Minimal 64x4 Inside Out: Understanding and Emulating a CPU on Microcode Level
Slu4
Minimal 64x4 Inside Out: Understanding and Emulating a CPU on Microcode Level
21:54
Squeezing Water from Stone 3: Arduino Nano + 1(!) Logic IC = Computer with VGA and PS/2
Slu4
Squeezing Water from Stone 3: Arduino Nano + 1(!) Logic IC = Computer with VGA and PS/2
7:02
Minimal 64x4: The Oddball in Home Computer Development
Slu4
Minimal 64x4: The Oddball in Home Computer Development
10:18
Minimal 64 and Minimal Ultra enter 8-Bit Battle Royale
Slu4
Minimal 64 and Minimal Ultra enter 8-Bit Battle Royale
14:10
Minimal 64 Home Computer: Hardware Release
Slu4
Minimal 64 Home Computer: Hardware Release
10:33
In Your Browser: The Minimal 64 Home Computer
Slu4
In Your Browser: The Minimal 64 Home Computer
1:13
Emulating a 'Minimal 64' Home Computer in Java/Processing
Slu4
Emulating a 'Minimal 64' Home Computer in Java/Processing
5:48
60-Line Python Assembler, Thanks to GPT-4
Slu4
60-Line Python Assembler, Thanks to GPT-4
8:52
Minimal 64 Home Computer: Emulator Release!
Slu4
Minimal 64 Home Computer: Emulator Release!
8:07
Minimal 64 Home Computer: The Most Computer from the Least Logic?
Slu4
Minimal 64 Home Computer: The Most Computer from the Least Logic?
7:56
Breaking Clock Speed Limits - TTL Computer in Beast Mode
Slu4
Breaking Clock Speed Limits - TTL Computer in Beast Mode
15:41
39 TTL Chips = Computer? Back to Breadboards - Minimal CPU Redux
Slu4
39 TTL Chips = Computer? Back to Breadboards - Minimal CPU Redux
6:16
Easy Serial RTS/CTS Handshake - Minimal CPU #12
Slu4
Easy Serial RTS/CTS Handshake - Minimal CPU #12
7:45
Computer Language from Scratch #2 MIN at Work
Slu4
Computer Language from Scratch #2 MIN at Work
17:54
Computer Language from Scratch #1 Introducing MIN
Slu4
Computer Language from Scratch #1 Introducing MIN
9:03
Let's Write an Interpreter (in 168 Lines of Python)
Slu4
Let's Write an Interpreter (in 168 Lines of Python)
17:19
Minimal VGA Expansion Card - DIY Video RAM #5
Slu4
Minimal VGA Expansion Card - DIY Video RAM #5
8:58
Coding a Minimal C64-Style Random Maze
Slu4
Coding a Minimal C64-Style Random Maze
2:25
Let's Build a Minimal I/O Expansion Card
Slu4
Let's Build a Minimal I/O Expansion Card
8:31
Play with the 'Minimal CPU System' Emulator
Slu4
Play with the 'Minimal CPU System' Emulator
6:40
Bootstrapping a Minimal CPU System into Self-Improvement Capability - Simplest Usable PC #8
Slu4
Bootstrapping a Minimal CPU System into Self-Improvement Capability - Simplest Usable PC #8
8:10
Building the Minimal CPU System (SAP-1 on Steroids) with 512KB SSD and Expansion Port
Slu4
Building the Minimal CPU System (SAP-1 on Steroids) with 512KB SSD and Expansion Port
10:43
Let's Code a Minimal Assembler from Scratch in Python (100 Lines)
Slu4
Let's Code a Minimal Assembler from Scratch in Python (100 Lines)
7:17
Let's Build a FAST Serial Terminal with PS/2 and VGA
Slu4
Let's Build a FAST Serial Terminal with PS/2 and VGA
10:23
Minimal Arduino Nano VGA 320x200 (using ONE IC)
Slu4
Minimal Arduino Nano VGA 320x200 (using ONE IC)
7:31
FLASH File System on a Shoestring
Slu4
FLASH File System on a Shoestring
5:52
Minimal UART CPU Goes FLASH with SSD and File System
Slu4
Minimal UART CPU Goes FLASH with SSD and File System
8:09
Let's Emulate a Real Computer from Scratch in C++ (250 Lines)
Slu4
Let's Emulate a Real Computer from Scratch in C++ (250 Lines)
17:22
