Git Yerself a Commodore
New iron for the frontier
Just got a C64 Ultimate? Start here.
From box to first game in under 5 minutes →
Brand New Hardware
Modern re-creations that run everything the original did — and then some.
- Commodore 64 Ultimate — commodore.net
- TheC64 Mini — compact plug-and-play
- TheC64 Maxi — full-size keyboard
- Lotharek — C64 hardware & mods
The Commodore 64 Ultimate is the most turnkey option — a fully licensed modern C64 in a slick new case. TheC64 Mini and Maxi from Retro Games Ltd are polished plug-and-play units with 64 games built in — the Maxi has a full-size working keyboard. Lotharek ships from Poland and makes excellent peripherals and reproduction parts.
Used Machines
Buying vintage means knowing what to look for before the money changes hands.
Always look for "tested and working" listings. Ask about the power supply — the original PSU is 40+ years old and can fail catastrophically, frying the machine. Check for yellowing (cosmetic, fixable), but avoid chips with burn marks or corrosion. The breadbin (1982–1983) and the C64C (slimmer, 1986+) are both great choices.
FPGA vs Original — The Full Story
The community has opinions. Here are the facts — and a framework for deciding what's right for you.
Original C64 — what you get: Real SID chip with genuine analog characteristics. Real VIC-II with hardware-accurate timing. The actual experience of 40-year-old silicon doing what it was designed to do. Many argue this is the only "real" C64 experience, particularly for SID audio — the 6581's leaky filter and the voltage quirks that composers built their music around simply don't exist in emulation.
FPGA C64 — what you get: Virtually identical software compatibility with no capacitor risk, no PSU danger, no aging components. HDMI output, USB peripherals, built-in storage. The Ultimate 64 includes a cycle-accurate 1541 drive emulator. MiSTer runs dozens of systems in a single box. For software development or casual gaming, FPGA is extremely compelling.
Where FPGA falls short: The SID. FPGA implementations model the digital side precisely, but the 6581's characteristic filter behaviour is partially analog and varies between chips. SID tunes composed for the 6581 exploit specific quirks that no FPGA perfectly reproduces. If SID music matters to you, this is the dealbreaker. The 8580 is easier to model accurately.
The verdict: If you want to write software, play games, or run demos — FPGA is the practical, hassle-free choice. If you care deeply about SID audio authenticity, original hardware with a maintained PSU and a real 6581 is the answer. Many enthusiasts own both. They're different tools solving the same nostalgic problem.
SID Chips
The soul of the machine. Two versions, both beloved, both different.
The MOS 6581 (early C64s) has a raw, gritty sound — its filter is imprecise and drifts, and composers exploited this. The MOS 8580 (C64C and later) is cleaner, quieter, and more consistent, but loses some of that fuzzy charm. Neither is objectively better. Both have passionate defenders.
FPGA recreations like the ARMSID and SwinSID try to emulate both. They're impressive but not quite identical — the analog imprecision of a real chip is very hard to fake.
Keepin’ Your C64 Alive — Maintenance Guide
Original C64s need a little TLC after four decades. Do these things in order — don't skip step one.
1. Power Supply — do this first. The original brick PSU has a linear regulator that fails with age, often silently outputting dangerous voltages. A failed PSU can destroy every chip on the board in seconds. Replace it before you turn anything on. Ray Carlsen's designs are community-trusted; Electroware and Individual Computers also ship quality modern PSUs.
2. Visual Inspection. Open the case and look for corrosion around battery holders (if present), burn marks near voltage regulators, or damaged traces. Check the cartridge port, user port, and joystick ports for bent pins. Look at the board for any obvious damage before applying power.
3. Capacitor Replacement (Recapping). Electrolytic capacitors dry out over decades — C64s from the early 1980s are overdue. The SID's filter capacitors especially affect audio quality when degraded. A full recap is a standard refurbishment step. It requires soldering skill; if you're not comfortable, retro repair services handle it routinely.
4. Cleaning. Disassemble fully. Clean the case plastic with diluted dish soap, not solvents. Clean the keyboard contacts with isopropyl alcohol. The keyboard membrane may need replacement on very old machines — reproductions are available. Clean the board gently with IPA and a soft brush.
5. Retrobrighting. Yellowed plastic (UV oxidation) can be reversed with hydrogen peroxide gel and UV exposure. Use 6–12% peroxide cream (hair developer), coat evenly, cover with cling film, and expose to direct sunlight or a UV lamp for 4–8 hours. Rinse thoroughly. Results vary by plastic batch. Never use heat lamps — you'll warp the case.
6. Video Output. Original RF output is blurry on modern displays. Composite video is better. S-Video (available on many C64s with a simple mod) is a step up. For the best picture, a Lumafix64 mod reduces luma/chroma noise, and a dedicated upscaler like the Retrotink 2X or Framemeister gives you clean HDMI from composite or S-Video.