//---------------------------------------------------- // 23.05.2012 //---------------------------------------------------- # v12f - HUB and OPTO hot hot hot hot hot hot low - hit rate 7 4 2 6 3 2 2 - 16-hubs per module TRD v12b 1 2 4 | 3 6 9 12 pad size 19 10 5 | 12 6 4 3 febs per module 95 50 25 | 96 48 32 24 spadics per module 112 64 32 | 96 48 32 32 possible hub connections ------------------------------------ 85 78 78 |100 100 100 75 % uplink efficiency 7 4 2 1 6 3 2 2 16-hubs per module 5x(3x5)+2x(2x5)+(5+12) = 112 2x(3x5)+2x(2x5)+(2+12) = 64 1x(3x5)+1x(2x5)+(1+6) = 32 6x(2x8) = 96 3x(2x8) = 48 2x(2x8) = 32 2x(3x4)+(8) = 32 TRD v12b 1 2 4 7 | 3 6 9 12 pad size 19 10 5 3 | 12 6 4 3 febs per module 95 50 25 15 | 96 48 32 24 spadics per module 100 60 40 20 |100 60 40 40 possible hub connections ------------------------------------ 95 83 63 75 | 96 80 80 60 % uplink efficiency 5 3 2 1 5 3 2 2 20-hubs per module 4x(4x5)+1x(3x5)+(5) = 100 1x(4x5)+2x(3x5)+(10) = 60 1x(3x5)+1x(2x5)+(5+10) = 40 1x(3x5)+(5) = 20 4x(5x4)+1x(4x4)+(4) = 100 3x(4x4)+(12) = 60 2x(4x4)+(8) = 40 2(3x4)+(16) = 40 //---------------------------------------------------- 1 HUB = 4x5 GBit = 20 GBit 1 OPTO = 12x5 GBit = 60 GBit //---------------------------------------------------- 7 4 2 | 6 3 2 2 - 16-Spadic HUB 5x(3x5)+2x(2x5)+(5+12) = 112 2x(3x5)+2x(2x5)+(2+12) = 64 1x(3x5)+1x(2x5)+(1+6) = 32 6x(2x8) = 96 3x(2x8) = 48 2x(2x8) = 32 2x(3x4)+(8) = 32 mod1 - 95 Gbit 7 HUB = 140 GBit 5-feb groups = (3+3+3) (3+3 2+2) mod1 2 OPTO = 9 + 10 5-FEBs = 45 + 50 GBit mod2 - 50 Gbit 4 HUB = 80 GBit 5-feb groups = (3+3 2+2) mod2 1 OPTO = 10 5-FEBs = 50 GBit mod3 - 25 Gbit 2 HUB = 40 GBit 5-feb groups = (3+2) mod3 1 OPTO = 5 5-FEBs = 25 GBit //-------------------------- mod5 - 96 GBit 6 HUB = 120 GBit 8-feb groups = (2+2+2) (2+2+2) mod5 2 OPTO = 12 + 12 4-FEBs = 48 + 48 GBit mod6 - 48 GBit 3 HUB = 60 GBit 8-feb groups = (2+2+2) mod6 1 OPTO = 12 4-FEBs = 48 GBit mod7 - 32 GBit 2 HUB = 40 GBit 8-feb groups = (2+2) mod7 1 OPTO = 8 4-FEBs = 32 GBit mod8 - 24 GBit 8-feb groups = (2+1) mod8 1 OPTO = 6 4-FEBs = 24 GBit //---------------------------------------------------- //---------------------------------------------------- 1 HUB = 4x5 GBit = 20 GBit 1 OPTO = 12x5 GBit = 60 GBit //---------------------------------------------------- 5 3 2 5 3 2 2 - 20-Spadic HUB mod1 - 95 Gbit 5 HUB = 100 GBit mod1 2 OPTO = 8 + 11 5-FEBs = 40 + 55 GBit mod2 - 50 Gbit 3 HUB = 60 GBit mod2 1 OPTO = 10 5-FEBs = 50 GBit mod3 - 25 Gbit 2 HUB = 40 GBit mod3 1 OPTO = 5 5-FEBs = 25 GBit mod5 - 96 GBit 5 HUB = 100 GBit mod5 2 OPTO = 10 + 14 4-FEBs = 40 + 56 GBit mod6 - 48 GBit 3 HUB = 60 GBit mod6 1 OPTO = 12 4-FEBs = 48 GBit mod7 - 32 GBit 2 HUB = 40 GBit mod7 1 OPTO = 8 4-FEBs = 32 GBit mod8 - 24 GBit 2 HUB = 40 GBit mod8 1 OPTO = 6 4-FEBs = 24 GBit //---------------------------------------------------- //---------------------------------------------------- // 22.05.2012 //---------------------------------------------------- # 16 - hubs - number 7 * 48 + \ 4 * 32 + \ 2 * 112 + \ 6 * 16 + \ 3 * 72 + \ 2 * 96 + \ 2 * 332 = 1856 // total hubs # v12f # 16 - hubs - uplink efficiency (95. / (7 * 16) * 48 + \ 50. / (4 * 16) * 32 + \ 25. / (2 * 16) * 112 + \ 96. / (6 * 16) * 16 + \ 48. / (3 * 16) * 72 + \ 32. / (2 * 16) * 96 + \ 24. / (2 * 16) * 332 ) / 708 = 82.8 % # v12g # 16 - hubs - uplink efficiency (95. / (7 * 16) * 48 + \ 50. / (4 * 16) * 32 + \ 25. / (2 * 16) * 112 + \ 96. / (6 * 16) * 16 + \ 48. / (3 * 16) * 72 + \ 32. / (2 * 16) * 428 ) / 708 = 94.5 % //---------------------------- //---------------------------- # 20 - hubs - number 5 * 48 + \ 3 * 32 + \ 2 * 112 + \ 5 * 16 + \ 3 * 72 + \ 2 * 96 + \ 2 * 332 = 1712 hubs # v12f # 20 - hubs - uplink efficiency (95. / (5 * 20) * 48 + \ 50. / (3 * 20) * 32 + \ 25. / (2 * 20) * 112 + \ 96. / (5 * 20) * 16 + \ 48. / (3 * 20) * 72 + \ 32. / (2 * 20) * 96 + \ 24. / (2 * 20) * 332 ) / 708 = 69.4 % # v12g # 20 - hubs - uplink efficiency (95. / (5 * 20) * 48 + \ 50. / (3 * 20) * 32 + \ 25. / (2 * 20) * 112 + \ 96. / (5 * 20) * 16 + \ 48. / (3 * 20) * 72 + \ 32. / (2 * 20) * 428 ) / 708 = 78.8 % //---------------------------------------------------- // 11.05.2012 //---------------------------------------------------- 1..20 spadic - 1 hub 3,4,6,12 hub - 1 opto (12x 5-Gbit Inputs) 1 opto - 12 fibers //---------------------------------------------------- assume 32 Spadics per HUB: 4x8 = 32 6x5 = 30(+2) TRD v12b 1 2 4 7 | 3 6 9 12 pad size 19 10 5 3 | 12 6 4 3 febs per module 95 50 25 15 | 96 48 32 24 spadics per module 128 64 32 32 | 96 64 32 32 possible hub connections ------------------------------------ 74 78 78 46 |100 75 100 75 % uplink efficiency 4 2 1 1 3 2 1 1 32-hubs per module 3x(5x5)+1x(4x5)+(33) = 128 2x(5x5)+(14) = 64 1x(5x5)+(7) = 32 1x(3x5)+(17) = 32 3x(4x8) = 96 2x(3x8)+(16) = 64 1x(4x8) = 32 1x(3x8)+(8) = 32 //---------------------------------------------------- //---------------------------------------------------- assume 20 Spadics per HUB: 2x8 = 16(+4) 4x5 = 20 TRD v12b 1 2 4 7 | 3 6 9 12 pad size 19 10 5 3 | 12 6 4 3 febs per module 95 50 25 15 | 96 48 32 24 spadics per module 100 60 40 20 |100 60 40 40 possible hub connections ------------------------------------ 