This bridge type is intended for designs that use Xilinx Virtual Cable (XVC) to remotely debug an
FPGA or SoC device through Ethernet or other interfaces. In this mode, the Debug Bridge
receives XVC commands via AXI4-Lite interface to send over the JTAG pins to a target
device. For more information see the
Debug Bridge LogiCORE IP Product Guide (PG245 ) .
Figure 1. AXI to JTAG Debug Bridge
Page-1
Process.99
Target Board
Target Board
Process.2
Process.66
Sheet.4
Sheet.5
8pt. Arial Text.29
Data Center
Data Center
10pt. Arial Text.55
Zynq Processor XVC Server
Zynq ProcessorXVC Server
Sheet.10
8pt. Arial Text.69
AXI
AXI
Sheet.12
Sheet.13
10pt. Arial Text.9
hw_server
hw_server
Process.507
Vivado_Logo_FINAL.23
Sheet.17
Sheet.18
Sheet.19
Sheet.20
Sheet.21
Sheet.22
Sheet.23
Sheet.24
Sheet.25
Sheet.26
8pt. Arial Text.512
XVC over TCP/IP
XVC overTCP /IP
Sheet.28
Process.507
Debug Bridge (From AXI to JTAG)
Debug Bridge ( From AXI to JTAG )
8pt. Arial Text.91
BSCAN
BSCAN
Sheet.35
Process.93
Debug Hub
Debug Hub
10pt. Arial Text.99
10pt. Arial Text.100
8pt. Arial Text.101
User Responsibility
User Responsibility
8pt. Arial Text.102
Vivado Solution
Vivado Solution
8pt. Arial Text.104
FPGA #2
FPGA #2
Xilinx_Logo_corp_4C.519
Sheet.48
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Sheet.50
Sheet.51
Sheet.52
Sheet.53
Sheet.54
Sheet.55
Sheet.56
Sheet.57
Sheet.58
Sheet.59
8pt. Arial Text.65
JTAG
JTAG
Sheet.64
Process.74
Debug Bridge (From JTAG to BSCAN)
Debug Bridge ( From JTAG to BSCAN )
8pt. Arial Text.75
Xilinx_Logo_corp_4C.76
Sheet.77
Sheet.78
Sheet.79
Sheet.80
Sheet.81
Sheet.82
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Sheet.88
8pt. Arial Text.89
FPGA #1
FPGA #1
8pt. Arial Text.515
Debug IP 1 (eg ILA, VIO etc)
Debug IP 1 ( eg ILA , VIO etc )
Sheet.95
8pt. Arial Text.96
……
……
8pt. Arial Text.97
Debug IP n (eg ILA, VIO etc)
Debug IP n ( eg ILA , VIO etc )
Sheet.98
Sheet.90
X17966-092816
X17966-092816