Quick Answer

If you’re diving back into the classic 16-bit computer wars, the Commodore Amiga 500 wins on multimedia, gaming, and raw graphics power — making it the top pick for most retro enthusiasts in 2026. The Atari ST, however, remains the gold standard for MIDI music production and runs a cleaner, more businesslike OS that some users genuinely prefer. To get either machine running beautifully on modern displays, you’ll want a quality HDMI upscaler or composite-to-HDMI converter — essential kit for both platforms in 2026.

Amiga 500 vs Atari ST: Accessories & Gear Comparison Table

The Great 16-Bit Battle: Why This Debate Still Matters in 2026

The Commodore Amiga 500 and the Atari ST were locked in fierce competition throughout the late 1980s and early 1990s. Both machines shared the same Motorola 68000 CPU heart, but they took radically different approaches to what a home computer should be. Today, both have passionate communities, active hardware restoration scenes, and a thriving market for accessories, mods, and modern connectivity solutions.

Whether you’re a returning enthusiast pulling one of these machines out of a loft, or a newcomer curious about authentic 16-bit computing, this guide will break down every key difference — and point you toward the best gear to get your chosen machine running in tip-top shape in 2026. For context on how these classics fit into the broader world of retro setup guides, check out our Complete Retro Console Setup Guide covering everything from NES to 16-bit era machines.

Amiga 500 vs Atari ST: Head-to-Head Breakdown

Graphics & Display

The Amiga 500 wins this category convincingly. With dedicated custom chips — Agnus, Denise, and Paula — it could push 4,096 colours on screen using HAM (Hold And Modify) mode, while the ST was limited to 512 colours in its palette with only 16 on screen at once in standard modes. For gaming and demos, the Amiga’s graphics superiority was immediately visible.

To enjoy either machine’s graphics on a modern display, a good RGB-to-HDMI upscaler is non-negotiable. We cover the best options in detail in our Best HDMI Cables & Converters for Retro Consoles guide.

Sound & Audio

The Amiga 500’s Paula chip provided 4-channel stereo PCM audio — essentially a built-in sampler — giving it a massive edge in game music and audio quality. The Atari ST’s Yamaha YM2149 sound chip was a basic 3-channel tone generator, technically inferior. However — and this is crucial — the ST had a built-in MIDI interface that made it the professional musician’s choice throughout the late ’80s and ’90s. Sequencing software like Cubase actually launched on the ST before any other platform.

Operating System

The Atari ST ran GEM (Graphics Environment Manager), a clean desktop environment that felt closer to a Mac clone. The Amiga ran AmigaOS with Workbench, which was technically more capable — supporting true multitasking and a more sophisticated memory model — but could feel quirky to newcomers. For productivity users in the late ’80s, GEM’s simplicity was genuinely appealing.

Gaming Library

The Amiga 500 had a vastly superior gaming library. Titles like Shadow of the Beast, Turrican, Lemmings, and Sensible Soccer showcased what the custom chips could do. Most multiplatform games of the era were coded for the Amiga first, with ST versions often lacking colour depth, smooth scrolling, or stereo audio. If gaming is your primary reason for picking up a 16-bit computer, the Amiga wins without question.

Business & Productivity

The Atari ST actually held its own in office environments, particularly in Europe. Its GEM interface was familiar to anyone who’d used a Mac, and software like 1st Word Plus and various spreadsheets ran well. The lower price point of the ST at launch also helped it penetrate the education and small business market.

Budget, Mid-Range & Premium Gear for Amiga & Atari ST Owners

Budget ($15–$60): Essential Starter Accessories

If you’re just getting back into either machine and want to spend as little as possible, these are your priority purchases. A composite-to-HDMI converter ($15–$25) is the cheapest way to get a picture on a modern TV, though quality won’t be as sharp as RGB options. Pair it with a DB9 joystick ($15–$35) compatible with both platforms’ standard 9-pin ports.

