Implementation of the Hack computer hardware , including HDL files, test scripts, and documentation for building a complete computer system from basic logic gates to a fully functional CPU and memory system.

The Hack CPU (Central Processing unit), consisting of an ALU, two registers named A and D, and a program counter named PC. The CPU is designed to fetch and execute instructions written in the Hack machine language. In particular, it functions as follows: Executes the inputted instruction according to the Hack machine language specification.

2020年2月24日 · cpu cpu的实现目标是建立逻辑门结构，使其能执行指定的hack指令和读取下一条要执行的指令。 CPU 包括： ALU，执行 HACK 指令 一组寄存器 控制逻辑，用于指令获取 和 解码 下图给出除控制逻辑部分的连接方式： 控制逻辑的功能 指令解码 ( Instruction decoding ) ，解析 ...

A 16-bit Hack CPU from scratch on FPGA. Contribute to wuhanstudio/nand2tetris-iverilog development by creating an account on GitHub.

Abstract: The design and implementation of a 16-Bit hack CPU, a modular processor, is presented in this paper. The paper is intended to showcase the process involved in building a complex circuit capable of performing real-world computations, from the most basic component used for digital data representation that is the CMOS.

The course describes the hardware design of a simple computer and the software stack on top of it. I implemented the Hack CPU design and my own I/O controllers designs on breadboards using mostly 74-series ICs and wires that I cut and connected between the ICs.

Lecture 10: Building a Computer & Hack CPU Logic CSE 390B, 2024 Spring Project 6, Part II Tips CPU.hdl: We provide an overview diagram, but there are details to fill in, especially control §Draw your own detailed diagram first §Handling jumps will require a lot of logic—sketch out the cases §Textbook chapter 4 and 5 helpful for Project 6

This basically changes the CPU design from single-cycle as proposed in nand2tetris, to multi-cycle CPU :) The Hack CPU data-path from nand2tetris.org, with slight modifications. The breadboard layout of the CPU Registers and MUXs is designed as 4 identical slices of 4-bit registers and MUXs.

2022年7月23日 · The "Hack CPU" (Wikipedia/Hack_computer) is a theoretical computer design created by Noam Nisan and Shimon Schocken and described in their book and also used in their Coursera course Nand2Tetris, and in the game https://nandgame.com. Their CPU only has two registers, A and D. Both registers are loaded via the output of the ALU.

We've spent a little time exploring the Hack assembly language, which details the types of instructions we can execute on our CPU. This reading will start the complicated process of learning how to implement the logic in the CPU that allows us to execute those instructions.