LArDPS to eFEX Test Configuration for FOX Demonstrator

FOX demonstrator
Configuration for
LArDPS
 to 
eFEX
 Test  
-- 
direct
 path
Rev: 07-Jan-2015
LArDPS
 to 
eFEX 
Test Configuration 
-- 
direct
 path
High level diagram
of LArDPS to eFEX
light path
(trivial case)
Trunk Cable
M
F
F
M
48 Fibers
LArDPS
 to 
eFEX
 Test Configuration – 
direct
 path:  Optical Insertion Loss 
Measurement
 with 
CMX
MTP
MTP
48 Fibers
48 Fibers
Breakout Cable (48)
Breakout Cable (48)
CMX
out
F
in
M
12 Fibers
M
12 Fibers
F
LC/LC
LC/LC
x12
x12
Breakout Cable (12)
Breakout Cable (12)
MTP
MTP
Above the line EXACTLY matches the setup planned for this FOX demonstrator test
CMX
out
F
in
M
12 Fibers
M
12 Fibers
F
LC/LC
LC/LC
Direct LC-LC
connections
x12
x12
LArDPS
 to 
eFEX
 Test Configuration – 
direct
 path:  offset 
calibration 
with 
CMX
Breakout Cable (12)
Breakout Cable (12)
MTP
MTP
Trunk Cable
48 Fibers
M
F
M
F
MTP
MTP
48 Fibers
48 Fibers
Breakout Cable (48)
Breakout Cable (48)
Fluke
Source
Fluke
Meter
LC/LC
LC/LC
Single Fiber SC-LC
Single Fiber SC-LC
x1
x1
LArDPS
 to 
eFEX
 Test Configuration – 
direct
 path:  Optical Insertion Loss 
Measurement
 with 
Fluke
 handheld meter
Above the line EXACTLY matches the setup planned for this FOX demonstrator test
Direct LC-LC
connection
Fluke
Source
Fluke
Meter
LC/LC
LC/LC
Single Fiber SC-LC
Single Fiber SC-LC
x1
x1
LArDPS
 to 
eFEX
 Test Configuration – 
direct
 path:  offset 
calibration 
with 
Fluke
 handheld meter
FOX demonstrator
Configuration for
LArDPS
 to 
eFEX
 Test  
-- 
without
 splitters
LArDPS
 to 
eFEX 
Test Configuration 
-- 
without
 splitters
High level diagram
of LArDPS to eFEX
light paths
http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/
LArDPS
 to 
eFEX 
Test Configuration 
-- 
without
 splitters
Detailed connection map
between all modules
http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/
M
M
LArDPS
 to 
eFEX
 Test Configuration – 
without
 splitters:  Optical Insertion Loss 
Measurement
 with 
CMX
48 Fibers
48 Fibers
Breakout Cable (48)
Breakout Cable (48)
CMX
out
F
in
M
12 Fibers
M
12 Fibers
F
LC/LC
LC/LC
x12
x12
Breakout Cable (12)
Breakout Cable (12)
MTP
MTP
out
in
F
M
M
LC/LC
Trunk Cable (48)
Above the line EXACTLY matches the setup planned for this FOX demonstrator test
M
M
F
F
F
out
(LArFOX)
(eFOX)
x48
F
F
MTP
MTP
MTP
MTP
MTP
MTP
in
Trunk Cable (48)
Trunk Cable (48)
Breakout Cable (48)
Breakout Cable (48)
Trunk Cable (48)
Direct LC-LC
connections
LArDPS
 to 
eFEX
 Test Configuration – 
without
 splitters: offset 
calibration
 with 
CMX
 – method #1
CMX
out
F
in
M
12 Fibers
M
12 Fibers
F
LC/LC
LC/LC
x12
x12
Breakout Cable (12)
Breakout Cable (12)
MTP
MTP
M
F
M
Trunk Cable
F
48-Fiber
MTP
MTP
LArDPS
 to 
eFEX
 Test Configuration – 
without
 splitters: offset 
calibration
 with 
CMX
 – method #2
48 Fibers
48 Fibers
Breakout Cable (48)