For storage, a Gotek USB floppy emulator ($25–$45) is one of the single best investments you can make. Original floppy drives are aging, disks degrade, and the Gotek lets you load disk images directly from a USB stick. Both Amiga and ST versions are available — make sure you buy the correct model for your machine.

Mid-Range ($60–$200): Serious Upgrades for Committed Enthusiasts

At this tier, a RetroTink 5X Pro (view on Amazon, $180–$200) transforms the picture quality of either machine dramatically. It accepts multiple input types including RGB SCART, S-Video, and composite, and outputs clean 4K upscaling with virtually zero lag. This is the upscaler the retro community consistently recommends.

An IDE-to-CompactFlash adapter ($15–$30) combined with a quality CF card ($15–$25) gives your Amiga a silent, fast, and reliable hard drive replacement. For Atari ST owners, a ACSI-to-SD hard drive emulator ($60–$100) does the same job.

Premium ($200–$500+): Ultimate Setups for Serious Collectors

The pinnacle of Amiga display technology is the OSSC Pro or a fully configured OSSC Open Source Scan Converter ($150–$250), combined with a high-quality Amiga RGB SCART cable ($20–$40) and a modern gaming monitor with HDMI input. The result is a picture that rivals or exceeds contemporary emulation in terms of authenticity.

For Atari ST musicians, investing in a professional MIDI keyboard controller ($150–$400) to pair with the ST’s built-in MIDI ports is the ultimate throwback studio setup. Add a copy of original Cubase or Notator on disk and you have a completely authentic late-’80s music production rig.

Product Deep Dives: Best Gear for Amiga 500 & Atari ST

Gotek USB Floppy Drive Emulator (Amiga Version)

Who it’s for: Any Amiga 500 owner whose original floppy drive is failing, unreliable, or simply tired of searching for original disks.

• Replaces the internal or external DF0/DF1 floppy drive physically
• Loads ADF (Amiga Disk File) images directly from a USB flash drive
• FlashFloppy firmware upgrade (free, open-source) massively improves compatibility
• OLED display mod available for easier navigation
• Compatible with Amiga 500, 500+, 600, 1200, and most other models

Price range: $25–$50

• Pro: Eliminates disk degradation problems entirely
• Pro: Access to thousands of ADF game and software images legally
• Pro: Much quieter than original drives
• Con: Requires some installation — not truly plug-and-play
• Con: FlashFloppy firmware flashing requires a USB-to-serial adapter

RetroTink 5X Pro Video Upscaler

Who it’s for: Enthusiasts who want the absolute best picture quality from their Amiga or ST on a modern 4K display.

• Accepts RGB SCART, S-Video, composite, and component inputs
• Outputs up to 4K via HDMI
• Multiple scanline and filter options for authentic CRT look
• Sub-millisecond processing latency — completely game-safe
• Works with Amiga, Atari ST, and dozens of other retro machines

Price range: $180–$200

• Pro: Best image quality available for RGB sources
• Pro: Versatile — works across your entire retro collection
• Pro: Active firmware development keeps adding features
• Con: Expensive for a single-machine setup
• Con: Menu system has a learning curve

RGB SCART Cable for Commodore Amiga 500

Who it’s for: Anyone serious about getting the best native signal out of their Amiga 500 before it hits an upscaler or SCART TV.

• Carries the full RGB signal from the Amiga’s 23-pin video port
• Compatible with SCART TVs and SCART-to-HDMI converters
• Shielded cable for minimal interference
• Available in lengths from 1.5m to 3m
• Essential for use with OSSC or RetroTink upscalers

Price range: $15–$35

• Pro: Dramatic picture quality improvement over composite
• Pro: Required for best results with upscalers
• Con: Useless without a SCART TV or SCART converter
• Con: Quality varies — buy from reputable sellers

MIDI Cables & Interface for Atari ST Music Production

Who it’s for: Musicians wanting to recreate or continue the legendary Atari ST MIDI music production workflow.

