Elx Cards on MM – Cartoon Design

1. Elx Cards on MM – Cartoon Design T. Alexopoulos, G. Iakovidis, P. Gkountoumis, E. Koulouris, V. Polychonakos

2. 16 FEB, 2 L1DDC, 4 ADDC per layer 64 FEB, 8 L1DDC, 16 ADDC per wedge 128 FEB, 16 L1DDC, 32 ADDC per sector 4096 FEB, 512 L1DDC, 1024 ADDC for NSW MM2 MM1 MM2 MMFEB Quadruplet ADDC MM1 x16 x16 x16 x16 L1DDC x16 x16 x16 x16 sector

3. MMFE-8: 215x50x8.48 8.48 = 6(zebra) + 2.48 (PCB) Design work based on AutoCAD Inventor 3D CAD Pro 2014

4. L1DDC: 100x50x17.35 17.35 = 5.35 (minSAS) + 2 (PCB) + 10 (VTRx)

5. ADDC: 100x50x17.35 17.3 = 5.35 (minSAS) + 2 (PCB) + 10 (VTRx) VTRx

6. GBTx L1DDC GROUP1 1 FE • All FEBs in a plane can run @ 160 Mbps • All FEBs in a plane can run @ 320 Mbps • All SCAs run @ 80 Mbps @ 160 Mbps 2 FE GROUP2 3 FEB Power consumption • GBTx: 2.2W + GBLD: 0.325W + GBTIA: 0.25W = 2.92 W • If we add LDOs, translators = 3.3 W • For 4GBTs/Module (sum 640GBTs )=> 2.1 kW • For 8GBTs/Muodule(sum 1024GBTs )=> 3.4 kW • 640 GBTs = 256(MM)+384(sTGC) --- TDR • 1024 GBTs = 512(MM)+512(sTGC) @ 160 Mbps 4 FEB @ 160 Mbps GROUP3 5 FEB 6 FEB GROUP4 7 FEB @ 160 Mbps 8 FEB GROUP5 1 SCA @ 80 Mbps … 8 SCA

7. L1DDC x2 L1DDC x2 LM2 L1DDC x2 L1DDC x2 ADDC x2 ADDC x2 ADDC x2 ADDC x2 ADDC x2 ADDC x2 LM1 ADDC x2 ADDC x2

8. LM1 LM2

9. LM2 LM2 L1DDC MMFE-8

10. LM2 L1DDC L1DDC MMFE-8 ADDC MMFE-8 ADDC MMFE-8 MMFE-8 LM2 MMFE-8 ADDC MMFE-8 ADDC MMFE-8 MMFE-8 MMFE-8 MMFE-8

11. LM2 L1DDC L1DDC MMFE-8 L1DDC L1DDC MMFE-8 ADDC ADDC MMFE-8

13. LM1 LM2

14. MMFE-8 LM2 ADDC ADDC MMFE-8 L1DDC MMFE-8 L1DDC

15. LM1 LM2 ADDC MMFE-8 MMFE-8 ADDC MMFE-8 MMFE-8 ADDC MMFE-8 MMFE-8 L1DDC ADDC L1DDC MMFE-8 MMFE-8 MMFE-8 MMFE-8 L1DDC L1DDC MMFE-8 MMFE-8 MMFE-8 MMFE-8

16. L1DDC L1DDC MMFE-8 MMFE-8 MMFE-8 L1DDC L1DDC MMFE-8 MMFE-8

17. LM1 LM2 MMFE-8 MMFE-8 MMFE-8 MMFE-8 MMFE-8

18. LM1 MMFE-8 MMFE-8

19. L1DDC L1DDC MMFE-8 MMFE-8

20. L1DDC L1DDC MMFE-8 MMFE-8 MMFE-8 MMFE-8

21. L1DDC MMFE-8 MMFE-8