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Transcript of East
East
Down
West
Up
South FPS (from IP)
West
Down
East
Up
North FPS (from IP)
12
3
4
5
6
789
10
11
12
13
14
1516
1098
7
6
5
4
3
21
11
12
13
14
1516
East
Cassettes for FPS-- from East end
1E
2E
3E
4E
5E
6E
7E
8E
9E
10E
11E
12E
13E
14E
15E
16E
FPS N 1 FPS S 1
FPS N 2 FPS S 2
FPS N 3 FPS S 3
FPS N 4 FPS S 4
FPS N 5 FPS S 5
FPS N 6 FPS S 6
FPS N 7 FPS S 7
FPS N 8 FPS S 8
Spare
CFT Stereo
CFT Stereo
CFT Stereo
CFT Stereo
CFT Stereo
CFT Stereo
CFT Stereo
West
East
36W
37W
38W
39W
40W
41W
42W
43W
44W
45W
46W
47W
48W
49W
50W
51W
FPS N 9 FPS S 9
FPS N 10 FPS S 10
FPS N 11 FPS S 11
FPS N 12 FPS S 12
FPS N 13 FPS S 13
FPS N 14 FPS S 14
FPS N 15 FPS S 15
FPS N 16 FPS S 16
CFT Stereo
CFT Stereo
CFT Stereo
CFT Stereo
CFT Stereo
CFT Stereo
CFT Stereo
Spare
Cassettes for FPS-- from West end
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
12 MCM
8 MCM
8 MCM
8 MCM
8 MCM
8 MCM
8 MCM
8 MCM
8 MCM
8 MCM
8 MCM
8 MCM
8 MCM
8 MCM
8 MCM
FPS Detector-End Waveguide Routing Scenario(Scanned Image)
Proposed Scheme
Dec. 16, 1999, (AP)
Generic FPS Constant -Readout Sector
Two 256 (16-channel x 16-channel) bundles radially down the center of a constant -trigger sector (L1, L3) or (L2, L4) [North, South Detector] with each having two eight-connector pigtails routed as shown.
Note:
a.) From IP: L1(z) > L3(z) and L2(z) > L4(z) where L1, L2=Shower Layers and L3, L4=MIP Layers.b.) In Each Layer (1-4), From IP: v-stereo(z) > u-stereo(z)
16-channel FPSConnector(4x4 Array)
FPS Clear Waveguide Routing Proposal(FPS Group -- A. Patwa; Created: 12/16/99, Revised: 1/10/00)
1
3
4
5
6
8
64CHAN
64CHAN
LHS RHS
2
7
VLPC ModulesCASSETTE TOP(SOUTH Back)
ShowerSector jN
L1North
MIPSector jS
L3South
ShowerSector jN
L1North
MIPSector jS
L3South
ShowerSector jS
L1South
ShowerSector jS
L1South
MIPSector jN
L3North
MIPSector jN
L3North
(u)
(u)
(v)
(v)
(u)
(u)
(v)
(v)
HIGH HIGH
HIGH HIGH
LOW
LOW LOW
LOW
4-conn 4-conn
3-conn 3-conn
4-conn
4-conn 4-conn
4-conn
1-conn 1-conn
4-conn 4-conn
4-conn 4-conn
1-conn 1-conn
4-conn 4-conn
3-conn 3-conn
Note: 1-conn = 16 FPS channelsHIGH Gain Modules: (1,8) (part 2, part 7)LOW Gain Modules: (3,6) (4,5) (part 2, part 7)
= LOW Gain Cassettes
= Partially LOW Gain Cassette
L1
and
L3
Rea
do
ut/
Tri
gg
er S
ecto
r (C
on
stan
t )
No
rth
FP
S D
etec
tor
(Sym
met
ric
-S
ecto
r)L
1 an
d L
3 R
ead
ou
t/T
rig
ger
Sec
tor
(Co
nst
ant )
So
uth
FP
S D
etec
tor
(Sym
met
ric
-S
ecto
r)
[3-conn + 1(7-chan) conn] [3-conn + 1(7-chan) conn]
[3-conn + 1(7-chan) conn] [3-conn + 1(7-chan) conn]
128-CHANNELS
(NORTH Front)
(Sector jN)= (Sector js) (Sector jN)= (Sector js)
1
2
3
4
5
6
7
8
2
5
1
2
1
3
4
4
3
8
5
6
6
7
7
8
Warm fiber PORTS 64(E) and 64(W) waveguides /port
