Modules to Serial Power Chains

BPIX
(ZPhi), Barrel Layer 1. (+X) side.(ZPhi), Barrel Layer 1. (-X) side.(ZPhi), Barrel Layer 2. (+X) side.(ZPhi), Barrel Layer 2. (-X) side.(ZPhi), Barrel Layer 3. (+X) side.(ZPhi), Barrel Layer 3. (-X) side.(ZPhi), Barrel Layer 4. (+X) side.(ZPhi), Barrel Layer 4. (-X) side.(XY) Section : BPIX, (-Z) end. (CMS +Z points towards you)(XY) Section : BPIX, sensors at Z = 0 only. (CMS +Z points towards you)(XY) Section : BPIX, (+Z) end. (CMS +Z points towards you)
 

FPIX and EPIX, (+Z) End
(XY) Section : FPIX_1, any Disk, Surface 1. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_1, any Disk, Surface 2. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_1, any Disk, Surface 3. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_1, any Disk, Surface 4. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_2, any Disk, Surface 1. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_2, any Disk, Surface 2. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_2, any Disk, Surface 3. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_2, any Disk, Surface 4. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)
 

Modules to LP GBTs

BPIX
(ZPhi), Barrel Layer 1. (+X) side. (≠ colors) => (≠ power chains). Alternance of groups of filled/empty/(dashed) module(s) is used to show the alternance of GBTs.(ZPhi), Barrel Layer 1. (-X) side. (≠ colors) => (≠ power chains). Alternance of groups of filled/empty/(dashed) module(s) is used to show the alternance of GBTs.(ZPhi), Barrel Layer 2. (+X) side. (≠ colors) => (≠ power chains). Alternance of groups of filled/empty/(dashed) module(s) is used to show the alternance of GBTs.(ZPhi), Barrel Layer 2. (-X) side. (≠ colors) => (≠ power chains). Alternance of groups of filled/empty/(dashed) module(s) is used to show the alternance of GBTs.(ZPhi), Barrel Layer 3. (+X) side. (≠ colors) => (≠ power chains). Alternance of groups of filled/empty/(dashed) module(s) is used to show the alternance of GBTs.(ZPhi), Barrel Layer 3. (-X) side. (≠ colors) => (≠ power chains). Alternance of groups of filled/empty/(dashed) module(s) is used to show the alternance of GBTs.(ZPhi), Barrel Layer 4. (+X) side. (≠ colors) => (≠ power chains). Alternance of groups of filled/empty/(dashed) module(s) is used to show the alternance of GBTs.(ZPhi), Barrel Layer 4. (-X) side. (≠ colors) => (≠ power chains). Alternance of groups of filled/empty/(dashed) module(s) is used to show the alternance of GBTs.
 

FPIX and EPIX, (+Z) End
(XY) Section : FPIX_1, any Disk, Surface 1. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_1, any Disk, Surface 2. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_1, any Disk, Surface 3. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_1, any Disk, Surface 4. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_2, any Disk, Surface 1. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_2, any Disk, Surface 2. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_2, any Disk, Surface 3. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)(XY) Section : FPIX_2, any Disk, Surface 4. (The 4 surfaces of a disk are indexed such that |zSurface1| < |zSurface2| < |zSurface3| < |zSurface4|)
 

Modules to Fiber Bundles

BPIX
(XY) Section : BPIX, (-Z) end. (CMS +Z points towards you)(XY) Section : BPIX, (+Z) end. (CMS +Z points towards you)
 

FPIX and EPIX, (+Z) End
(XY) Projection : FPIX_1, any Disk. (CMS +Z points towards you). 1 color <=> 1 Fibre Bundle.(XY) Projection : FPIX_2, any Disk. (CMS +Z points towards you). 1 color <=> 1 Fibre Bundle.
 

Modules to DTCs

(RZ) View : Inner Tracker modules colored by their connections to DTCs. 1 color <=> 1 DTC.(XY) Section : BPIX, (+Z) end. (CMS +Z points towards you). 1 color <=> 1 DTC.(XY) Projection : FPIX_1, one Disk. (CMS +Z points towards you). 1 color <=> 1 DTC.(XY) Projection : FPIX_2, one Disk. (CMS +Z points towards you). 1 color <=> 1 DTC.
 

Cabling files

Modules to DTCs: InnerTrackerModulesToDTCs.csv
DTCs to modules: InnerTrackerDTCsToModules.csv
CMSSW: Modules DetIds to DTCs Ids: CMSSWCablingMapInner.csv
 

Cabling count (one X side, per Z end)

(+X) side, (+Z) end.
Total number of Sensors: 968
Total number of Serial Power Chains: 125
Total number of ELinks: 1736
Total number of GBTs: 338
Total number of Fiber Bundles: 33
Total number of DTCs: 7
(+X) side, (-Z) end.
Total number of Sensors: 978
Total number of Serial Power Chains: 125
Total number of ELinks: 1718
Total number of GBTs: 333
Total number of Fiber Bundles: 33
Total number of DTCs: 7
 

Cabling efficiency (one X side)

Total number of Sensors (one X side): 1946
Total number of Serial Power Chains (one X side): 250
Sensors <-> Serial Power Chains efficiency (%): 65
Total number of ELinks (one X side): 3454
Total number of LP GBTs (one X side): 671
ELinks <-> LP GBTs efficiency (%): 74
Total number of Fiber Bundles (one X side): 66
LP GBTs <-> Fiber Bundles efficiency (%): 85
Total number of DTCs (one X side): 14
Fiber Bundles <-> DTCs efficiency (%): 79
 

Number of chips per DTC