clic ni acquisition and control module update
DESCRIPTION
CLIC NI Acquisition and Control Module update. CLIC Module Working group meeting 3-10- 2013 Adriaan Rijllart EN-ICE-MTA. Content. CLIC ACM requirements Motivation for NI systems Inventory of signals Prototype system proposal Miniaturisation Planning Summary. ACM requirements. - PowerPoint PPT PresentationTRANSCRIPT
CLICNI Acquisition and Control Module
update
CLIC Module Working group meeting
3-10-2013
Adriaan RijllartEN-ICE-MTA
CMWG - A. Rijllart 2
ContentCLIC ACM requirements
Motivation for NI systems
Inventory of signals
Prototype system proposal
Miniaturisation
Planning
Summary
3/10/2013
CMWG - A. Rijllart 3
ACM requirements
23000 modules-2m length-200 signals/module- details in excel file- large variety of signal sources (18 GHz wakefield monitor to DC temperature sensors or flow-meters)- requested readout speed: up to 100 Hz- single value readouts or vector readouts- FE electronics needs external timing reference with ps stability
Standard industrial solution with crates and individual modules will explode available budget
TDR phase of CLIC (2011-2016) will seek industrial “custom solution”
3/10/2013
CMWG - A. Rijllart 4
Motivation for NI-PXI systems
Industrial standard
Hardware and software made to work together
Large offer
600 alliance partners world wide
Good support
3/10/2013
CMWG - A. Rijllart 5
Inventory of signals
3/10/2013
Ch type S-rate [S/s]
Resolution [bits]
# ch # ch + bu
V. Fast ADC 2 G 8 0 0
Fast ADC 200 M 14 28 48
Slow ADC 1 k 16 105 160
Slow DAC 1 k 18 8 32
Raw DIO 1 k 146 256
Serial I/O 14 32
Total 301 528
CMWG - A. Rijllart 6
NI DAQ modules
3/10/2013
Ch type S-rate [S/s] Spec/NI
Resolution [bits]
Spec/NI
Module type
# ch/mo
d
Price($)/ch
U. fast ADC
5 G 10 PXIe-5162
4 4100
V. fast ADC
2 G 8 PXI-5153 2 3300
Fast ADC 200 M (250 M)
14 NI 5761R 4 3200
Slow ADC 1 k (3 k) 16 PXI-6225 40/80 40/20
Slow DAC 1 k (8 k) 18 (16) PXI-6225 2 free
Raw DIO 1 k (1 M) PXI-6225 24 free
PXIe-6535
32 50
Serial I/O NI 6584 16 180
CMWG - A. Rijllart 7
NI system proposal
3/10/2013
Ch type S-rate [S/s]
NI
Resolution
[bits] NI
#ch
Module type NI
# ch NI
# NI modules
V. Fast ADC
2 G 8 0 PXI-5153 0 0
Fast ADC 200 M (250 M)
14 28 NI 5761R 28 7
Slow ADC
1 k (3 k) 16 105 PXI-6225 160 4
Slow DAC 1 k (8 k) 18 (16) 8 PXI-6225 8 4*
Raw DIO 1 k (1 M)
146 PXI-6225 96 4*
PXIe-6535 64 2
Serial I/O 14 NI 6584 16 1
Total 372 * Included
CMWG - A. Rijllart 8
NI system cost
3/10/2013
Ch type Module NI
# ch NI
# NI mod Cost $/mod
Cost $
V. Fast ADC PXI-5153 0 0 7500 0
Fast ADC NI 5761R 28 7 12300 86100
Slow ADC PXI-6225 160 4 2000 8000
Slow DAC PXI-6225 8 4* *
Raw DIO PXI-6225 96 4* *
PXIe-6535 64 2 2000 4000
Serial I/O NI 6584 16 1 7500 7500
Crate PXIe-1085 1 8500 8500
Controller – FPGA + fibre
PXIe-PCIe8375
1 5500 5500
PC 800
Total 372 * Included 120400
CMWG - A. Rijllart 9
NI system overview
3/10/2013
Fast ADC DIO + Slow ADC + DAC
DIO SerialSynchroIEEE-1588
Controller
CMWG - A. Rijllart 10
FlexRIO architecture
3/10/2013
CMWG - A. Rijllart 11
FPGA controllerFiber-Optic MXI-Express x4 link, PXIe-PCIe8375
838 MB/s sustained transfer rate
Remote control of PXIe crate
Cost 5.5 kCHF
3/10/2013
CMWG - A. Rijllart 12
Next steps NI-ACM
Functional validation (DAQ, timing, data transfer)
Purchase system with FPGA based controller
Communication test with optical fibre (length)
Validate on Module Test Stand
Develop White Rabbit FPGA controller
Radiation resistance test?Controller + DAQ boards
3/10/2013
CMWG - A. Rijllart 13
White Rabbit-FPGA controller
Development by NIWhite Rabbit timing signal decoding
Loop back in the daisy chain
Estimated cost 25 kCHF
• The White Rabbit timing should be decoded on the FPGA
• The loop back mechanism should be implemented, if we want to be protected from a single fibre fault
3/10/2013
CMWG - A. Rijllart 14
MiniaturisationFinal system requirements:
cheap
consuming little power
easy cooling (conduction?)
small
Solution:Miniaturise 15 boards into 1 small box
NI has long experience with custom design
3/10/2013
CMWG - A. Rijllart 15
CMW integrationOASIS compatibility
Choices: FESA 3
Lightweight CMW client
A short study needed to compare the 2 solutions
3/10/2013
CMWG - A. Rijllart 16
NI-ACM (+ RF) Planning
Year Personnel Material Work Packages
2013 0.2 CERN staff1.0 NI consultant
120 kCHF 5 kCHF
25 kCHF
130 kCHF
Prototype NI-ACMFibre controller with 100 m fibre
Realisation of the “fibre +” interfaceTest of CLIC module on CTF3
RF measurement systems x42014 0.2 CERN staff
1.0 NI consultant1.0 CLIC fellow
70 kCHF Definition of a single board /highly compact NI-ACMTDR contribution
2015 0.1 CERN staff1.0 CLIC fellow
Radiation testTDR contribution
2016 0.1 CERN staff TDR contribution
3/10/2013
CMWG - A. Rijllart 17
SummaryNI system can fit the ACM requirements
Miniaturisation can solve the cost, power, cooling and space requirements
Proposed program:Validation of NI-ACM functionality:
120 kCHF
Fibre optic controller: 5 kCHF
WR timing and loop back development: 25 kCHF
3/10/2013
CMWG - A. Rijllart 18
Thank you
3/10/2013
Questions?