itop (barrel PID) and endcap KLM G. Varner Jan-2011 Trigger/DAQ in Beijing
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1 itop (barrel PID) and endcap KLM DAQ Summary G. Varner Jan-2011 Trigger/DAQ in Beijing 1
2 Overview Update on B-PID (itop) DAQ Big issue is SCROD eklm prototyping: Prototyping status Use Belle2link directly? bklm presented separately (Sumisawa-san) san) Schedule for incorporating Belle2link items 2
3 itop Readout Overview 128 DAQ fiber transceivers 8k channels 1k 8-channel waveform ASICs 128 SRM 32 FINESSE 8 COPPER Precision timing requires 128 channels high-precision clock distribution (<~ 10ps) Approximately 30m runs 3
4 Belle2 barrel PID upgrade: itop 4
5 A very crowded location! 8k vs. 14k (CDC channels) << 10% of space! 5
6 First prototype iteration results 6
7 Remaining system pieces are being developed/tested. Changes to front-end don t significantly impact other elements Calibration studies in Hawaii are ongoing 7
8 Proposed modular solution 8
9 9
10 all the rest... mini-timecube endcap KLM upgrade ATF2 X-Ray beamline SLAC 10
11 relevant projects and SCROD count itop readout [16*8*4*16 = 8192 channels = 64 SCRODs] eklm prototype readout [150 channels = 1 SCROD] (128 in final system?) ATF2 xray readout [128 channels = 1 SCROD] (n stations in final system) fdirc CTA readout [7*128 = 896 channels = 7 SCRODs] xfel readout [128 channels = 1 SCROD] mtimecube readout [6*128 = 768 channels = 6 SCRODs] total 80 SCRODs needed; take advantage of economies of scale 11
12 SCROD feasible? (mid-october) 12
13 brainstorming the mechanical mockup (mid-november) 13
14 Might work mechanically, if can really fit components 14
15 mechanical mockup (mid-november) 15
16 brainstorming SCROD 16
17 SCROD block diagram 17
18 status of SCROD layout on Dec 23rd 18
19 status of layout as of Jan 13th: top six layers 19
20 status of layout as of Jan 13th: bottom six layers 20
21 references and further info references: TDR/B2TDR.pdf ule/icbms.pdf latest info: hawaii designs/scrod 21
22 22
23 Data link margin (re-visited) Can work problem from other direction: 2.4Gbps (on 3Gbaud link) At 30kHz L2 (100ns window, 0.3% RealTime) 24kbits/event for 512 bits/hit = 48 hits/link ~200 hits/event/itop counter Expect ~4 background p.e./event Maintain > 10x link margin 23
24 Schedule update 24
25 Important itop Milestones Experience with chromatic correction in fdirc prototype (upgrade to Belle II prototype waveform ASIC + DSP feature extraction) [this year] Cosmic test SLAC ~400 channels 1/16 th test system (25ps system timing) Beam test (cosmic test) of full itop module 25
26 Major milestone:1/16 system test Third generation waveform sampling ASIC Clock jitter cleaners 26
27 itop & KLM Electronics US Role in Electronics and Trigger/DAQ G. Varner 11-AUG-2010 DOE/Intensity Frontier Review 27
28 Endcap KLM Readout very similar 112 DAQ fiber transceivers 28 FINESSE 7 COPPER 16.8k channels 1.1k 16-channel Waveform sampling ASICs 112 SRM Barrel KLM Readout No ASIC FPGA as digitizer 28
29 KLM Readout (150 channels) 150x IDL_10_ BS_eKLM_amp_RevA 1x IDL_10_009 MB_eKLM_RevB 1x IDL_10_008 SPAM_RevA 10 x 2x 34-cond Ribbon cables 2x fiber link COPPER 10x IDL_10_003 BS_eKLM_carrier_RevB 15x IDL_10_032 (RevC) BS eklm carrier RevB 10x IDL_ 10_ 005 DC_TARGET_RevA y 2x IDL_10_002 BS_eKLM_test_RevA Purely test cards: 2x IDL_10_ BS_eKLM_MPPC_RevA 1x IDL_10_006 CT_RevA 1x IDL_10_007 SCROD_RevA 1x IDL_10_011 BK_eKLM_FIN_RevA 29