Breakout Cable (48)
CMX
out
F
in
M
12 Fibers
M
12 Fibers
F
LC/LC
LC/LC
x12
x12
Breakout Cable (12)
Breakout Cable (12)
MTP
MTP
out
in
F
M
M
LC/LC
Trunk Cable (48)
M
M
F
F
48 Fibers
F
48 Fibers
out
Fluke
Source
Fluke
Meter
LC/LC
LC/LC
Single Fiber SC-LC
Single Fiber SC-LC
(LArFOX)
(eFOX)
x1
x1
x48
M
F
M
F
MTP
MTP
MTP
MTP
MTP
MTP
in
LArDPS
 to 
eFEX
 Test Configuration – 
without
 splitters:  Optical Insertion Loss 
Measurement
 with 
Fluke
 handheld meter
Trunk Cable (48)
Trunk Cable (48)
Breakout Cable (48)
Breakout Cable (48)
Breakout Cable (48)
Breakout Cable (48)
Trunk Cable (48)
Above the line EXACTLY matches the setup planned for this FOX demonstrator test
Direct LC-LC
connection
LArDPS
 to 
eFEX
 Test Configuration – 
without
 splitters: offset 
calibration
 with 
Fluke
 -- method #1
Fluke
Source
Fluke
Meter
LC/LC
LC/LC
Single Fiber SC-LC
Single Fiber SC-LC
x1
x1
Trunk Cable
48-Fiber
M
F
M
F
MTP
MTP
LArDPS
 to 
eFEX
 Test Configuration – 
without
 splitters: offset 
calibration
 with 
Fluke
 -- method #2
Tentative decision : Not currently planning to use this time-intensive method
unless the CMX tests suggest otherwise
Fluke
Source
Fluke
Meter
LC/LC
LC/LC
Single Fiber SC-LC
Single Fiber SC-LC
1xx
1
x1
48 Fibers
48 Fibers
Breakout Cable (48)
Breakout Cable (48)
FOX demonstrator
Configuration for
LArDPS
 to 
eFEX
 Test  
-- with 
splitters
LArDPS
 to 
eFEX 
Test Configuration 
-- with 
splitters
High level diagram
of LArDPS to eFEX
light paths
http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/
LArDPS
 to 
eFEX 
Test Configuration 
-- with 
splitters
Detailed connection map
between all modules
(trivial in this case)
http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/
M
M
LArDPS
 to 
eFEX
 Test Configuration – with 
splitters
:  Optical Insertion Loss 
Measurement
 with 
CMX
48 Fibers
48 Fibers
Breakout Cable (48)
Breakout Cable (48)
CMX
out
F
in
M
12 Fibers
M
12 Fibers
F
LC/LC
LC/LC
x12
x12
Breakout Cable (12)
Breakout Cable (12)
MTP
MTP
out
in
F
M
M
LC/LC
Trunk Cable (48)
Above the line EXACTLY matches the setup planned for this FOX demonstrator test
M
M
F
F
F
out
(LArFOX)
(eFOX)
x48
F
F
MTP
MTP
MTP
MTP
MTP
MTP
in
Trunk Cable (48)
Trunk Cable (48)
Breakout Cable (48)
With splittters
Breakout Cable (48)
Trunk Cable (48)
x6
The same procedure  that was illustrated for the measurements
of the 
LArDPS
 to e
FEX
  Test Configuration without splitters
is also followed here for :
•
 Offset 
calibration
 with 
CMX
•
 Optical Insertion Loss 
Measurement
 with 
Fluke
 handheld meter
•
 Offset 
calibration
 with 
Fluke
LArDPS
 to 
eFEX
 Test Configuration – with 
splitters
:
FOX demonstrator
Configuration for
LArDPS
 to 
gFEX
 Test  
-- 
without
 splitters
LArDPS
 to 
gFEX 
Test Configuration 
-- 
without
 splitters
High level diagram
of LArDPS to gFEX
light paths