95 83 63 75 | 96 80 80 60 % uplink efficiency 5 3 2 1 5 3 2 2 20-hubs per module 4x(4x5)+1x(3x5)+(5) = 100 1x(4x5)+2x(3x5)+(10) = 60 1x(3x5)+1x(2x5)+(5+10) = 40 1x(3x5)+(5) = 20 4x(5x4)+1x(4x4)+(4) = 100 3x(4x4)+(12) = 60 2x(4x4)+(8) = 40 2(3x4)+(16) = 40 //---------------------------------------------------- //---------------------------------------------------- assume 16 Spadics per HUB: 2x8 = 16 3x5 = 15(+1) TRD v12b 1 2 4 7 | 3 6 9 12 pad size 19 10 5 3 | 12 6 4 3 febs per module 95 50 25 15 | 96 48 32 24 spadics per module 112 64 32 16 | 96 48 32 32 possible hub connections ------------------------------------ 85 78 78 94 |100 100 100 75 % uplink efficiency 7 4 2 1 6 3 2 2 16-hubs per module 5x(3x5)+2x(2x5)+(5+12) = 112 2x(3x5)+2x(2x5)+(2+12) = 64 1x(3x5)+1x(2x5)+(1+6) = 32 1x(3x5)+(1) = 16 6x(2x8) = 96 3x(2x8) = 48 2x(2x8) = 32 2x(3x4)+(8) = 32 //---------------------------------------------------- TRD v12a 1 2 4 7 | 4 6 9 12 pad size 19 10 5 3 | 8 6 4 3 febs per module 95 50 25 15 | 64 48 32 24 spadics per module 112 64 32 16 | 64 48 32 32 possible hub connections ------------------------------------ 85 78 78 94 |100 100 100 75 % uplink efficiency 7 4 2 1 4 3 2 2 16-hubs per module 5x(3x5)+2x(2x5)+(5+12) = 112 2x(3x5)+2x(2x5)+(2+12) = 64 1x(3x5)+1x(2x5)+(1+6) = 32 1x(3x5)+(1) = 16 4x(2x8) = 64 3x(2x8) = 48 2x(2x8) = 32 2x(3x4)+(8) = 32 //---------------------------------------------------- # ## Pad numbers for trd.v12a # # by David Emschermann, 17.01.2012 // even row numbers // v12b - inner modules reduced pad width 7.125 mm 4* 3040 + 4* 3040 + 4* 1600 + 8 * 800 + 4* 480 + 12* 1024 + 14* 768 = 62080 (v12b) 4* 1600 + 4* 1600 + 12* 800 + 4* 480 + 12* 1536 + 42* 768 = 75008 (v12b) 8* 2048 + 12* 1536 + 24* 1024 + 54* 768 = 100864 (v12b) trd_v12b = 4* 62080 + 4* 75008 + 2* 100864 = 750080 - 1282 ch/m2 - (23440 spadics * 32 ch) // trd3mod3 pad size reduced to 3 cm2 8* 3072 + 12* 1536 + 24* 1024 + 54* 768 = 109056 (v12c) trd_v12c = 4* 62080 + 4* 75008 + 2* 109056 = 766464 - 1310 ch/m2 - (23952 spadics * 32 ch) # Layer 1 / Station 1 4* 2888 + 4* 2888 + 4* 1520 + 8 * 760 + 4* 456 + 12* 1024 + 14* 768 = 60128 (final) 4* 2888 + 4* 2888 + 12* 760 + 4* 456 + 12* 1536 + 14* 1024 = 66816 (sta1_hd) 4* 2888 + 4* 2888 + 12* 760 + 4* 456 + 26* 1024 = 60672 # Layer 5 / Station 2 4* 1520 + 4* 1520 + 12* 760 + 4* 456 + 12* 1536 + 42* 768 = 73792 (final) 4* 1520 + 4* 1520 + 12* 760 + 4* 456 + 12* 1536 + 42* 1024 = 84544 (sta2_hd) 4* 1520 + 4* 1520 + 12* 760 + 4* 456 + 54* 1024 = 78400 # Layer 9 / Station 3 8* 2048 + 12* 1536 + 24* 1024 + 54* 768 = 100864 8* 2048 + 12* 1536 + 78* 1024 = 114688 (sta3_hd) 8* 2048 + 90* 1024 = 108544 v12a 2888 . 