• The ST has built-in MIDI IN and MIDI OUT ports (no interface needed!)
• Standard 5-pin DIN MIDI cables connect directly to hardware synths and keyboards
• Compatible with vintage software like Cubase 1.x, Notator, and C-Lab Creator
• Works with modern hardware synths and MIDI-compatible instruments

Price range: $10–$25 for quality MIDI cables

• Pro: Zero latency MIDI timing — still regarded as exceptional by producers
• Pro: No additional hardware purchase required for the interface
• Con: Limited to older sequencing software unless you source it carefully
• Con: ST’s internal audio is weak compared to Amiga

CompactFlash IDE Hard Drive Replacement Kit

Who it’s for: Amiga 500 (with hard drive expansion) owners replacing aging mechanical drives with silent, reliable solid-state alternatives.

• IDE-to-CF adapter connects to existing Amiga hard drive interfaces (like A590 or GVP)
• CompactFlash cards are fast, silent, and draw minimal power
• Capacities from 512MB to 4GB recommended for AmigaOS compatibility
• Dramatically reduces boot times and eliminates drive noise

Price range: $15–$50 for adapter + CF card

• Pro: Solves the “dying hard drive” problem permanently
• Pro: Much quieter than original spinning drives
• Con: Requires an existing hard drive interface/expansion unit
• Con: AmigaOS has filesystem limitations above certain partition sizes

DB9 Joystick Compatible with Amiga & Atari ST

Who it’s for: Retro gamers who want an authentic, responsive controller experience on original Amiga or ST hardware.

• Standard 9-pin Atari/Amiga joystick port compatibility
• Microswitched directions and fire button for crisp response
• Competition Pro and QuickShot style options available
• Works on both platforms without any adapter

Price range: $20–$45

• Pro: Authentic period-correct gameplay feel
• Pro: Works on both Amiga and Atari ST without any modification
• Con: One-button limitation for some more complex games
• Con: Reproduction quality varies widely — research before buying

How to Set Up Your Amiga 500 or Atari ST for Modern Use: Step-by-Step

What You’ll Need

• Commodore Amiga 500 or Atari ST (sourced locally, eBay, or specialist retro dealers)
• RGB SCART cable appropriate for your machine
• SCART-to-HDMI converter or upscaler
• Gotek USB floppy emulator
• USB flash drive (8–16GB, FAT32 formatted)
• DB9 joystick
• Modern HDMI TV or monitor
• Standard IEC power cable (for Atari ST) or Amiga-specific PSU replacement

1. Check and clean the machine. Before powering on, inspect the keyboard, ports, and case. Clean cartridge/expansion slots with 90% isopropyl alcohol and a cotton swab. Check capacitors if you’re experienced — both machines are now old enough to need recapping.
2. Replace the power supply if necessary. Original Amiga PSUs are notorious for failing and can cause damage. A modern replacement PSU is a worthwhile investment before you boot anything.
3. Connect your display cable. Attach the RGB SCART cable to the machine’s video output port (23-pin on Amiga, 13-pin DIN on Atari ST — get the right cable for your machine). Run the SCART end to your upscaler.
4. Set up the SCART-to-HDMI converter or upscaler. Connect the converter’s HDMI output to your TV. Set your TV input accordingly. For basic setups, a cheap SCART-to-HDMI adapter box works fine. For the best quality, use a RetroTink 2X or 5X Pro.
5. Install your Gotek floppy emulator. Open the machine and locate the floppy drive ribbon cable. The Gotek replaces the original drive physically or can be connected externally. Flash the drive with FlashFloppy firmware for best compatibility (requires a PC and a USB-to-serial adapter).
6. Prepare your USB drive. Format a USB stick as FAT32 and load it with ADF (Amiga) or ST image files. Organise them into folders. The Gotek’s OLED display (if fitted) will show filenames for easy navigation.
7. Connect your joystick to port 1 (for single-player games on Amiga) or the relevant port on your ST. Power on and test with a known-good game image.
8. Optionally, add expanded RAM. The Amiga 500 benefits enormously from a 512KB trapdoor RAM expansion ($20–$40) that fits in the base expansion slot, unlocking compatibility with many more games that require 1MB Chip RAM.

