TinyNES Console Combines Original NES Chips with Modern Open-Source Hardware

TinyNES Overview

The TinyNES console merges original Nintendo Entertainment System (NES) CPU and PPU (graphics processor) chips with modern, open-source hardware. While it may resemble other NES clone consoles, its design specifically incorporates genuine or compatible clone processors for authenticity.

The CPU and PPU chips are socketed, allowing for easy replacement. The console can be ordered with genuine chips, which may be sourced from old consoles or unused stock, or with compatible clone processors, as original chips are no longer manufactured.

Modern Components and Video Output

The console's other components are new, contributing to cleaner video and audio output compared to original NES systems. However, the TinyNES only provides composite video output and lacks modern options like HDMI. The open-source nature of its design suggests that future modifications could potentially add such functionality.

The limitation in modern video options stems from the original NES PPU, which typically output its video signal as a composite of red, green, and blue on a single pin. While later PPU revisions offered RGB output, most NES and Famicom systems used the single-pin composite output. The TinyNES main board supports RGB variants of the PPU, and a solderless RGB add-on module is planned for users with these rarer chips.

Target Audience and Market Niche

The TinyNES caters to a specific niche audience that prioritizes playing on original hardware over emulators or FPGA-based systems. This market segment seeks an experience as close as possible to the original NES, even if it means foregoing modern conveniences like HDMI.

The successful funding and production of the TinyNES indicate a viable, albeit small, market for devices that offer this level of hardware authenticity. It addresses the preferences of users who are not satisfied with the compromises of alternative retro gaming solutions.