|
LUTs: FFs (base_LUTs: base_FFs + dw* LUTs_per_bit: FFs_per_bit) R = RO_LUTs: RO_FFs% W = WO_LUTs: WO_FFs% |
•LUTs: Slice LUTs utilization for 64-bit Data Width
•FFs: Slice Flip-Flops utilization for 64-bit Data Width
•base_LUTs: Baseline LUTs, independent of data width
•base_FFs: Baseline FFs, independent of data width
•LUTs_per_bit: LUTs_for_width_DW = base_LUTs + (DW * LUTs_per_bit)
•FFs_per_bit: FFs_for_width_DW = base_FFs + (DW * FFs_per_bit)
•RO_LUTs, RO_FFs: All SI and MI Read-Only (64-bit data width)
•WO_LUTs, WO_FFs: All SI and MI Write-Only (64-bit data width)
SASD Crossbar shares resources between read and write pathways; thus RO% + WO% is generally not 100%. Resource determination for a crossbar with a mixture of read-write, read-only and write-only slots is not straightforward, but generally falls between the resources listed for the table cells for read-capable slots [(RW_SI + RO_SI), (RW_MI + RO_MI)] and write-capable slots [(RW_SI + WO_SI), (RW_MI + WO_MI)].
|
|
1 |
2 |
3 |
4 |
5 |
6 |
8 |
10 |
12 |
16 |
|---|---|---|---|---|---|---|---|---|---|---|
|
|
|
|
|
|
|
|
|
|
|
|
|
1 |
|
220:100 (150:100 + dw* 1.0:0) R = 57:90% W = 22:83% |
230:100 (160:100 + dw* 1.0:0) R = 59:90% W = 24:83% |
320:100 (190:100 + dw* 2.0:0) R = 66:90% W = 23:84% |
360:110 (240:110 + dw* 1.8:0) R = 71:90% W = 23:84% |
330:110 (120:110 + dw* 3.3:0) R = 67:91% W = 27:84% |
560:110 (240:110 + dw* 5.0:0) R = 80:91% W = 20:84% |
660:110 (270:110 + dw* 6.0:0) R = 81:91% W = 21:85% |
690:110 (300:110 + dw* 6.0:0) R = 81:91% W = 24:85% |
1220:120 (340:120 + dw* 13.8:0) R = 86:92% W = 19:86% |
|
2 |
320:110 (250:110 + dw* 1.1:0) R = 58:89% W = 35:82% |
370:110 (270:110 + dw* 1.6:0) R = 62:89% W = 34:83% |
380:110 (280:110 + dw* 1.6:0) R = 64:89% W = 35:83% |
470:110 (300:110 + dw* 2.5:0) R = 69:89% W = 32:83% |
|
|
720:120 (360:120 + dw* 5.6:0) R = 78:90% W = 27:84% |
|
|
1380:130 (450:130 + dw* 14.4:0) R = 84:90% W = 22:85% |
|
3 |
470:110 (360:110 + dw* 1.6:0) R = 55:87% W = 40:81% |
510:120 (370:120 + dw* 2.2:0) R = 59:87% W = 39:81% |
|
|
|
|
|
|
|
|
|
4 |
560:120 (450:120 + dw* 1.6:0) R = 55:86% W = 36:81% |
600:120 (460:120 + dw* 2.1:0) R = 58:87% W = 36:81% |
|
700:120 (500:120 + dw* 3.1:0) R = 63:87% W = 34:81% |
|
|
950:130 (550:130 + dw* 6.2:0) R = 71:88% W = 30:82% |
|
|
|
|
5 |
840:120 (680:120 + dw* 2.5:0) R = 52:85% W = 49:80% |
|
|
|
|
|
|
|
|
|
|
6 |
850:130 (590:130 + dw* 4.1:0) R = 54:84% W = 41:79% |
|
|
|
|
|
|
|
|
|
|
8 |
1380:140 (1010:140 + dw* 5.7:0) R = 55:83% W = 53:78% |
1420:140 (1020:140 + dw* 6.2:0) R = 57:83% W = 53:78% |
|
1520:140 (1060:140 + dw* 7.2:0) R = 59:83% W = 51:78% |
|
|
1770:150 (1120:150 + dw* 10.2:0) R = 64:84% W = 46:79% |
|
|
|
|
10 |
1750:150 (1280:150 + dw* 7.3:0) R = 51:81% W = 55:77% |
|
|
|
|
|
|
|
|
|
|
12 |
2070:160 (1530:160 + dw* 8.4:0) R = 51:80% W = 54:76% |
|
|
|
|
|
|
|
|
|
|
16 |
2720:180 (2040:180 + dw* 10.7:0) R = 51:78% W = 54:74% |
2770:180 (2050:180 + dw* 11.2:0) R = 51:78% W = 53:74% |
|
|
|
|
|
|
|
|