1520 . 760 . 456 / 2048 . 1536 . 1024 . 768 pads per module 1 2 4 7 4 6 9 12 pads size ---------------------------------------------------------------------------- station1_fi 32 16 32 16 0 0 48 56 station2_fi 0 32 48 16 0 48 0 168 station3_fi 0 0 0 0 16 24 48 108 ---------------------------------------------------------------------------- modules total 32 48 80 32 16 72 96 332 = 708 ---------------------------------------------------------------------------- spa_febs/mod 19 10 5 3 8 6 4 3 spa_febs_total 608 480 400 96 / 128 432 384 996 = 1584 / 1940 = 3524 ---------------------------------------------------------------------------- spadics/feb 5 5 5 5 / 8 8 8 8 spadics/mod 95 50 25 15 / 64 48 32 24 spadics total 3040 2400 2000 480 1024 3456 3072 7968 = 7920 / 15520 = 23440 channels avilable 23440 * 32 = 750080 channels unused 1584 * 8 = 12672 (equivalent to 396 Spadics = 1.69%) switch pad with in innner modules from 7.5 mm to 7.125 mm, 80 pads/row? v12a 2888 . 1520 . 760 . 456 / 2048 . 1536 . 1024 sta1_hd 32 0 48 16 0 48 56 sta2_hd 0 32 48 16 0 48 168 sta3_hd 0 0 0 0 16 24 156 ------------------------------------------------------------ 32 32 96 32 16 120 380 / 708 v12a 2888 . 1520 . 760 . 456 / 2048 . 1536 . 1024 sta1 32 0 48 16 0 0 104 sta2 0 32 48 16 0 0 216 sta3 0 0 0 0 16 0 180 ------------------------------------------------------------ 32 32 96 32 16 0 500 / 708 // total number of channels trd_v12a_fin= 4* 60128 + 4* 73792 + 2* 100864 = 737408 - 1260 ch/m2 trd_v12a_hd = 4* 66816 + 4* 84544 + 2* 114688 = 834816 - 1427 ch/m2 trd_v12a = 4* 60672 + 4* 78400 + 2* 108544 = 773376 trd_v11a_fin= 4* 60128 + 4* 73792 + 4* 100864 = 939136 - 1202 ch/m2 trd_v11a_hd = 4* 66816 + 4* 84544 + 4* 114688 = 1064192 - 1362 ch/m2 trd_v11a = 4* 60672 + 4* 78400 + 4* 108544 = 990464 // odd row numbers # Layer 1 / Station 1 4* 2888 + 4* 1444 + 12* 760 + 4* 532 + 26* 896 = 51872 4* 2888 + 4* 2888 + 12* 760 + 4* 532 + 12* 1536 + 14* 896 = 65328 (sta1_hd) # Layer 5 / Station 2 4* 1444 + 4* 1444 + 12* 760 + 4* 532 + 54* 896 = 71184 4* 1444 + 4* 1444 + 12* 760 + 4* 532 + 12* 1536 + 42* 896 = 78864 (sta2_hd) # Layer 9 / Station 3 8* 2048 + 90* 896 = 97024 8* 2048 + 12* 1536 + 78* 896 =104704 (sta3_hd) trd_v11a = 4* 51872 + 4* 71184 + 4* 97024 = 880320 trd_v11a_hd = 4* 65328 + 4* 78864 + 4* 104704 = 995584 trd_v12a = 4* 51872 + 4* 71184 + 2* 97024 = 686272 trd_v12a_hd = 4* 65328 + 4* 78864 + 2* 104704 = 786176 *hd : all 8 inner modules of station1 have 1 cm2 pads (now 1 and 2 mixed) innner 12 large moduls of each layer 10 -> 6 cm2