Build a 6502 Computer Kit Project on a Breadboard
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Build a 6502 Computer Kit Project on a Breadboard, Build a 6502 Computer Kit Project by Ben Eater Learn how computers work by building and programming a computer with the classic 6502 microprocessor. This was the first truly low-cost microprocessor that started the personal-computing revolution. Versions of 6502 found their way into the Atari 2600, Apple II, Nintendo Entertainment System, Commodore 64, Atari Lynx, BBC Micro and many other computers and game consoles of the era. In this video series by Ben Eater, he'll build a basic 6502 computer with an LCD display and a few buttons, explain how to program it in assembly, and write a game or two. Please note: In addition to the base kit, you will need: A 5-volt power supply An EEPROM programmer (P/N: 2297823) Also, if you want to follow all the experiments and debugging in the videos, I recommend the clock module kit and an Arduino Mega. The clock module kit (P/N: 2286623) also happens to include a 5-volt power supply. Kit Includes:Part No.Qty.Description 1499488Switch Push Button Tactile SPST OFF-(ON) 15 VDC @ 20mA Actuator Height 0.13 Inch 15111610Capacitor Ceramic Disc 0.1AmicroF 25V A 20% 21435911Versatile Interface Adapter (via) 8 Bit I/O Ports 14 MHz 40 Pin PDIP CMOS 5 Volt 21436381MPU 8-Bit 14MHz 65KB Memory 40 Pin PDIP 22607381ZipWire 40 Piece 20cm Male to Male Colored Jumper Wires 22837673830 Point Solderless Plug-in Breadboard with 4 Power Rails 21-26AWG ABS 22950231Wire bundle 2786111 MHz Full Can Crystal Oscillator 33397310LED Red Diffused 5mm (T-1 3/4) 643nm 75mcd 36VA 451611IC 74HC00 QUAD 2-INPUT NAND GATE 69070010Carbon Film Resistor 220 Ohm 1/4 Watt 5% 69086510Resistor Carbon Film 1k Ohm 1/4 Watt 5% 748431IC 28C256-16 EEPROM 256K-Bit CMOS Parallel 77034713/8 Inch Open Frame Cermet Potentiometer 10k Ohms 1/2 Watt 20% 1 Turn Thru Hole Side Adjust 824721IC 62256LP-CMOS SRAM 256K-Bit (32Kx8) 70ns Low Power 2295423116 x 2 Character LCD Black Text with Yellow-Green Backlight and Pre-Soldered Headers Resources & Downloads W65C02 datasheet (.pdf) W65C22 datasheet (.pdf) HD44780 LCD Controller datasheet (.pdf) 74HC00 Quad 2-Input NAND Gate datasheet (.pdf) 28C256 256K Parallel EEPROM datasheet (.pdf) 62256 256K SRAM datasheet (.pdf) Arduino code for inspecting the 6502 bus from the first video: 6502-monitor.ino Python script for generating the ROM image with the LED blink program from the second video: makerom.py Assembly program for blinking LEDs from the third video: blink.s Long and inefficient "hello world" assembly program from the fourth video: hello-world.s Final "hello world" assembly program from the last video: hello-world-final.s About the author, Ben Eater Videos This series is in progress and more videos are on the way soon! "Hello, world" from scratch on a 6502 - Part 1 How do CPUs read machine code? - 6502 Part 2 Assembly language vs. machine code - 6502 Part 3 Connecting an LCD to our computer - 6502 Part 4 What is a stack and how does it work? - 6502 Part 5 RAM and bus timing - 6502 Part 6 Subroutine calls, now with RAM - 6502 Part 7 Why build an entire computer on breadboards? - 6502 Part 8 How assembly language loops work - 6502 Part 9 Binary to decimal can't be that hard, right? - 6502 Part 10