MCM daughter boards (SIFT+SVX) 64 channels used
Backplane Backplane
Boa
rd to
p Board top
Left hand bd Right hand bd
8 MCM Cassette (2 Analog Front End Bd) CFT
64
North (front)
South (back)
64
64
64
64
64
64
64 64
64
64
64
64
64
64
64
VLPC chips -- 8 pixels/chip
1
2
3
4
5
6
7
8
2
1
2
112
11
11
12
Backplane Backplane
Boa
rd to
p Board top
Left hand bd Right hand bd
12 MCM Cassette (2 AFE Bd) CPS/CFT stereo
64
64
64
64
34
56
78
9103
4
56
78
910
64
64
64
64
64
64
64
64 64
64
64
64
North (front)
South (back)
CFT stereo
CFT stereo
CFT stereo
CFT stereo
CFT stereo
CFT stereo
CFT stereo
CFT stereo
CPS low
CPS low
CPS low
CPS low
CPS low
CPS low
CPS low
CPS low
high
high
high
high
high
high
high
high
C1
C2Cd
MCM daughter boards (SIFT+SVX) 64 channels used
Warm fiber PORTS 64(E) and 64(W) waveguides /port
VLPC
Board top
Right hand bd
North (front)
South (back)
C1
C2Cd
Warm fiber connector PORTS 64E (+64W) waveguides /port
2
1
11
12
Backplane
34
56
78
910high
high
high
high
FPS MIP
FPS MIP
FPS MIP
FPS MIP
FPS Shr low
FPS Shr low
FPS Shr low
FPS Shr low
AFE right -- v strips
8E
7E
6E
5E
4E
3E
2E
1E
55
55
48
48
16
64
64
64
64
16
MCMs
MIP sect j v strips North
MIP sect j v strips South
SHWR sect j v strips South
SHWR sect j v strips North
55
48
72
72
72
72
48
55
VLPC chips 8 pixel/chip
FPS from detector to MCM - only shown for 12 MCM AFE right (v)
clear waveguide cables - 16 channels/cable
FPS (v) detector strips
Flex cable
(12 MCM AFE left (u strips) is mirror image, through West ports )
phi Wedge 1 Shower
phi Wedge 1Mip
Cassettetop view
right hand AFE
left hand AFE
W1M
DFE w twin Daughters
Each cassette has two phi wedges for input. W1 and W2. Each with Mip and Shower layers
The two Phi Wedges can be adjacent or non-adjacent. For example north and south. But they MUST have the same wave guide length to ensure the same timing.
There are five links from each AFE board to each DFE board, an odd number. One of the links will contain data from both phi wedges.
All 10 links from each pair of AFE boards which share a cassette must plug into the DFE board such that the mixed link can be un-mixed on the DFE daughter boards.
FPS phi Wedges
05-Jan-2000FPS_lvds.cdd
W2S
W2M
W1S
W2S
W2M
W1M
W1S
W2S
W2M
W1S W2S
W1M
W1S
W2S
W2M
W1SW2S
W1M W1S W2S W2MW1S
W2SW1M W1S W2S W2MW1S W2S
W2M & W2SW1M & W1S
CPS-15S-N north 128 u strips 128 v strips
CFT-St
CFT-St
L1
L2
L3
R1
R2
R3
DFE w twin Daughters
NORTH 256 u strips 128 high 128 low 256 v strips 128 high 128 low
SOUTH 256 u strips 128 high 128 low 256 v strips 128 high 128 low
R1 L3 R3L2L1 R2
CPS-15S-S south 128 u strips 128 v strips
Cassettetop view
Each cassette has two wave guide bundles as input.
One is from the north end of the detector and one is from the south.
