The PS1’s Dirty 50Hz Secret — And How to Fix It Today

James Hargreaves — Founder & Editor, RetroInHand

We Were Playing the Wrong Games and Nobody Told Us

Christmas 1995. I’m eleven years old and my dad has just carried a Sony PlayStation into our living room in a box that seems enormous. It’s grey, it’s angular, it’s got a proper CD drive and a controller with the most satisfying buttons I’ve ever pressed. I’ve already played it at a friend’s house — Ridge Racer, screaming around corners, feeling like I’m living inside a film. I am absolutely certain this is the greatest thing that has ever happened to me.

What I didn’t know — what none of us knew, or at least none of us fully understood — was that I was playing a slightly worse version of that game than kids in Japan and America. The car was moving slower. The music was pitched differently. The screen had two thick black bars sitting at the top and bottom like a letterbox that nobody had asked for. I’d spent weeks convincing my parents that the PlayStation was the future, and I’d been handed a subtly but measurably inferior product. Not broken. Not unplayable. But compromised, quietly and consistently, in ways that Sony spent the entire decade declining to properly explain or fix.

This is the story of PAL optimisation — or rather, the near-total absence of it across huge swathes of the PS1 library. It’s the story of a television standard that carved the PlayStation generation in two, left British and European players with a raw deal, and created a problem that persisted across hundreds of released titles. It’s also, finally, a story with a genuinely satisfying ending — because in 2024, the fixes available to PS1 owners are better than anything Sony ever bothered to provide.

Understanding the Problem: PAL, NTSC, and Why They Existed at All

To understand why PAL PS1 games ran the way they did, you have to go back much further than 1994. You have to go back to the 1950s, when television broadcasting standards were being established independently in different parts of the world, largely without coordination and often with competing national interests driving technical decisions.

The United States settled on NTSC — the National Television System Committee standard — in 1941 for black-and-white television, then updated it for colour in 1953. NTSC runs at 60 fields per second (60Hz) with 525 horizontal lines of resolution. Europe, meanwhile, developed PAL — Phase Alternating Line — which was standardised in the early 1960s and introduced to broadcasting across the UK and most of Western Europe through the latter half of that decade. PAL runs at 50 fields per second (50Hz) but with 625 lines of resolution. Japan, for what it’s worth, uses NTSC, which is a crucial point we’ll come back to repeatedly.

The reasoning behind 50Hz in Europe was partly tied to the mains electricity frequency — 50Hz AC power in Europe versus 60Hz in North America — which simplified early television engineering. PAL’s higher line count was a genuine technical advantage for picture detail, which was its selling point over NTSC. But that 10Hz difference in refresh rate — the difference between 50 fields per second and 60 fields per second — would go on to haunt European console gaming for the better part of two decades.

What the Numbers Actually Mean for Games

Here’s the core problem in plain terms. A game designed to run at 60 frames per second on NTSC hardware is tied to that refresh cycle. The game logic, the animation timing, the physics, the audio — all of it is built around 60 ticks per second. When that game runs on PAL hardware at 50Hz, one of three things tends to happen, and all three of them are unpleasant.

First option: the game runs at 50Hz but keeps the same internal speed, meaning it skips or drops frames to maintain pacing. This was relatively rare and created its own visual problems. Second option — and by far the most common on PS1 — the game simply runs at 50 frames per second instead of 60, which means everything slows down by 16.7 percent. Characters move more slowly. Music plays at a lower pitch. Loading sequences take longer. Animations feel sluggish. The entire game, in effect, runs in slow motion compared to its intended design. Third option: the game is properly PAL-optimised, meaning the developer has gone back into the code and accelerated the game logic to compensate for the lower refresh rate — essentially running the game at 5/6 the frame timing to ensure it plays at the same speed despite the lower Hz count.

That third option is the correct one. It’s also the one that a significant portion of PS1 publishers couldn’t be bothered to implement.

The Black Bars Problem

The slowdown wasn’t even the only issue. PAL televisions in the 1990s displayed 625 lines versus NTSC’s 525, which meant PAL had more vertical resolution available. But PS1 games were designed to output at NTSC resolutions. When an unoptimised PAL version ran on a 625-line display, the game image didn’t fill the screen — it appeared centred with black bars above and below. Some games had bars of 30 to 40 pixels on each side. Others were even worse. A handful of particularly egregious ports looked genuinely uncomfortable on a proper widescreen — or rather, a proper 4:3 — television, the image sitting in a shrinking pillarbox of nothingness.

The combination of both issues — slow speed and black borders — meant that PAL players were getting an objectively worse experience than their NTSC counterparts. And unlike some technical compromises that are easy to dismiss as theoretical concerns, these were differences you could see and feel. I remember hiring Tekken 2 from a local video shop in 1996 and thinking the characters moved with a slightly heavy, deliberate quality that I couldn’t quite put my finger on. I just thought that’s what the game was like. It wasn’t. The NTSC version was snappier, crisper, more responsive. I was playing a watered-down copy of a game I’d decided I loved.

