Whatever Happened to the Arcade? A Collector's Guide to Collect Arcade Hardware

The flashing lights and deafening attract modes of the 1990s amusement centres may have faded from our high streets, but the original hardware remains highly sought after by purists. For those looking to collect arcade hardware, transitioning from fond childhood memories to owning actual printed circuit boards requires a solid grasp of power requirements, video signals, and maintenance routines. This guide breaks down the essential steps to safely acquire, run, and preserve authentic coin-op classics at home without relying on modern emulation.

The Decline of European Arcades and the Shift to Collect Arcade Hardware

The golden age of the European arcade began to wane in the late 1990s as 3D home consoles caught up to coin-op graphical fidelity. When the Sony PlayStation and Nintendo 64 arrived in living rooms, the technological gap that once justified spending coins on a single credit rapidly closed. Players could suddenly experience arcade-style racing and fighting games from their sofas without compromising on visual quality.

During this era, European arcade operators faced immense financial pressure due to the high cost of importing dedicated, custom-moulded Japanese cabinets. To maintain profit margins, operators heavily relied on generic wooden JAMMA cabinets, swapping out the internal game boards rather than buying brand-new machines. This modular approach kept the industry afloat for a few more years, but eventually, the sprawling commercial arcades closed their doors.

However, the arcade never truly died; it simply moved into garages, spare rooms, and dedicated hobbyist spaces. The secondary market exploded, allowing enthusiasts to collect arcade hardware that was once exclusively available to commercial operators. Today, this private collecting scene is more active than ever, driven by a desire for zero-latency gameplay, authentic CRT displays, and the tactile preservation of gaming history.

Understanding JAMMA and Arcade PCBs

If you want to dive into JAMMA PCB collecting, you first need to understand the standard that revolutionised the industry. Introduced in 1985, the Japan Amusement Machine and Marketing Association (JAMMA) standard unified arcade board pinouts across manufacturers. It utilised a 56-pin edge connector that standardised the delivery of RGB video, mono audio, player controls, and power lines (5V, 12V, and -5V) across a single interface.

When purchasing game boards, collectors must learn to differentiate between original manufacturer boards and unofficial bootlegs. Bootlegs were unauthorised copies produced cheaply to undercut official distributors, and they often lack the custom silicon chips designed by companies like Sega, Capcom, or Konami. Instead, they rely on generic EPROMs, feature messy hand-soldered bodge wires, lack official holographic security stickers, and frequently suffer from audio glitches or missing graphical layers.

Handling bare printed circuit boards (PCBs) also requires far more care than handling a standard plastic console cartridge. Bare boards are highly susceptible to electrostatic discharge (ESD) and physical damage from improper storage. When you collect arcade hardware, you must adhere to a few strict handling rules:

• Always ground yourself before touching a bare PCB to prevent static shocks from destroying sensitive logic chips.
• Store all boards in high-quality anti-static bubble wrap or dedicated ESD-safe storage boxes.
• Never touch the gold pins on the JAMMA edge connector, as the oils from your fingers will cause corrosion over time.
• Place boards on an anti-static mat when performing maintenance, rather than directly on carpets or bedsheets.

Superguns: A Practical Way to Collect Arcade Hardware for the Living Room

Owning a full-sized cabinet is not a strict requirement to play real arcade boards today. A Supergun arcade setup is a standalone device that safely powers an arcade PCB and converts its raw video and controller signals into formats compatible with consumer televisions. It acts as a bridge, allowing you to plug a massive arcade board directly into your living room display using standard console controllers.

The most critical component of any Supergun is a high-quality ATX arcade power supply. Arcade boards are notoriously power-hungry and require incredibly stable 5V, 12V, and sometimes -5V lines to function correctly. If the 5V line drops too low under load, the game will continually reset; if it spikes too high, you risk permanently destroying irreplaceable custom chips.

For European collectors using PAL CRT televisions, the video output of a Supergun is a massive advantage. Most Superguns output a raw RGB SCART signal, which is natively supported by European CRTs. This delivers the authentic, razor-sharp 15kHz arcade picture with zero input lag, bypassing the need for modern digital upscalers that can introduce unwanted processing delays.