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Virtex.files
- 在FPGA系统设计中，要达到性能最大化需要平衡具有混合性能效率的元器件，包括逻辑构造(fabric)、片上存储器、DSP和I/O带宽。在本文中，我将向你解释怎样能在追求更高系统级性能的过程中受益于Xilinx® 的Virtex™ -5 FPGA构建模块，特别是新的ExpressFabric™ 技术。以针对逻辑和算术功能的量化预期性能改进为例，我将探究ExpressFabric架构的主要功能。基于实际客户设计的基准将说明Virtex-5ExpressFabric技术性能平
Ch3_fpga_design
- xilinx virtex fpga
v4
- Xilinx公司 Virtex4 FPGA官方评估板的电路原理图和相应的PCB文件。是Virtex FPGA硬件电路设计的典范参考设计。其中，PCB文件是PADS格式。
xilinx Virtex-4 fpga开发板
- xilinx Virtex-4 fpga开发板（ML402,ML403等）的使用入门手册,xilinx Virtex-4 fpga development board [ML402, ML403, etc.] Getting Started Manual
XilinxisdisclosingthisSpecification
- Xilinx is disclosing this Specification ? 第 1 章“EMIF 概述”，概述 Texas Instruments EMIF。 ? 第 2 章“Virtex-II 系列或 Spartan-3 FPGA 到 EMIF 的设计”描述将 TI TMSC6000 EMIF 连接到 Virtex?-II 系列或 Spartan?-3 FPGA 的实现。 ? 第 3 章“Virtex-4 FPGA 到 EMIF 的设计” 描述将 TI TMS320C6
Virtex-5family
- Virtex™ -5 系列提供 FPGA 市场中最新最强大的功能。Virtex-5 系列采用第二代 ASMBL™ （高级硅片组合模块）列式架构， 包含四种截然不同的平台（子系列），比此前任何 FPGA 系列提供的选择范围都大。每种平台都包含不同的功能配比，以满 足诸多高级逻辑设计的需求。-Virtex ™ -5 family provides the latest FPGA market, the most powerful features. Virtex-5 s
FPGA_DDR_SDRAMverilog
- 基于Xilinx FPGA的DDRSDRAM的Verilog控制代码，使用的FPGA为Virtex-4，实现对DDRSDRAM的简单控制（对一系列地址的写入和读取）。-Xilinx FPGA-based DDRSDRAM the control of the Verilog code, the use of the FPGA for the Virtex-4, to achieve a simple DDRSDRAM control (on a series of addresses to wr
Outputofbandpassfilter
- MATLAB program to verify the Output of Bandpass filter in Virtex-4 FPGA
ddr_sdr_V1_1
- DDR控制器 - 用XILINX Virtex II FPGA实现 - 使用DDR MT46V16M16作为仿真模型 - 通用化-DR SDRAM Controller Core - has been designed for use in XILINX Virtex II FPGAs - works with DDR SDRAM Device MT46V16M16 without changes - may be easily adapted
programing
- this the complete schematic for hardware of fpga virtex 4
Advanced-Xilinx-FPGA
- Advanced Xilinx FPGA Design with ISE Objectives Describe Virtex™ -II advanced architectural features and how they can be used to improve performance • Create and integrate cores into your design flow using the CORE Generator™
pBlazIDE36
- There are literally dozens of 8-bit microcontroller architectures and instruction sets.Modern FPGAs can efficiently implement practically any 8-bit microcontroller, and available FPGA soft cores support popular instruction sets such as
DesignandFPGAImplementationof
- In most cases, a bandpass filter characteristic is obtained by using a lowpass-to-bandpass frequency transformation on a known lowpass transfer function. This frequency transformation controls the location of passband edges and transfer zero
DDR2deFPGAsheji
- 使用 Virtex-4 FPGA 器件实现DDR SDRAM控制器以及DDR2 SDRAM操作时序-Using the Virtex-4 FPGA devices to achieve DDR SDRAM and DDR2 SDRAM controller operation timing
virtex-5fpgaxtremeDSPdesignconsiderationguide
- virtex-5 fpga dsp48e的使用手册，对 dsp48e的结构和用法有详细的讲解-virtex-5 fpga dsp48e' s manual, on the structure and usage dsp48e detailed explanation
virtex5
- Virtex® -5 devices are configured by loading application-specific configuration data—the bitstream—into internal memory. Because Xilinx FPGA configuration memory is volatile, it must be configured each time it is powered-up. The bitstream is l
DSP48E1_Slice_User_Guide
- xilinx Virtex-6 系列FPGA的DSP模块DSP48E1使用手册Virtex-6_FPGA_DSP48E1_Slice_User_Guide.-The user s guide forDSP48E1 Slice of the xilinx virtex fpga.
virtex_5_user_guide
- xilinx FPGA virtex-5系列FPGA器件手册-the user s guide for the xilinx virtex-5 fpga.
Virtex-5EMAC
- This application note describes a system using the Virtex™ -5 Embedded Tri-Mode Ethernet MAC (Ethernet MAC) Wrapper core on a Xilinx Virtex-5 ML505 development board. The system provides an example of how to integrate the Virtex-5 Embedded T
Virtex-5-FPGA_DDR2_SDRAM_data
- Virtex-5 FPGA实现的高性能 DDR2 SDRAM数据采集，需要对V5有一定基础的人学习-Virtex-5 FPGA DDR2 SDRAM to achieve high-performance data acquisition, the need for V5 have to learn some basic