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FPGA Family | Virtex-7 |
---|---|
Device | XC7VX485T |
Transceivers | 16 |
Maximum Transceiver Speed | 12.5 Gbps |
Transceiver Type | GTX |
DSP Slices | 2, 800 |
Block RAM | 37, 080 KB |
Clock Management Tiles | 12 |
PCIe Gen2/Gen3 Support | Yes |
Package | FFG1761 |
Provides an introduction to setting up the VC7203 board for IBERT demonstrations using Vivado.
Lists the hardware and software needed to run the GTX IBERT demonstrations.
Details the procedure for physically setting up the VC7203 board, including jumper and module installation.
Explains how to locate and extract necessary Vivado project files from the SD card or online.
Outlines the steps to test the GTX IBERT demonstration on the VC7203 board.
Describes how to connect GTX transceivers and reference clocks using cables and connectors.
Details the process of attaching the BullsEye connector to the GTX Quad on the VC7203 board.
Explains how to connect the clock cables to the SuperClock-2 module for GTX reference clocks.
Guides on setting up TX/RX loopback connections using SMA adapters for GTX transceivers.
Describes the steps to configure the FPGA using the SD card or Vivado software.
Instructs on how to start and navigate the Vivado Design Suite for hardware sessions.
Details how to initialize and configure the SuperClock-2 module within the Vivado environment.
Explains how to monitor GTX transceiver activity and performance in the Serial I/O Analyzer.
Provides instructions on how to properly stop and exit the IBERT demonstration.
Lists the addresses and corresponding frequencies for the SuperClock-2 module's ROM.
Guides on creating a custom GTX IBERT core using Vivado Design Suite.
Points to Xilinx support websites for documentation, downloads, and forums.
Directs users to Xilinx Solution Centers for design assistance and support.
Lists additional websites and documents for the VC7203 kit and its capabilities.
Outlines the limited warranty terms and conditions for Xilinx development systems.