The digital signals for the CPS-St channels on each AFE board are output over 3 LVDS channel links.
One link per AFE contains both north and south channels
The north and south are sorted on the DFE daughter board.
CPS Stereo
512 channels are input into each cassette.
These are split into 1024 channles.
The 1024 channels are sent over 6 LVDS links, for an average 171 bits per link.
CPS-5A-N north 256 x strips
CFT-St
CFT-St
L1
L2
L3
R1
R2
R3
DFE w twin Daughters
NORTH 256 u strips 256 v strips
SOUTH 256 u strips 256 v strips
R1 L3 R3L2L1 R2
CPS-5A-S south 256 x strips
Cassettetop view
Each cassette has two wave guide bundles as input.
One is from the north end of the detector and one is from the south.
The digital signals for the CPS-St channels on each AFE board are output over 3 LVDS channel links.
One link per AFE contains both north and south channels
The north and south are sorted on the DFE daughter board.
CPS Axial
512 channels are input into each cassette.
These are split into 1024 channels.
North and South are combined to reduce the number to 512
The 512 channels are sent over LVDS links, for an average 128 bits per link.
4
1
2
3
6
7
8
5
FPS
RE
D -
Du
alG
RE
EN
- S
ing
le
Module
NORTH / Front
SOUTH / Back
Map of VLPC’s in the Cassette
4
1
2
3
6
7
8
5
RE
D -
Du
alG
RE
EN
- S
ing
le
Module
NORTH / Front
SOUTH / Back
CFT St
CPS
CFT St
Map of VLPC’s in the Cassette
Back Plane
4
1
2
3
6
7
8
5
4
1
2
3
6
7
8
5
64
64
64
64
64
64
64
64
4
1
2
3
6
7
8
5
64
64
64
64
64
64
64
64
Module MCM
Right Hand Board
MCM
Left Hand Board
Back Plane
NORTH Front
bo
ttom
of b
oa
rdbo
ttom
of b
oa
rd
SOUTH Back
8-MCM AFE Board
Map from Modules to MCM to LVDS
1
64
64
64
64
64
64
64
64
2
3
4
LVDS
4
64
64
64
64
64
64
64
64
3
1
1
LVDS
1
3
4
2
7
5
6
8
1
5
7
2
3
9
11
4
64
64/56
64
8
16
64/48
8
16
64/48
64/56
ModuleMCM
Right Hand Board
Back Plane
NORTH Front
bo
ttom
of b
oa
rdSOUTH Back
BLUE - CPS/CFT <> RED - FPS
du
al-q
ua
d M
CM
_B
oa
rd
64/56
64/56
12-MCM AFE Board
Map from Modules to MCM to LVDS
1
2
LVDS
4
5
3
64/72
64/72
64/48
64/56
64/56
64/72
64/72
64/72
64/72
64/72
64/72
H
H
H
H
L
L
L
L
64/48
North
South
North
South
4
7
4
7
9
2
11
11
2
9
11
7
11
7
Right Hand Board
CPLD
H
L
H
L
H
L
H
L
1
2
3
4
5
6
7
8
9
10
11
12
VRB
10
SEQ
10
AFE
DFE
VRB
12
SEQ
10
AFE
DFE
VRB
6
SEQ
8
AFE
DFE
VRB
8
SEQ
8
AFE
DFE
MRC
9
Trigger Frame & SCL Distribution
BLUE - SCL ‘like’ route
GREEN - Data Read Out to L3 route
CFT Ax
CFT St
CPS
FPS
LALA
L1MUON
