User I/O Pins by Device Package

Versal Adaptive SoC Packaging and Pinouts Architecture Manual (AM013)
Document ID
AM013
Release Date
2023-03-23
Revision
1.3 English

The following table lists the number of available PMC and LPD multiplexed I/Os (MIO), 3.3V-capable high-density (HD), and 1.5V-capable high-performance (XP) I/Os and the number of HD or XP differential I/O for each device/package combination. All packages are available with eutectic-SnPb BGA balls where the device type is XQ and the Pb-free signifier in the package name is a Q.

Table 1. Available I/O Pins by Device/Package
Device Package MIO Total User I/O Differential I/O
XPIO HDIO XPIO HDIO
VC1352 NBVA1024 78 378 22 189 11
NSVE1369 78 378 44 189 22
VC1502 NSVG1369 78 378 22 189 11
VSVA1596 78 378 22 189 11
VSVA2197 78 486 22 243 11
VC1702 NSVG1369 78 378 44 189 22
VSVA1596 78 378 44 189 22
VSVA2197 78 486 44 243 22
VC1802 VIVA1596 78 378 44 189 22
VSVD1760 78 648 0 324 0
VSVA2197 78 648 44 324 22
VC1902 VIVA1596 78 378 44 189 22
VSVD1760 78 648 0 324 0
VSVA2197 78 648 44 324 22
XQVC1902 VIRA1596 78 378 44 189 22
VSRD1760 78 648 0 324 0
VSRA2197 78 648 44 324 22
VC2602 NSVH1369 78 324 44 162 22
VFVH1760 78 486 44 243 22
VC2802 NSVH1369 78 324 44 162 22
VFVH1760 78 486 44 243 22
VE1752 NSVG1369 78 378 44 189 22
VSVA1596 78 378 44 189 22
VSVA2197 78 486 44 243 22
VE2002 SBVA484 78 114 0 57 0
SBVA625 78 216 0 108 0
SFVA784 78 216 0 108 0
VE2102 SBVA484 78 114 0 57 0
SBVA625 78 216 0 108 0
SFVA784 78 216 0 108 0
VE2202 SFVA784 78 216 22 108 11
VE2302 SFVA784 78 216 22 108 11
VE2602 NSVH1369 78 324 44 162 22
VFVH1760 78 486 44 243 22
VE2802 NSVH1369 78 324 44 162 22
VFVH1760 78 486 44 243 22
VM1102 SFVA784 78 216 22 108 11
VM1302 NBVB1024 78 216 22 108 11
NFVF1369 78 324 22 162 11
VFVC1596 78 432 22 216 11
VSVD1760 78 324 0 162 0
VM1402 NBVB1024 78 324 22 162 11
NFVF1369 78 648 22 324 11
VFVC1596 78 648 22 324 11
VSVD1760 78 648 0 324 0
VM1502 NFVB1369 78 378 22 189 11
VFVC1760 78 378 44 189 22
VSVA2197 78 486 44 243 22
VM1802 VFVC1760 78 378 44 189 22
VSVD1760 78 648 0 324 0
VSVA2197 78 648 44 324 22
XQVM1802 VSRD1760 78 648 0 324 0
VSRA2197 78 648 44 324 22
VM2302 VFVF1760 78 324 0 162 0
VM2902 VFVF1760 78 324 22 162 11
VP1002 NFVI1369 78 162 0 81 0
VFVF1760 78 324 0 162 0
VSVC2021 78 375 0 189 0
VP1052 NFVI1369 78 162 0 81 0
VFVF1760 78 324 0 162 0
VSVC2021 78 375 0 189 0
VP1102 VFVF1760 78 324 0 162 0
VSVA2785 78 486 0 243 0
VP1202 VSVA2785 78 702 0 351 0
VP1402 VFVC1760 78 324 22 162 11
VSVD2197 78 54 0 27 0
VSVA2785 78 486 44 243 22
VSVA3340 78 486 44 243 22
VP1502 VSVA2785 78 702 0 351 0
VSVA3340 78 486 0 243 0
VP1552 VSVA2785 78 702 0 351 0
VSVA3340 78 486 0 243 0
VP1702 VSVA3340 78 486 0 243 0
VSVA5601 78 702 0 351 0
VP1802 LSVC4072 78 702 0 351 0
VSVA5601 78 702 0 351 0
VP1902 VSVA6865 78 2376 88 1188 44
VSVB6865 78 1890 88 945 44
VP2502 VSVB3340 78 702 0 351 0
VSVA5601 78 702 0 351 0
VP2802 VSVA5601 78 702 0 351 0
VH1522 VSVA3697 78 702 0 351 0
VH1542 VSVA3697 78 702 0 351 0
LVSA4737 78 702 0 351 0
VH1582 VSVA3697 78 702 0 351 0
LVSA4737 78 702 0 351 0
VH1742 LVSA4737 78 702 0 351 0
VH1782 LVSA4737 78 702 0 351 0
  1. The maximum user I/O numbers do not include the GT serial transceiver pins.