity HL-L HL-LHC HC √ s = √ s = 13~1 13~14 TeV TeV 25 ns b 5 ns bunch unch spacin spacing g L inst 1 x1 1 x10 34 cm 0 34 cm -2 s -1 -2 s -1 L inst 2-3 st 2-3 x10 34 x10 34 cm -2 s cm -2 s -1 L inst 5 x1 5 x10 34 cm 0 34 cm -2 s -1 -2 s -1 μ ~ 27 ~ 27 μ ~ 55– ~ 55–81 81 μ ~ 140 ~ 140 [with [with levelli levelling] g] ∫ L inst ~ 5 st ~ 50 fb -1 0 fb -1 ∫ L inst > nst > 350 fb 350 fb -1 -1 L inst 6-7 6-7 x10 34 x10 34 cm -2 s cm -2 s -1 μ ~ 192 ~ 192 [witho [without leve ut levelling] lling] ∫ L inst ~ 3 st ~ 3000 f 000 fb -1 -1

DAQ @ LHC: ATLAS Upgrade overview q Machine evolution 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 ... 2030 ... 2010 2011 Phase II Phase Phase 0 Ph se 0 Ph Phase I ase I LS1 LS1 LS1 LS1 LS2 LS2 LS3 LS3 LS3 LS3 Run 1 Run 1 Run 1 Run 2 Run 2 Run 2 Run 3 Run 3 Run 3 Run 4 Run 4 (Prepare Run (Prepa re Run 2) 2) (Pre (Prepare Ph are Phase I) ase I) (Prepare Phase (Prepare (Pre Phase II) II) Conso onsolidatio idation Ultima ltimate lumi te luminosit minosity HL-L HL-LHC HC √ s = √ s = 13~1 13~14 TeV TeV 25 ns b 5 ns bunch unch spacin spacing g L inst 1 x1 1 x10 34 cm 0 34 cm -2 s -1 -2 s -1 L inst 2-3 st 2-3 x10 34 x10 34 cm -2 s cm -2 s -1 L inst 5 x1 5 x10 34 cm 0 34 cm -2 s -1 -2 s -1 μ ~ 27 ~ 27 μ ~ 55– ~ 55–81 81 μ ~ 140 ~ 140 [with [with levelli levelling] g] ∫ L inst ~ 5 st ~ 50 fb -1 0 fb -1 ∫ L inst > nst > 350 fb 350 fb -1 -1 L inst 6-7 6-7 x10 34 x10 34 cm -2 s cm -2 s -1 μ ~ 192 ~ 192 [witho [without leve ut levelling] lling] ∫ L inst ~ 3 st ~ 3000 f 000 fb -1 -1

DAQ @ LHC: ATLAS Upgrade overview q ATLAS evolution at a glance 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 ... 2030 ... 2010 2011 Phase II Phase Ph Phase 0 se 0 Ph Phase I ase I LS1 LS1 LS1 LS1 LS2 LS2 LS3 LS3 LS3 LS3 Run 1 Run 1 Run 1 Run 2 Run 2 Run 2 Run 3 Run 3 Run 3 Run 4 Run 4 (Prepa (Prepare Run re Run 2) 2) (Pre (Prepare Ph are Phase I) ase I) (Prepare Phase (Pre (Prepare Phase II) II) Conso onsolidatio idation Ultima ltimate lumi te luminosit minosity HL-L HL-LHC HC √ s = √ s = 13~1 13~14 TeV TeV 25 ns b 5 ns bunch unch spacin spacing g L inst 1 x1 1 x10 34 cm 0 34 cm -2 s -1 -2 s -1 L inst 2-3 st 2-3 x10 34 x10 34 cm -2 s cm -2 s -1 L inst 5 x1 5 x10 34 cm 0 34 cm -2 s -1 -2 s -1 μ ~ 27 ~ 27 μ ~ 55– ~ 55–81 81 μ ~ 140 ~ 140 [with [with levelli levelling] g] ∫ L inst ~ 5 st ~ 50 fb -1 0 fb -1 ∫ L inst > nst > 350 fb 350 fb -1 -1 L inst 6-7 6-7 x10 34 x10 34 cm -2 s cm -2 s -1 μ ~ 192 ~ 192 [witho [without leve ut levelling] lling] ∫ L inst ~ 3 st ~ 3000 f 000 fb -1 -1 New inse w insertable rtable Pixel b Pixel b-layer -layer New µ Sma w µ Small W Small Wheel eel New Tra w Tracking d cking detecto tector New alu w aluminium minium beam beam pipe ipe New Leve w Level-1 C l-1 Calorime lorimeter Upgrade grade of Ca of Calo. elect . electronics ronics ATLAS New eva w evaporative orative cool cooling g Fast Tra st Tracking (F cking (FTK) TK) Upgrade grade of Mu of Muon elect n electronics ronics 1 kHz to kHz to storag storage Level-1 vel-1 Topolo opological ical New Leve w Level–0/L l–0/Level–1 vel–1 trigger rigger 5 kHz to kHz to storag storage Other Other Other Other Other Other

