Xilinx Virtex-4 ML450 Development Board User Guide

This document is the user guide of Xilinx Virtex-4 ML450 Networking Interfaces Platform. It introduces the features and characteristics of this product.


Xilinx Virtex-4 ML450 Development Board User Guide - cover page
Brand
Virtex-4
Category
Other Electronics
Document type
User Manual
Language
English
Pages
116
File format
PDF
File size
2.5 MB
Published
22 February, 2012
Updated
30 September, 2023
MD5 checksum
BA733AA15597A928C34C52CE1B65959D

About this manual

This guide introduces the Virtex-4 ML450 Source‑Synchronous Interfaces Tool Kit and the accompanying Development Board. It describes the board’s components, including the XC4VLX25‑FF668 FPGA, DDR‑1 SDRAM, power supply, clock sources, LVDS and HyperTransport connectors, and the LCD display.

The manual covers getting started procedures, detailed hardware schematics, configuration options such as JTAG and ACE interfaces, and provides appendices with connector pin‑outs, clock interface details, LCD interface information, and the UCF file for FPGA implementation.

What's inside

  • Introduction
  • Getting Started
  • Hardware Description
  • Configuration
  • Appendix A: LVDS Connectors
  • Appendix B: HyperTransport Connector
  • Appendix C: Clock Interfaces
  • Appendix D: LCD Interface
  • Appendix E: UCF File

Specifications

FPGAXC4VLX25-FF668
Memory32M x 16 DDR‑1 SDRAM
On‑board oscillators200‑MHz and 250‑MHz
LVDS connectors44 differential input and 44 differential output channels
HyperTransport connectorOne connector
RS‑232 portOne DB9‑M port
SMA clock inputsTwo sets of differential connectors
Power supply5 V / 6.5 A DC

Frequently asked questions

What FPGA is used on the Virtex-4 ML450 Development Board?

The board uses an XC4VLX25‑FF668 FPGA.

How many LVDS channels are available on the board?

The board provides 44 differential input channels and 44 differential output channels via four LVDS connectors.

What type of memory does the board include?

It includes 32 M × 16 DDR‑1 SDRAM memory.

What clock sources are provided on the board?

The board has on‑board oscillators at 200 MHz and 250 MHz.

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