http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/
LArDPS
 to 
gFEX 
Test Configuration 
-- 
without
 splitters
Detailed connection map
between all modules
http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/
M
M
LArDPS
 to 
gFEX
 Test Configuration – 
without
 splitters:  Optical Insertion Loss 
Measurement
 with 
CMX
48 Fibers
72 Fibers
Breakout Cable (72)
Breakout Cable (48)
CMX
out
F
in
M
12 Fibers
M
12 Fibers
F
LC/LC
LC/LC
x12
x12
Breakout Cable (12)
Breakout Cable (12)
MTP
MTP
out
in
F
M
M
LC/LC
Trunk Cable (48)
Above the line EXACTLY matches the setup planned for this FOX demonstrator test
M
M
F
F
F
out
(LArFOX)
(gFOX)
x48
F
F
MTP
MTP
MTP
MTP
MTP
MTP
in
Trunk Cable (48)
Trunk Cable (72)
Breakout Cable (48)
Breakout Cable (72)
Trunk Cable (48)
The same procedure  that was illustrated for the measurements
of the 
LArDPS
 to e
FEX
  Test Configuration without splitters
is also followed here for :
•
 Offset 
calibration
 with 
CMX
•
 Optical Insertion Loss 
Measurement
 with 
Fluke
 handheld meter
•
 Offset 
calibration
 with 
Fluke
LArDPS
 to 
gFEX
 Test Configuration – 
without
 splitters:
FOX demonstrator
Configuration for
LArDPS
 to 
gFEX
 Test  
-- with 
splitters
LArDPS
 to 
gFEX 
Test Configuration 
-- with 
splitters
High level diagram
of LArDPS to gFEX
light paths
http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/
LArDPS
 to 
gFEX 
Test Configuration 
-- with 
splitters
Detailed connection map
between all modules
http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/
M
M
LArDPS
 to 
gFEX
 Test Configuration – with 
splitters
:  Optical Insertion Loss 
Measurement
 with 
CMX
48 Fibers
Breakout Cable (48)
CMX
out
F
in
M
12 Fibers
M
12 Fibers
F
LC/LC
LC/LC
x12
x12
Breakout Cable (12)
Breakout Cable (12)
MTP
MTP
out
in
F
M
M
LC/LC
Trunk Cable (48)
Above the line EXACTLY matches the setup planned for this FOX demonstrator test
M
M
F
F
F
out
(LArFOX)
(gFOX)
x48
F
F
MTP
MTP
MTP
MTP
MTP
MTP
in
Trunk Cable (48)
Breakout Cable (48)
With splittters
Trunk Cable (48)
x6
72 Fibers
Breakout Cable (72)
Trunk Cable (72)
Breakout Cable (72)
The same procedure  that was illustrated for the measurements
of the 
LArDPS
 to e
FEX
  Test Configuration without splitters
is also followed here for :
•
 Offset 
calibration
 with 
CMX
•
 Optical Insertion Loss 
Measurement
 with 
Fluke
 handheld meter
•
 Offset 
calibration
 with 
Fluke
LArDPS
 to 
gFEX
 Test Configuration – with 
splitters
:
Older Slides
CMX
12 Fibers
48 Fibers
in
out
in
48 Fibers
12 Fibers
out
F
F
F
F
F
F
M
M
M
M
LC/LC
LC/LC
Trunk Cable
Trunk Cable
Trunk Cable
1 Fiber
48 (or 72) Fibers
in
out
in
48 (or 72) Fibers
1 Fiber
out
F
F
M
M
LC/LC
LC/LC
Fluke
Source
Fluke
Meter
Trunk Cable
SC
LC
12 Fibers
48 (or 72) Fibers
in
out
in
48 (or 72) Fibers
12 Fibers
out
F
F
M
M
SC/LC
LC/LC
Fluke
Source
Fluke
Meter
12 Fibers
F
M
Trunk Cable
M
F
12 Fibers