Replace EEPROMs with FLASH Memory from Scratch
Slu4
Replace EEPROMs with FLASH Memory from Scratch
5:05
Build the 'Minimal UART Computer' on PCB - Simplest Usable PC #2
Slu4
Build the 'Minimal UART Computer' on PCB - Simplest Usable PC #2
9:28
Programming EEPROMs from Scratch
Slu4
Programming EEPROMs from Scratch
5:16
DIY Video RAM #4 Text Output
Slu4
DIY Video RAM #4 Text Output
6:22
DIY Video RAM #3 Sharing RAM Access
Slu4
DIY Video RAM #3 Sharing RAM Access
8:32
DIY Video RAM #2 Shifting Pixels
Slu4
DIY Video RAM #2 Shifting Pixels
5:21
DIY Video RAM #1 VGA Signals on a Shoestring
Slu4
DIY Video RAM #1 VGA Signals on a Shoestring
7:36
Squeezing Water from Stone 2: Color Add-on for the Arduino Nano PC
Slu4
Squeezing Water from Stone 2: Color Add-on for the Arduino Nano PC
4:40
Squeezing Water from Stone 1: Build an Arduino NANO Computer with VGA Output and PS2 Keyboard
Slu4
Squeezing Water from Stone 1: Build an Arduino NANO Computer with VGA Output and PS2 Keyboard
16:07
Simplest Usable PC #1
Slu4
Simplest Usable PC #1
8:26
Emulate a Breadboard Computer on Your PC - Minimal 8-Bit CPU #11
Slu4
Emulate a Breadboard Computer on Your PC - Minimal 8-Bit CPU #11
8:00
Programming a Breadboard Computer in Assembly - Minimal 8-Bit CPU #10
Slu4
Programming a Breadboard Computer in Assembly - Minimal 8-Bit CPU #10
7:47
Programming in Machine Language (the Hard Way) - Minimal 8-Bit CPU #9
Slu4
Programming in Machine Language (the Hard Way) - Minimal 8-Bit CPU #9
12:24
Breadboard Computer With Minimalistic Design #8 Microcode Flags Magic & Release
Slu4
Breadboard Computer With Minimalistic Design #8 Microcode Flags Magic & Release
7:46
Breadboard Computer With Minimalistic Design #7 Microcode Stack Magic
Slu4
Breadboard Computer With Minimalistic Design #7 Microcode Stack Magic
12:41
Breadboard Computer With Minimalistic Design #6 Getting Started with Microcode
Slu4
Breadboard Computer With Minimalistic Design #6 Getting Started with Microcode
15:26
Easy Arduino PS/2 Keyboard Read Out
Slu4
Easy Arduino PS/2 Keyboard Read Out
6:31
Breadboard Computer With Minimalistic Design #5 KiCAD Schematics (Finally!)
Slu4
Breadboard Computer With Minimalistic Design #5 KiCAD Schematics (Finally!)
6:20
Breadboard Arduino VGA Part 3: Let's build a Terminal
Slu4
Breadboard Arduino VGA Part 3: Let's build a Terminal
6:24
Breadboard Computer With Minimalistic Design #4 CPU Instruction Set
Slu4
Breadboard Computer With Minimalistic Design #4 CPU Instruction Set
11:44
Breadboard Computer with Minimalistic Design #3 CPU Architecture & Tetris
Slu4
Breadboard Computer with Minimalistic Design #3 CPU Architecture & Tetris
12:26
Breadboard Computer With Minimalistic Design #2 Update (Cassette Interface and OS)
Slu4
Breadboard Computer With Minimalistic Design #2 Update (Cassette Interface and OS)
9:49
Respect the Datasette 2: Physics and Signal Path of Storing Data on Magnetic Tape
Slu4
Respect the Datasette 2: Physics and Signal Path of Storing Data on Magnetic Tape
11:23
Respect the Datasette 1: Let's Store Digital Data on Magnetic Tape
Slu4
Respect the Datasette 1: Let's Store Digital Data on Magnetic Tape
10:15
Breadboard Computer With Minimalistic Design #1 Introduction
Slu4
Breadboard Computer With Minimalistic Design #1 Introduction
12:18
Breadboard Arduino VGA - Part 2
Slu4
Breadboard Arduino VGA - Part 2
9:53
Breadboard Arduino VGA - Part 1
Slu4
Breadboard Arduino VGA - Part 1
7:07