L1MUON
DFE
40
96AFE
75
Cass
ette
AFE
10*
Cass
ette
Sequencer L3 ReadoutVRB
Stage 1
LALA
L1MUON
L1MUON
DFE
40
96
L1 & L2BroadcasterSystem
AFE
75
Cass
ette
AFE
10*
Cass
ette
Mixing Box
20
Sequencer L3 ReadoutVRB
Stage 3Final Stage
LALA
DFE
40
L1 & L2BroadcasterSystem
AFE
75
Cass
ette
AFE
10*
Cass
ette
Sequencer L3 ReadoutVRB
Stage 3Final Stage
CTT SystemAFE
AFE
Sequencer L3 ReadoutVRB
Stage 1Electronic Pulser
Test
LALA
L1MUON
L1MUON
DFE L1 & L2BroadcasterSystem
Stage 2
Test Generator / Receiver
LALA
L1MUON
L1MUON
DFE
40
96
L1 & L2BroadcasterSystem
AFE
75
Cass
ette
AFE
10*
Cass
ette
Mixing Box
20
Sequencer L3 ReadoutVRB
Stage 3Final Stage
CR or VTBG
LALA
DFE
40
L1 & L2BroadcasterSystem
AFE
75
Cass
ette
AFE
10*
Cass
ette
Sequencer L3 ReadoutVRB
Stage 3Final Stage
Platform Layout
• South & North
– BLS
• East
– L1muon
• West
– CTT L1 & L2
– cal
• Center
– BLS
– VLPC
– SMT
– CTT FE
center
AFE Crates
• Mounted on VLPC Cryostats
• Center Row of Platform
• LVPS located under cryostats
• Each crate has TWO back planes [a&b]
PC19A
NORTH SOUTH
EAST
WESTBASE
FPS
FPS
CPS
CPS
CFT AxCPS
CFT
CFT
CFT
CFT
CFT
CPSCFT Ax
CPS
FPS
FPS
PC19B
PC20A
PC20B
PC03B
PC03A
PC04B
PC04A
1
2
3
4
5
6
7a
7b
8
9
10
11
12
13
PC03 & PC04
• These two racks are 7” taller
• House SMT and CTT sequencer crates
• House Mixer and DFE crates for CFT
• LVPS located on wall behind racks
SS12SS3
Mixer
CFT
CFT blank
PC19 & PC20
• House SMT and CTT sequencer crates
• House DFE crates for the preshower
• LVPS located on wall behind racks
FPSSS45
PW03 ,02 & 08
• PW08 is to be added outboard of 2 and 3
• PW03 is closest to the center platform
• PW03 holds collector boards
• PW02 holds the muon trigger crate
• Pw08 is reserved for the forward proton
PW03PW02
Sequencer Crates
• Sequencers & Crates in production
• Installation starts soon
• CTT installed as part of SMT installation
MCH > M200 - M207
• M200 will hold L2 crates for FPS, CPS & CFT
CFT
PS
MCH > M209 - M213
• M212 & M213 will look like M210 & M211
• They will hold 4 GS– 3 GS -
> CFT & CPS
– 1 GS -> FPS
GS2
GS1
GS3
GS4
AFE Back Plane
• Same BP for 8-MCM and 12-MCM– SQ-5 & 6 not
used for 8-MCM
• Dual gain channels are on SQ-5 & SQ-6
AFE Back Plane - Viewed from rearslot 1slot 2slot 3slot 4slot 5slot 6slot 7slot 8
SQ-1SQ-2SQ-3SQ-4
SQ-6 SQ-5
LVDS Channel Links - 6 per connector - 21 or 28 bit
Sequencer Cable Connectors
SQ-1 to -4: CFT Ax, CFT St, FPS mipSQ-5 & -6: CPS, FPS [12MCM DB]
FAT FATTHIN THIN
PC19A
