LV Mapping

LV slot	Cable name	GEMROC	FEB	1st cable	2nd cable	Notes
0H	FEB 0-15	-	FEB 0-15	FEB 0-7 (GEMROC 0-1)	FEB 8-15 (GEMROC 2-3)	LAYER 1: both sides
0L	FEB 16-27	-	FEB 16-27	FEB 16-23 (GEMROC 4-5)	FEB 24-27 (GEMROC 6, no bretella)	LAYER 2: side ___
1H	ROC 0-3	GEMROC 00-03	-	-	-	LAYER 1: both sides
1L	ROC 4-6	GEMROC 04-06	-	-	-	LAYER 2: side ___ + fanout
2H	FEB 28-43	-	FEB 28-43	FEB 28-35 (GEMROC 7-8)	FEB 36-43 (GEMROC 9-10)	LAYER 2: shared detector sides on GEMROC 7
2L	FEB 44-59	-	FEB 44-59	FEB 44-51 (GEMROC 11-12)	FEB 52-59 (GEMROC 13-14)	LAYER 3: side ___
3H	ROC 7-10	GEMROC 07-10	-	-	-	LAYER 2: shared detector sides on GEMROC 7
3L	ROC 11-14	GEMROC 11-14	-	-	-	LAYER 3: side ___
4H	FEB 60-63	-	FEB 60-63	empty	FEB 60-63 (GEMROC 15, no bretella)	LAYER 3: shared detector sides
4L	FEB 64-79	-	FEB 64-79	FEB 64-71 (GEMROC 16-17)	FEB 72-79 (GEMROC 18-19)	LAYER 3: side ___
5H	ROC 15	GEMROC 15	-	-	-	LAYER 3: shared detector sides, only one GEMROC
5L	ROC 16-19	GEMROC 16-19	-	-	-	LAYER 3: side ___

SH cables keep the names they have on them
Data LH cables have been renamed according to the FEB connected
LV LH cables keep the names they have on them
DLVPC towers are named "far" and "close" according to their distance to the GEMROCs: this is due to the Data LH cables length


FEB	DATA LH	LV LH	GEMROC	DLVPC tower
62		TIGER 54	15	far
63		TIGER 55	15	far
64		TIGER 09	16	far
65		TIGER 12	16	far
66		TIGER 13	16	far
67		TIGER 15	16	far
68		TIGER 48	17	far
69		TIGER 56	17	far
70		TIGER 69	17	far
71	FEB 71	TIGER 70	17	close
72	FEB 72	TIGER 04	18	close
73	FEB 73	TIGER 05	18	close
74	FEB 74	TIGER 06	18	close
75	FEB 75	TIGER 07	18	close
76	FEB 76	TIGER 45	19	close
77	FEB 77	TIGER 49	19	close
78	FEB 78	SPARE 07	19	close
79	FEB 79	TIGER 79	19	close

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