								

								
								

										

												
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Configuration details and diagrams for testing the direct path from the LArDPS to eFEX in the FOX Demonstrator, including optical insertion loss measurements, offset calibration using different setups, and diagrams without splitters. The setup matches the planned configuration for the test.


								
    
																		
  •   Configuration
    • 
																	
  •    Demonstrator
    • 
																	
  •    eFEX
    • 
																	
  •    LArDPS
    • 
																	
  •    Optical Measurement
    • 
																

								

								

									

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Presentation Transcript

								

								
  1. FOX demonstrator Configuration for LArDPS to eFEX Test   -- direct path Rev: 07-Jan-2015
    2. 
            
            
            
  2. LArDPS to eFEX  Test Configuration  -- direct path High level diagram  of LArDPS to eFEX light path (trivial case) http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/ 
    3. 
            
            
            
  3. LArDPS to eFEX Test Configuration direct path:  Optical Insertion Loss Measurement with CMX 48 Fibers Trunk Cable F F Above the line EXACTLY matches the setup planned for this FOX demonstrator test MTP MTP M M LC/LC 12 Fibers x12 MTP M Breakout Cable (48) out Breakout Cable (12) F 48 Fibers CMX LC/LC x12 12 Fibers M MTP in Breakout Cable (12) Breakout Cable (48) F 48 Fibers
    4. 
            
            
            
  4. LArDPS to eFEX Test Configuration direct path:  offset calibration with CMX LC/LC 12 Fibers x12 MTP M Direct LC-LC  connections out Breakout Cable (12) F CMX LC/LC x12 12 Fibers M MTP in Breakout Cable (12) F
    5. 
            
            
            
  5. LArDPS to eFEX Test Configuration direct path:  Optical Insertion Loss Measurement with Fluke handheld meter 48 Fibers Trunk Cable F F Above the line EXACTLY matches the setup planned for this FOX demonstrator test MTP MTP M M LC/LC x1 Fluke Source Breakout Cable (48) Single Fiber SC-LC 48 Fibers LC/LC x1 Fluke Meter Single Fiber SC-LC Breakout Cable (48) 48 Fibers
    6. 
            
            
            
  6. LArDPS to eFEX Test Configuration direct path:  offset calibration with Fluke handheld meter LC/LC x1 Fluke Source Single Fiber SC-LC Direct LC-LC  connection LC/LC x1 Fluke Meter Single Fiber SC-LC
    7. 
            
            
            
  7. FOX demonstrator Configuration for LArDPS to eFEX Test   -- without splitters
    8. 
            
            
            
  8. LArDPS to eFEX  Test Configuration  -- without splitters High level diagram  of LArDPS to eFEX light paths http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/ 
    9. 
            
            
            
  9. LArDPS to eFEX  Test Configuration  -- without splitters Detailed connection map  between all modules  http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/ 
    10. 
            
            
            
  10. LArDPS to eFEX Test Configuration without splitters:  Optical Insertion Loss Measurement with CMX LC/LC x48 Breakout Cable (48) Breakout Cable (48) Trunk Cable (48) out M M in in M M out (eFOX) (LArFOX) MTP MTP MTP MTP F F F Trunk Cable (48) F Trunk Cable (48) Trunk Cable (48) F F Above the line EXACTLY matches the setup planned for this FOX demonstrator test MTP MTP M M LC/LC 12 Fibers x12 MTP M Breakout Cable (48) out Breakout Cable (12) F 48 Fibers CMX LC/LC x12 12 Fibers M MTP in Breakout Cable (12) Breakout Cable (48) F 48 Fibers
    11. 
            
