The Commodore 64 Is Back: What You Need to Know

The Commodore 64, one of the most iconic computers from the 1980s, is making a comeback. The company announced the Commodore 64 Ultimate in 2025 — its first official hardware release in more than 30 years. Pre-orders start at $299, with machines shipping before the end of 2025.

This isn't a faithful replica of the original. Instead, it uses modern technology to recreate how the old Commodore 64 actually worked, so it can run games and programs from the 1980s and 1990s the way they were meant to run.

How It Works

The new Commodore 64 uses something called an FPGA — essentially a chip that can be programmed to behave like a completely different computer. Think of it like a digital actor: instead of building a mechanical copy of an old engine, you program a modern chip to mimic exactly how that old engine behaves.

This machine promises to work with at least 99% of the original software and peripherals from four decades ago. It adds modern connections too — HDMI for video, Wi-Fi, Ethernet, and USB ports — so you can hook it up to a modern monitor and network without adapters.

The machine also includes a speed boost mode and extra memory, for people who want the nostalgic experience but with some modern conveniences.

The Upgrade Question

Shortly after the announcement, there was tension between Commodore and the retro computing community. These enthusiasts like to tinker with hardware and write their own customizations. Commodore initially said it would lock down the machine's internal instructions to prevent that tinkering.

The company quickly reversed course. It said users could install their own custom versions, but it might add safety guardrails later to prevent modifications that could break the machine. The company pointed out that broken machines were already coming back for support because of failed custom updates. This touches on a real problem: enthusiasts want total freedom to modify hardware, but companies need to limit support costs when those modifications go wrong.

Why Now

Retro computing — old computers and game consoles brought back as new products — has been a growing market for about a decade. Original hardware from the 1980s and 1990s is aging out; capacitors fail, chips die, and the machines stop working.

We have seen this pattern before. Companies like Hyperkin started making officially licensed copies of old Nintendo and Sega systems in the 2010s. But most of those used software-based emulation running on modern processors — a shortcut that works for many games but not all.

The Commodore approach is more ambitious. It rebuilds the actual digital brain of the old machine, so even quirky, finicky old games that relied on obscure tricks should work properly.

The Challenge

The original Commodore 64 was a puzzle box of quirks. Games were written to work around its limits and exploit its oddities. Some programmers even pushed it beyond what the designers intended, using undocumented tricks to squeeze out more speed or color.

Recreating all of that precisely is hard. That 1% compatibility gap Commodore mentions is where reality hits: a few games or devices will still not work perfectly. Some of those old software tricks were so specific to how the original hardware was built that even a perfect digital recreation will miss them.

What This Means

The success of this partnership — Commodore as a brand, a Dutch engineer's technical design, and reasonable pricing — creates a template other dormant computing brands might follow. Whether the market can support multiple retro computers at similar prices is unclear, but early interest suggests people do want to play with old machines that work properly alongside modern conveniences.

The C64 Ultimate, at its core, acknowledges a simple truth: some old software cannot be fully recreated in software alone. Sometimes, to preserve computing history, you have to rebuild the actual machine that made it possible.