搜索资源列表
saa7111_2
- 使用Altera芯片实现对4个SAA7111A视频A/D芯片的采集控制，将图像数据存入同步FIFO-AL422B-use Altera chip to 4 SAA7111A Video A / D chip to control the collection, image data are stored in synchronous FIFO - AL422B
ref-ddr-sdram-vhdl
- 本程序是DDR SDRAM控制器的VHDL程序，由ALTERA 提供-this procedure is DDR SDRAM controller VHDL procedures provided by Altera
Crack_QII61_b201
- Altera QuartusII 6.1 的License 生成工具软件。-Altera QuartusII 6.1 License generation of software tools.
multi_cpu_2c35
- altera的fpga设计，包含硬件原理图和软件例程，用nios工具等
Quartus_II_7.0_decoder
- Altera公司的Quartus7.0的lisence 破解程序-Altera's Quartus7.0 the lisence crack procedures
AlteraPGA
- 加密Altera的FPGA的方法 加密Altera的FPGA的方法-Altera FPGA encryption method Altera FPGA encryption methods
leon3-altera-ep2s60-sdr
- ahb sdram interface.arm cpu series,include controller
EXPT84_DAC2ADC
- FPGA+DA转换,ALTERA公司FPGA与DA实现,DA转换功能!
deccount2.5
- altera Quartus II 減法器使用 配合LED，可自動與手動按鈕控製。 (含電路)
VGA_Controller
- VGA controller for altera fpga flatform
VGA_Audio_PLL
- audio verolog code for altera fpga flatform
ram
- fpga中ram的vhdl的经典程序，适用于ALTERA公司器件
Verilog数字系统设计教程(第2版)
- Verilog数字系统设计教程(第2版)”这本书的思考题没有答案，要多做实验和仿真-• Source code of designs in chapters 1 to 8. • Chapter 8 designs include the SAYEH processor, its C Compiler, and its Sort program run files. • Several Designs, including SAYEH, that are programmed o
altera_avalon_spi
- Altera NIOS II SPI 驱动-Altera NIOS II uart DRIVER
niosii
- altera fpga nios2 demo qutarts file
Extend
- Rotinas uteis para strings e altera a caixa de dialogo de mansagens, delphi 2.. 7
sanfenpin
- verilog 三分频 分频器是FPGA设计中使用频率非常高的基本设计之一，尽管在目前大部分设计中，广泛使用芯片厂家集成的锁相环资源，如altera 的PLL，Xilinx的DLL.来进行时钟的分频，倍频以及相移。-verilog-third of the frequency divider is a FPGA design, very high frequency of use, one of the basic design, although most of the designs in
CarryLookAheadAdder
- Carry Look Ahead Example with VHDL code. Good code for altera platform
Giga8b10bv10
- altera发布的开源8b10b源代码，vhdl语言描述-altera released the source code open source 8b10b, vhdl language descr iption
Altera Setup
- Altera FPGA developing, create your own digital circuits.