Common Mistakes to Avoid When Setting Up Amiga 500 or Atari ST

• Using the original Amiga PSU without testing it first. The original brick-style PSU is famous for failing dangerously and sending incorrect voltages to the motherboard. Always test with a multimeter or simply replace it with a modern unit. Fix: Buy a modern Amiga PSU replacement before your first boot.
• Connecting via composite video when RGB is available. Both machines output a far superior RGB signal that composite output wastes entirely. You’ll get blurry, colour-bleeding video that doesn’t represent either machine’s true quality. Fix: Use an RGB SCART cable and a proper upscaler.
• Buying the wrong Gotek model. Amiga and Atari ST Gotek drives have different firmware requirements and sometimes different physical connectors. Ordering blindly often results in an incompatible unit. Fix: Specifically search for Gotek emulators confirmed compatible with your exact machine model.
• Ignoring capacitor aging. Both the Amiga 500 and Atari ST are now 35+ years old. Surface-mount capacitors on the audio and video circuits are prone to leaking, causing audio distortion or display issues. Fix: Have the machine professionally recapped or learn SMD soldering — it will save your machine long-term.
• Expecting the Atari ST to match Amiga gaming performance. Many ST ports of Amiga games are notably inferior. If gaming is your priority, the Amiga is the correct choice. Don’t buy an ST expecting the same gaming experience — you’ll be disappointed. Fix: Be clear on your use case before purchasing either machine.
• Skipping the RAM expansion on Amiga 500. Many classic Amiga games require 1MB of Chip RAM. The base 512KB model can’t run them without the trapdoor expansion. This is a common frustration for newcomers. Fix: Budget for a 512KB RAM expansion card from day one.
• Storing original floppy disks in poor conditions. Heat, humidity, and magnetic fields are death sentences for 30-year-old floppy disks. Fix: Store in cool, dry conditions in plastic sleeves, and prioritise digitising your disk library to ADF/ST images sooner rather than later.

Related Guides

If you’re deep into retro computing and gaming, these guides on RetroTechLab.com will help you build the perfect setup around your Amiga or Atari ST:

• Best HDMI Cables & Converters for Retro Consoles — essential reading for getting the cleanest picture from your 16-bit machine
• Complete Retro Console Setup Guide: Connect Classic Machines to Modern TVs — many of the same video converter principles apply to Amiga and ST
• Best Retro Gaming Controllers & Adapters: Compatibility Guide 2026 — find DB9 joystick alternatives and USB adapters for modern play
• How to Connect Old Consoles to Modern TV (2026): Complete Guide — upscalers, converters, and signal chains explained
• Best Cables & Connectors for Retro Consoles (2026) — cable compatibility charts covering SCART, RGB, and more
• Complete Vintage HiFi Setup Guide 2026 — pair your Amiga’s famous Paula audio chip with a proper vintage audio system

Frequently Asked Questions: Commodore Amiga 500 vs Atari ST

Which is better for gaming — Amiga 500 or Atari ST?

The Commodore Amiga 500 is significantly better for gaming. Its custom chips (Agnus, Denise, Paula) enabled smooth scrolling, more colours, and superior stereo audio that most ST ports simply couldn’t match. If gaming is your primary interest, the Amiga is the clear choice — pair it with a Gotek floppy emulator and a quality upscaler for the best experience.

Which is better for music production — Amiga or Atari ST?

The Atari ST wins for MIDI music production, hands down. Its built-in MIDI IN and MIDI OUT ports and legendary timing accuracy made it the preferred machine for professional musicians throughout the late ’80s and ’90s. Cubase, Notator, and C-Lab all launched on the ST first. Pick up some MIDI cables and connect it directly to any hardware synth.