            
            
  11. LArDPS to eFEX Test Configuration without splitters: offset calibration with CMX method #1 LC/LC 12 Fibers x12 MTP M Direct LC-LC  connections out Breakout Cable (12) F CMX LC/LC x12 12 Fibers M MTP in Breakout Cable (12) F
    12. 
            
            
            
  12. LArDPS to eFEX Test Configuration without splitters: offset calibration with CMX method #2 48-Fiber Trunk Cable F F MTP MTP M M LC/LC 12 Fibers x12 MTP M Breakout Cable (48) out Breakout Cable (12) F 48 Fibers CMX LC/LC x12 12 Fibers M MTP in Breakout Cable (12) Breakout Cable (48) F 48 Fibers
    13. 
            
            
            
  13. LArDPS to eFEX Test Configuration without splitters:  Optical Insertion Loss Measurement with Fluke handheld meter LC/LC x48 Breakout Cable (48) Breakout Cable (48) Trunk Cable (48) out M M in in M M out (eFOX) (LArFOX) MTP MTP MTP MTP F F F Trunk Cable (48) F Trunk Cable (48) Trunk Cable (48) F F Above the line EXACTLY matches the setup planned for this FOX demonstrator test MTP MTP M M LC/LC x1 Fluke Source Breakout Cable (48) Single Fiber SC-LC 48 Fibers LC/LC x1 Fluke Meter Single Fiber SC-LC Breakout Cable (48) 48 Fibers
    14. 
            
            
            
  14. LArDPS to eFEX Test Configuration without splitters: offset calibration with Fluke -- method #1 LC/LC x1 Fluke Source Single Fiber SC-LC Direct LC-LC  connection LC/LC x1 Fluke Meter Single Fiber SC-LC
    15. 
            
            
            
  15. LArDPS to eFEX Test Configuration without splitters: offset calibration with Fluke -- method #2 Tentative decision : Not currently planning to use this time-intensive method  unless the CMX tests suggest otherwise 48-Fiber Trunk Cable F F MTP MTP M M LC/LC 1xx 1 Fluke Source Breakout Cable (48) Single Fiber SC-LC 48 Fibers LC/LC x1 Fluke Meter Single Fiber SC-LC Breakout Cable (48) 48 Fibers
    16. 
            
            
            
  16. FOX demonstrator Configuration for LArDPS to eFEX Test   -- with splitters
    17. 
            
            
            
  17. LArDPS to eFEX  Test Configuration  -- with splitters High level diagram  of LArDPS to eFEX light paths http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/ 
    18. 
            
            
            
  18. LArDPS to eFEX  Test Configuration  -- with splitters Detailed connection map  between all modules  (trivial in this case) http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/ 
    19. 
            
            
            
  19. LArDPS to eFEX Test Configuration  with splitters:  Optical Insertion Loss Measurement with CMX Breakout Cable (48) With splittters LC/LC x48 Breakout Cable (48) Trunk Cable (48) x6 out M M in in M M out (eFOX) (LArFOX) MTP MTP MTP MTP F F F Trunk Cable (48) F Trunk Cable (48) Trunk Cable (48) F F Above the line EXACTLY matches the setup planned for this FOX demonstrator test MTP MTP M M LC/LC 12 Fibers x12 MTP M Breakout Cable (48) out Breakout Cable (12) F 48 Fibers CMX LC/LC x12 12 Fibers M MTP in Breakout Cable (12) Breakout Cable (48) F 48 Fibers
    20. 
            
            
            
  20. LArDPS to eFEX Test Configuration  with splitters: The same procedure  that was illustrated for the measurements of the LArDPS to eFEX  Test Configuration without splitters  is also followed here for :     Offset calibration with CMX     Optical Insertion Loss Measurement with Fluke handheld meter     Offset calibration with Fluke
    21. 
            