DAQ @ LHC: ATLAS Upgrade overview q ATLAS evolution at a glance 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 ... 2030 ... 2010 2011 Phase II Phase Ph Phase 0 se 0 Ph Phase I ase I LS1 LS1 LS1 LS1 LS2 LS2 LS3 LS3 LS3 LS3 Run 1 Run 1 Run 1 Run 2 Run 2 Run 2 Run 3 Run 3 Run 3 Run 4 Run 4 (Prepa (Prepare Run re Run 2) 2) (Pre (Prepare Ph are Phase I) ase I) (Prepare Phase (Pre (Prepare Phase II) II) Conso onsolidatio idation Ultima ltimate lumi te luminosit minosity HL-L HL-LHC HC √ s = √ s = 13~1 13~14 TeV TeV 25 ns b 5 ns bunch unch spacin spacing g L inst 1 x1 1 x10 34 cm 0 34 cm -2 s -1 -2 s -1 L inst 2-3 st 2-3 x10 34 x10 34 cm -2 s cm -2 s -1 L inst 5 x1 5 x10 34 cm 0 34 cm -2 s -1 -2 s -1 μ ~ 27 ~ 27 μ ~ 55– ~ 55–81 81 μ ~ 140 ~ 140 [with [with levelli levelling] g] ∫ L inst ~ 5 st ~ 50 fb -1 0 fb -1 ∫ L inst > nst > 350 fb 350 fb -1 -1 L inst 6-7 6-7 x10 34 x10 34 cm -2 s cm -2 s -1 μ ~ 192 ~ 192 [witho [without leve ut levelling] lling] ∫ L inst ~ 3 st ~ 3000 f 000 fb -1 -1 New inse w insertable rtable Pixel b Pixel b-layer -layer New µ Sma w µ Small W Small Wheel eel New Tra w Tracking d cking detecto tector New alu w aluminium minium beam beam pipe ipe New Leve w Level-1 C l-1 Calorime lorimeter Upgrade grade of Ca of Calo. elect . electronics ronics ATLAS New eva w evaporative orative cool cooling g Fast Tra st Tracking (F cking (FTK) TK) Upgrade grade of Mu of Muon elect n electronics ronics 1 kHz to kHz to storag storage Level-1 vel-1 Topolo opological ical New Leve w Level–0/L l–0/Level–1 vel–1 trigger rigger at least least 5 kHz t kHz to stora storage e Other Other Other Other Other Other

DAQ @ LHC: ATLAS Upgrade overview q Prepare for Run 2–3 q Peak luminosity of 2–3 x 10 34 cm -2 s -1 q µ up to 80 Fraction of tota Fract of total µ Pixel SCT TRT LAr Tile Muon TDAQ Total/MB 30 6% 6% 13% 58% 7% 5% 3% ~1.2 80 10% 10% 17% 49% 6% 4% 4% ~2.4 LS3 New S3 New Inner det er detector 200 ~3 ~3 Mbyte yte 5 q Level-1 rate 100 kHz o TDAQ TDR design values q Targeting average physics rate to storage of 1 kHz q No change to data flow architecture

DAQ @ LHC: ATLAS Upgrade overview q ATLAS TDAQ ... to first order ... detector backend ... ReadOut Links 12 x 12 x (ROLs) ... ROS 1 ROS 153 DAQ network (Multi-layered data network) Level-2 nodes Event Filter nodes Event building nodes SFOs nodes

DAQ @ LHC: ATLAS Upgrade overview q ROS input bandwidth q TDR (2003): 100 kHz and 1.6 kbyte ROD fragments at design luminosity q No particular issues o Detectors will de-multiplex • i.e. deploy more ROLs • DAQ deploy more ROSs o New detector (IBL) and upgraded CSC RODs compatible with current ROL • interface & bandwidth

DAQ @ LHC: ATLAS Upgrade overview q ROS request rate and output bandwidth q Defined by the Trigger menu q Requirements o 25% readout fraction per ROL @ 100 kHz for 12 ROLs @ 160 Mbyte/s o Level-1 accept rate up to 120 kHz o > 200 Mbyte buffer per ROL q Targeting o 50% readout fraction per ROL @ 100 kHz for 12 ROLs @ 160 Mbyte/s q Next generation ROS o New ROBIN: use ALICE Common Readout Receiver Card (C-RORC) o New ROS PC: More performant; 2x10 Gbit Eth.