Can I connect an Amiga 500 or Atari ST to a modern HDMI TV?

Yes, but you’ll need a signal converter. The best options are an RGB SCART cable feeding into a RetroTink 2X or 5X Pro upscaler, or a dedicated SCART-to-HDMI converter box for a more budget-friendly option. Composite video output (where available) gives a noticeably inferior picture and should be avoided if RGB is accessible.

What RAM does the Amiga 500 need?

The stock Amiga 500 comes with 512KB of Chip RAM. Most games from 1989 onward require 1MB, which means you need a 512KB trapdoor RAM expansion ($20–$40) that fits in the underside expansion slot. This is arguably the single most important upgrade for gaming compatibility.

Are original floppy disks still reliable?

Many original floppy disks are now 30–40 years old and are failing at an accelerating rate. Magnetic oxide shedding, mould, and physical warping are all common. The community consensus is to digitise your disk collection to ADF or ST images as soon as possible and use a Gotek USB floppy emulator for daily use.

What joystick works with both Amiga and Atari ST?

Any standard DB9 9-pin joystick works on both platforms without any adapter — this was a deliberate design decision by Atari, and Commodore followed the same standard. Classic models like the Competition Pro, QuickShot, and Zip Stick are all compatible. Modern reproductions and new-old-stock examples are both available on Amazon.

Which machine has better graphics, Amiga or Atari ST?

The Amiga 500 has substantially better graphics capabilities. In HAM (Hold and Modify) mode, it can display 4,096 colours simultaneously. The Atari ST is limited to 16 simultaneous colours in its standard resolution modes from a palette of 512. For demos, games, and any visually demanding software, the Amiga wins every comparison. An OSSC upscaler will display those graphics beautifully on any modern screen.

Is the Atari ST cheaper to buy than the Amiga 500?

Generally, yes — Atari ST machines tend to command slightly lower prices on the secondhand market than Amiga 500 units in equivalent condition, reflecting the Amiga’s stronger collector demand. Prices vary significantly by condition, model variant, and included accessories. Budget $80–$200 for either machine in working condition from reputable sources.

Can I use a modern USB keyboard with my Amiga or Atari ST?

Not directly without an adapter. Both machines use proprietary keyboard interfaces. However, keyboard-to-USB adapters exist that allow you to use original keyboards on modern computers, and some enthusiasts have built adapters in the other direction. For original-hardware use, repairing or cleaning the original keyboard is usually the best path.

Which machine should a complete beginner choose?

For a complete beginner interested in retro computing as a hobby, the Amiga 500 is generally the more rewarding choice — it has a larger software library, a more active community in 2026, and its gaming catalogue is exceptional. However, if your primary interest is vintage MIDI music production, the Atari ST is unambiguously the correct answer. Either way, budget for a quality display upscaler and a Gotek floppy emulator as your first purchases.

Final Verdict: Amiga 500 vs Atari ST in 2026

The Commodore Amiga 500 wins the head-to-head for gaming, graphics, and audio breadth — it’s the machine with the richer legacy for most enthusiasts. The Atari ST carved its own indelible niche in music production and office productivity, and its MIDI capabilities remain genuinely impressive even by modern standards. Both machines deserve respect, both reward restoration investment, and both will give you something that modern computing simply cannot replicate.

Whichever machine you choose, invest in the core essentials first: a reliable display converter, a Gotek floppy emulator, and a decent DB9 joystick. From that foundation, you can expand into memory upgrades, storage modernisation, and increasingly sophisticated display setups at whatever pace suits you. For more guidance on connecting vintage machines to modern displays, our quick guide on connecting retro consoles to modern TVs covers the fundamentals in 15 minutes flat.

The 16-bit era was genuinely one of computing’s most creative periods — and in 2026, it’s never been easier to enjoy it authentically.