NORTH SOUTH
EAST
WESTBASE
FPS
FPS
CPS
CPS
8-CFT Ax8-CPS
CFT
CFT
CFT
CFT
CFT
8-CPS8-CFT Ax
CPS
FPS
FPS
PC19B
PC20A
PC20B
PC03B
PC03A
PC04B
PC04A
04-Jan-2000
1
2
3
4
5
6
7
8
9
10
11
12
13
So
uth
we
st E
/WFPS
CFT_StCFT_Ax
44
SEQUENCER CABLESfrom AFE boards
40
CPS
26
30
14
10
PC19
NORTH SOUTH
EAST
WESTBASE
FPS
FPS
CPS
CPS
8-CFT Ax8-CPS
CFT
CFT
CFT
CFT
CFT
8-CPS8-CFT Ax
CPS
FPS
FPS
PC20
PC03
PC04
1
2
3
4
5
6
7
8
9
10
11
12
13
CPS_FPS
CPS_FPS
MIXER
DFE
LVDS CHANNEL LINKSfrom AFE to DFE
21bit Links
28bit Links
128
112
160
208
80
32
PC19
NORTH SOUTH
EAST
WESTBASE
FPS
FPS
CPS
CPS
8-CFT Ax8-CPS
CFT
CFT
CFT
CFT
CFT
8-CPS8-CFT Ax
CPS
FPS
FPS
PC20
PC03
PC04
04-Jan-2000
1
2
3
4
5
6
7
8
9
10
11
12
13
Ea
st P
rim
ary
N/S
We
st P
rim
ary
N/S
Ea
st A
ux
N/S
We
st A
ux
N/S
No
rth
ea
st E
/WN
ort
hw
est
E/W
So
uth
ea
st E
/WS
ou
th
we
st E
/W
CTT Platform Cable TraysN/S means north-south runs they are 4” deep by 8” wide they rest on bottom ground plane (on top of bottom floor)E/S means east-west runs they are 5” deep by 8” wide they rest of under floor beams
No
rth
ea
st E
/W
So
uth
ea
st E
/W
ext
en
ds
un
de
r st
ee
l to
PW
ra
cks
ext
en
ds
un
de
r st
ee
l to
PE
ra
cks
N-B
N-A
N-D
N-C
PC19A
PC19B
PC04A
NORTH SOUTH
WEST
BASE
FPS
FPS
CPS
CPS
8-CFT Ax8-CPS
CFT
CFT
CFT
CFT
CFT
PC20
PW03
CFT
PW03
Optical Fiber Links
Trigger
16bit protocal
FPSSS 1 & 2
SS 4 & 5SS 3
follow SMT routing
laid in LVDS cable tray
0
320
28
320
0
28
PC19
NORTH SOUTH
WEST
BASE
FPS
FPS
CPS
CPS
8-CFT Ax8-CPS
CFT
CFT
CFT
CFT
CFT
PC20
PC03
PC04
PW03
LVDS CHANNEL LINKSfrom DFE to COL
CPS_FPS
CPS_FPS
CPS_FPS
MIXER
28bit Links
DFE
24
0
160
0
184
PC19
NORTH SOUTH
EAST
CFT
CFT
CFT
CFT
CFT
8-CPS8-CFT Ax
CPS
FPS
FPS
PC20
PC03
PC04
1
2
3
4
5
6
7
8
EAST
PE02
Fast Trigger Data to L1MUON
DFE
96 Links
0
0
0
96
96
LALA
L1MUON
L1MUON
DFE
40
96
L1 & L2BroadcasterSystem
CFT_SYS1.CDD
CFT / CPS Axial
Updated 6/01/99
AFE
75
CFT Ax
Ca
sse
tte
AFE
10*
CPS Ax
Ca
sse
tte
Mixing Box
20
LALA
DFE
16
L1 & L2BroadcasterSystem
FPS / CPS Stereo
AFE
32
FPS
Ca
sse
tte
AFE
20*
CPS St
Ca
sse
tte
CFT Stereo
AFE
60 + 30*
CFT St
Ca
sse
tte
Sequencer L3 ReadoutVRB
LALA
DFE
8
* NOTE: CPS and CFT Stereo share AFE boards
LALA
L1MUON
L1MUON
DFE
40
96
LLGG
OCTANT
8
L1SING
1L1TM
CFT_TRI6.CDD
L3
4
L2CFT
L2STT
L2STT
L2STT
LALA
DFE
16
LLGG
OCTANT
4
L2PS
L3
LALA
DFE
8
LLGG
OCTANT
4
L3
CFT / CPS Axial
FPS
CPS Stereo
LLGG
OCTANT
LLAG
L1SING
1L1TM
L3
LLAG
Updated 6/01/99
LLGG
L2SING
L3
6/8
LLGG
OCTANT L3
6/8