30 4x4 matrix MPPCs 15 amp carrier (Rev C) Full test station, including Picosecond laser scan Rx test card 30
31 Sample (zoomed out) waveform PiLas Laser (1MHz rep rate) All 15 channels OK Delivered IHEP Nov
32 eklm Production Amps Production Batch complete All channels tested OK 32
33 Amplifier test stand Signal generator (10ns pulse) Amplifier output 33
34 eklm Production Amps 34
35 Test card zoom Signal generator (10ns pulse) Production batch of 150 amps tested. 5 needed rework. 35
36 KLM Readout (150 channels) 150x IDL_10_ BS_eKLM_amp_RevA 1x IDL_10_009 MB_eKLM_RevB 1x IDL_10_008 SPAM_RevA 10 x 2x 34-cond Ribbon cables 2x fiber link COPPER 10x IDL_10_003 BS_eKLM_carrier_RevB 15x IDL_10_032 (RevC) BS eklm carrier RevB 10x IDL_ 10_ 005 DC_TARGET_RevA y 2x IDL_10_002 BS_eKLM_test_RevA Purely test cards: 2x IDL_10_ BS_eKLM_MPPC_RevA 1x IDL_10_006 CT_RevA 1x IDL_10_007 SCROD_RevA 1x IDL_10_011 BK_eKLM_FIN_RevA 36
37 Current Board summary (mid Feb delivery) 37
38 Open issues Much firmware work needed Full-time firmware engineer hired Implement Belle2link Make transparent to rest of Trg/DAQ Full time DSP engineer hired (DSP_FIN) Use Belle2link FINESSE for eklm? 38
39 Endcap KLM Readout status 112 DAQ fiber transceivers 28 FINESSE 7 COPPER 16.8k channels 1.1k 16-channel Waveform sampling ASICs 112 SRM First quadrant test this spring (firmware?) next version: TARGET2, Belle2link 39
40 Summary Good progress, much to be done Next generation production prototypes : Evaluate functionality/capability Experience with Belle2link protocol Specifications? ( Hawaii) New manpower, need to train Schedule resource driven 40
41 Back-up slides 41
42 Photo-detector: Hamamatsu SL-10 Micro-channel channel Plate: Operates in 1.5T B-field <50ps single photon timing Multi-pixel (4x4 anode pads) Enhanced Lifetime (Al protection layer) Interesting mechanical challenges (PMT case at HV) Approximately 1 x 1 42
43 SL-10 Timing Performance Nagoya Hawai i i σ ~ Nagoya = constant fraction discriminator i i + CAMAC ADC/TDC Hawai i = waveform sampling +feature extraction ti 43
44 KLM 15 Ch. Amp test card = IDL_10_002 Enumeration Designator Descriptor IDL_10_002_00 HRD Human Readable Document (describe descendant design, revision info) IDL_10_002_ ICD Interface Control Document (all a designer needs to know if treat board as black box typically spreadsheet of pins with their function defined) IDL_10_002_02 Schematics (source) Typically PADS IDL_10_002_03 Schematics (PDF) Easily viewable rendering IDL_10_002_ Layout (PADS) Current edited version IDL_10_002_05 Gerbers As submitted for fabrication IDL_10_002_06 BOM Bill of Materials (complete) IDL_10_002_07 DXF Board outline/mounting holes (opt.) The year made IDL_10_002_08 Firmware descriptor Human readable: revisions, etc. Sequence enumerator IDL_10_002_09 Firmware (source) Current source or SVN/CVS link IDL_10_002_10 Software (source) Current source or SVN/CVS link With human readable descriptor And more as needed 44
45 High speed Waveform sampling oscilloscope oscope on a chip Comparable CH1 performance to best CFD + HPTDC MUCH lower power, no need dfor huge cable CH2 plant! Using full samples reduces the impact of noise psrms Photodetector limited NIM A602 (2009) 438 Advanced Detector Research award 45
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