搜索资源列表
RISC
- hrisc cpu，为何只有vhdl选择呢？大家都用verilog的啊-hrisc cpu why only VHDL choice? We all use the Verilog ah
riscpu
- 一个32位微处理器的verilog实现源代脉,采用5级流水线和cache技术.-a 32 Microprocessor verilog achieve pulse generation sources, used five lines and cache technology.
1-in_clk
- Verilog HDL编写的4条指令CPU-Verilog HDL prepared four instructions CPU
TINY3
- verilog 编写的tiny cpu 代码，可实现简单的指令和计算-Verilog prepared tiny cpu code, can be simple instructions and the calculation
8086IP
- 开源CPU软核8086的源码,波兰版Verilog源码-8086 soft-core CPU revenue source, the Polish version of Verilog source code
mipsCPU
- MIPS CPU tested in Icarus Verilog
soc-gr0040-010309
- xsoc vhdl verilog risc cpu soc implementation in very liitle cpld or fpga
111.ver
- verilog code for CPU design by Mohammad Hosseini.
111moh
- verilog code for cpu and registers.
cpu_lynn
- Verilog 实现的 简单 单线程 CPU， 基于计算机组成书目， 思路清晰， 有测试平台。-Verilog realization of a simple single-threaded CPU, the composition of computer-based bibliography, clear lines of thought, a test platform.
RISC_CPU
- Verilog HDL编写的一个精简指令的处理器，很好用，可用来学习-Verilog HDL RISC_CPU
Chapter11-13
- 第十一章到第十三章的代码 本书通过100多个模块实例，详细地讲解了Verilog HDL程序设计语言，全书共分13章，内容涉及VerilogHDL语言基本概念、建模、同步设计、异步设计、功能验证等，实例包括各种加法器/计数器、乘法器/除法器、编码器/译码器、状态机、SPIMaster Controller、I2C Master controller、CAN ProtocolController、Memory模块、JPEG图像压缩模块、加密模块、ATA控制器、8位RISC-CPU等及各个
8bit_RISC_CPU_RTL_Code
- 8位RISC CPU 内核源码(VERILOG版)-8 bit RSIC CPU RTL code(Verilog)
cpu_16bit
- design cpu 16 bits by verilog HDL.
PipelineCPU
- 用Verilog实现一个简单的流水线CPU，并运行一个Quicksort程序。这是Berkley，eecs系的计算机系统结构课程实验的实验三。-This file is written in Verilog to achieve a simple pipeline CPU, which can run a Quicksort program.
RISC_CPU
- Verilog写的简单处理器QuartusII下可编译 //指令 操作码 源寄存器 目的寄存器 操作 // NOP 0000 xxxxx xxxxxx 空操作 //ADD 0001 src dest dest<=src+dest //SUB 0010 src dest dest<=dest-src //AND 0011 src dest dest<=src&&dest //NOT 0100 src dest dest<
alu
- mcu，risc cpu Verilog源代码-mcu，risc cpu Verilog
mips
- MIPs CPU，VERILOG代码，经过QUARTUS综合，时序分析，验证无误。-MIPS CPU
KD-CPU
- 计算机原理课程设计给予Verilog做的课题，丰富的指令支持，LOOP，TRAP、以及子程序调用等-Principles of curriculum design to do the computer issues a rich instruction support, LOOP, TRAP, and subroutine calls, etc.
CPU
- 实现了简单的CPU功能 采用三级流水线和超标量-CPU functions to achieve a simple three-stage pipeline and superscalar