            
            
  21. FOX demonstrator Configuration for LArDPS to gFEX Test   -- without splitters
    22. 
            
            
            
  22. LArDPS to gFEX  Test Configuration  -- without splitters High level diagram  of LArDPS to gFEX light paths http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/ 
    23. 
            
            
            
  23. LArDPS to gFEX  Test Configuration  -- without splitters Detailed connection map  between all modules  http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/ 
    24. 
            
            
            
  24. LArDPS to gFEX Test Configuration without splitters:  Optical Insertion Loss Measurement with CMX LC/LC x48 Breakout Cable (48) Breakout Cable (72) Trunk Cable (48) out M M in in M M out (gFOX) (LArFOX) MTP MTP MTP MTP F F F Trunk Cable (48) F Trunk Cable (48) Trunk Cable (72) F F Above the line EXACTLY matches the setup planned for this FOX demonstrator test MTP MTP M M LC/LC 12 Fibers x12 MTP M Breakout Cable (48) out Breakout Cable (12) F 48 Fibers CMX LC/LC x12 12 Fibers M MTP in Breakout Cable (12) Breakout Cable (72) F 72 Fibers
    25. 
            
            
            
  25. LArDPS to gFEX Test Configuration without splitters: The same procedure  that was illustrated for the measurements of the LArDPS to eFEX  Test Configuration without splitters  is also followed here for :     Offset calibration with CMX     Optical Insertion Loss Measurement with Fluke handheld meter     Offset calibration with Fluke
    26. 
            
            
            
  26. FOX demonstrator Configuration for LArDPS to gFEX Test   -- with splitters
    27. 
            
            
            
  27. LArDPS to gFEX  Test Configuration  -- with splitters High level diagram  of LArDPS to gFEX light paths http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/ 
    28. 
            
            
            
  28. LArDPS to gFEX  Test Configuration  -- with splitters Detailed connection map  between all modules  http://www.pa.msu.edu/hep/atlas/l1calo/fox/specification/2_demonstrator/figures/ 
    29. 
            
            
            
  29. LArDPS to gFEX Test Configuration  with splitters:  Optical Insertion Loss Measurement with CMX Breakout Cable (48) With splittters LC/LC x48 Breakout Cable (72) Trunk Cable (48) x6 out M M in in M M out (gFOX) (LArFOX) MTP MTP MTP MTP F F F Trunk Cable (48) F Trunk Cable (48) Trunk Cable (72) F F Above the line EXACTLY matches the setup planned for this FOX demonstrator test MTP MTP M M LC/LC 12 Fibers x12 MTP M Breakout Cable (48) out Breakout Cable (12) F 48 Fibers CMX LC/LC x12 12 Fibers M MTP in Breakout Cable (12) Breakout Cable (72) F 72 Fibers
    30. 
            
            
            
  30. LArDPS to gFEX Test Configuration  with splitters: The same procedure  that was illustrated for the measurements of the LArDPS to eFEX  Test Configuration without splitters  is also followed here for :     Offset calibration with CMX     Optical Insertion Loss Measurement with Fluke handheld meter     Offset calibration with Fluke
    31. 
            
            
            
  31. Older Slides
    32. 
            
            
            
  32. LC/LC 48 Fibers LC/LC 48 Fibers 12 Fibers 12 Fibers in M out in out M M M F F F F Trunk Cable Trunk Cable F CMX Trunk Cable F
    33. 
            
            
            
  33. LC/LC 48 (or 72) Fibers LC/LC 1 Fiber 48 (or 72) Fibers 1 Fiber in M out in out M F F Trunk Cable SC Fluke Source LC Fluke Meter
    34. 
            
            
            
  34. LC/LC 48 (or 72) Fibers 48 (or 72) Fibers SC/LC 12 Fibers 12 Fibers in M out in out M M M F F F F Trunk Cable 12 Fibers 12 Fibers Fluke Meter Fluke Source
    35. 
            
            
            
							

							

					

					
					
					

						
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