Hackaday · Creativity & design

Tomb Raider Runs on ESP32-P4 Microcontroller

Modern microcontrollers possess significant processing power, enabling them to run demanding applications previously exclusive to game consoles.

A developer, [alexkid77], has successfully ported the classic game Tomb Raider to run on an ESP32-P4 microcontroller. This achievement highlights the increasing capabilities of embedded systems.

The port utilizes the OpenLara open-source engine, not a direct port of the original game release. The ESP32-P4's dual 400 MHz cores provide ample processing power for the engine.

The game runs with a software renderer at a resolution of 320x240, which is then hardware-scaled to 1024x600 using the chip's Pixel Processing Accelerator (PPA).

Stereo audio is supported through an ES8311 codec, and input is handled via a USB HID keyboard.

The project demonstrates that it might be more cost-effective and faster to set up Tomb Raider on an ESP32 with a display than to acquire original console hardware and game discs.

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