// TAG: GAME BOY

Prepare your development environment for building a Game Boy emulator in F#, covering .NET SDK, F# tooling, and cross-platform graphics setup with …

Dive into the heart of Game Boy emulation by building the CPU core. Learn to model registers, flags, and execute basic instructions using F#.

Dive into the Game Boy's Memory Management Unit (MMU). Learn its memory map, how to model and implement basic memory read/write operations, and load …

Load Game Boy ROMs into your F# emulator and initialize the system's boot state to prepare for instruction execution, bypassing the boot ROM.

Dive into CPU control flow by implementing jumps, calls, and conditional logic for a Game Boy emulator in F#. Understand stack operations, flag-based …

Dive into the Game Boy's Picture Processing Unit (PPU), learning how to emulate Video RAM (VRAM), tile data, and render the background layer using F#.

Deepen your Game Boy emulator by implementing sprite rendering, background scrolling using SCX/SCY, and managing display modes with the LCD Control …

Implement keyboard input for your F# Game Boy emulator, mapping physical keys to Game Boy buttons and updating the MMU's P1 register.

Dive into Game Boy Memory Bank Controllers (MBCs) to support larger ROMs. Learn how to implement MBC1 in F# for dynamic memory mapping, a critical …

Implement basic Game Boy Audio Processing Unit (APU) emulation, focusing on square wave channels, register mapping, and sound output using F# and …

Master synchronization between CPU, PPU, and APU, implement robust debugging tools, and verify your Game Boy emulator's accuracy using …

Embark on a deep dive into system emulation by building a Game Boy emulator in F#. This guide covers CPU, memory, graphics, input, and sound from …

Build a functional Game Boy emulator in F#, covering CPU, MMU, PPU, and sound, focusing on low-level architecture, functional design, and practical …