1. Layout

2. List of BPMs BPM Front-end (FESA) Device-name What it covers
TRIUMF Box IP
cfc-tsg4-bpmconc
TT43.BPM
TT43 BPM #1
TT43.BPM
TT43 BPM #2
TT43.BPM
TT43 BPM #3
TT43.BPM
TT43 BPM #4
TT43.BPM
TT43 BPM #5
TT43.BPM
TT43 BPM #6
TT43.BPM
TT43 BPM #7
TT41.BPM
TT41 common BPM #1
TT41.BPM
TT41 common BPM #2
TT41.BPM
TT41 common BPM #3
TT41.BPM
TT41 common BPM #4
TT41.BPM
TT41 common BPM #5
BPM.AWAKE.TRIUMF
Global device (YASP)

3. TT43 BPM acquisition BPM acquisition FEC TRIUMF Box #1 TRIUMF Box #2
TRIUMF Box #n
Ethernet Fan-out
SPS MTG events
Source trigger (10Hz)
SPS p+ trigger (~-100usec)
Network TN

4. Event scheduling 10Hz event (LTIM) triggers AcquireData RT action
SBP
EXT
SBP 11 1 2 11
10Hz event (LTIM) triggers AcquireData RT action
Read, store and publish last acquired data
0.03 Hz event (LTIM)
Signal that SPS P+ extraction will take place for next electron pulse
SBP event (CTIM) triggers PublishData RT action
Calculate and publish average on N measurements

5. Acquisitions One device with all BPMs Acquisition #1:
All BPMs at source trigger frequency (10Hz)
Acquisition #2 (stand-alone mode)
All BPMs averaged with data from #1 at basic period (1.2 sec)
(12 measurements -> 1)
OP would like to select which measurement (0->11) (filter on property)
Acquisition #3 (proton mode):
All BPMs from #1 where:
SPS beam destination = AWAKE
p+ trigger received

6. Design graph

7. Open questions Calibration scale and offset ..
Electrical and mechanical ..