The Scale of the Problem Across the PAL PS1 Library

The PlayStation launched in Japan on 3rd December 1994, shifted to North America on 9th September 1995, and arrived in Europe on 29th September 1995 — less than a month after its American debut. Sony was moving fast, the console wars with Sega were intensifying, and the priority was getting units on shelves. PAL optimisation was, for many publishers, an afterthought — an extra development cost on games that were already finished and generating revenue in two major markets.

By the time the PlayStation was discontinued in 2006 — a remarkable 12-year run — Sony had sold approximately 102 million consoles worldwide. The PAL region accounted for roughly 30 million of those sales, across the UK and mainland Europe. That’s 30 million consumers, give or take, who bought into a platform where the quality of the software experience was fundamentally dependent on whether a developer had taken the time to properly adapt their product for the local market.

The Digital Foundry team — who have done some of the most thorough technical work on this subject in recent years — have catalogued hundreds of PS1 titles that shipped with PAL problems. The Digital Foundry/Eurogamer retrospectives from around 2013 onwards systematically identified games running at 50Hz with borders, and the picture they painted was not flattering. Titles from major publishers, beloved classics, games that defined the generation — huge numbers of them were compromised in the PAL version.

The Games That Got It Wrong

Let me give you a sense of the scale. Crash Bandicoot — one of the defining games of the PS1 era, Sony’s unofficial mascot — ran at 50Hz in PAL territories with visible black borders. Crash Bandicoot 2: Cortex Strikes Back and Crash Bandicoot 3: Warped shared the same problem. The entire original Crash trilogy, one of the cornerstone series of the PlayStation generation, was slower in Europe. Naughty Dog didn’t sort the PAL issues until later versions of the third game, and even then, the fix was partial.

Tomb Raider ran at 50Hz. The first three Tomb Raider games, in fact, all suffered from it to varying degrees. Final Fantasy VII — arguably the game that did more than any other title to cement the PS1’s cultural dominance in Europe — ran slightly slower in PAL. The iconic opening bombing mission, the music, the sweeping emotional moments — all of it pitched marginally lower and moving fractionally slower than Squaresoft intended. Metal Gear Solid had PAL-specific issues. Resident Evil, Resident Evil 2, Silent Hill. The fighting games were particularly affected — Tekken, Tekken 2, Tekken 3, Street Fighter Alpha titles. The rhythm and feel of a fighting game is absolutely dependent on its speed, and 50Hz fighting games simply don’t play correctly.

Spyro the Dragon is one of the most famous examples, because Insomniac actually bothered to do a proper PAL conversion — then seemingly got something wrong in the process, resulting in a game that ran faster in certain areas than the NTSC version. It’s a genuinely strange situation where the attempt at optimisation introduced its own problems. Spyro 2: Gateway to Glimmer — that’s what we called Ripto’s Rage in Europe, incidentally — was better, but the original game remained a technical oddity.

The Games That Got It Right

To be fair, there were publishers who made the effort. WipEout — Psygnosis’s extraordinary futuristic racer — was properly PAL-optimised, which makes sense given that Psygnosis was a Liverpool-based developer. A British studio making one of the defining games of the early PlayStation era wasn’t about to ship their own product in degraded form to their home market. WipEout 2097 was similarly sorted.

Gran Turismo is a notable case. Polyphony Digital’s meticulous simulation racer, released in Japan in December 1997 and in Europe in June 1998, was properly optimised for PAL. Given that Gran Turismo was one of the best-selling PS1 games in Europe — eventually shifting around 10.85 million copies worldwide — it’s fortunate that Polyphony took the time. Medievil, developed by SCE Cambridge (formerly Millennium Interactive), was properly optimised. Several of the Sony first-party titles made the effort, though even Sony’s own output wasn’t consistent on this front.

The problem was fundamentally economic. Proper PAL optimisation required going back into finished code, adjusting game logic timing, repositioning display elements, retesting extensively. For a game that had already shipped in two profitable markets and was being ported to a third, that was a cost that many publishers — particularly Japanese ones operating through European distributors rather than dedicated local studios — simply weren’t willing to absorb.

Sony’s Non-Response: The Corporate Silence That Defined the Era

Here’s what makes this issue genuinely frustrating, and what I think deserves more attention than it typically receives: Sony knew. They absolutely knew. The company’s own engineering teams understood precisely how PAL and NTSC differed, understood what unoptimised conversions would look and play like, and chose not to make PAL optimisation a certification requirement.

Unlike Nintendo, who by the Super NES era had established technical requirements that third-party developers had to meet to receive the official Nintendo seal of quality, Sony’s certification process for PS1 software was relatively permissive. A developer could submit a PAL version that ran at 50Hz with black borders, and as long as it passed the basic functional checks — no crashes, data integrity on the disc, region coding correct — it would be approved. The poor performance was not considered a certification failure. It was considered acceptable.

Compare this to how Nintendo handled the same era. The SNES PAL library had its own 50Hz problems — and I had those too, don’t think I’m giving Nintendo a free pass here — but Nintendo’s first-party output was more consistently optimised, and the company was more transparent about technical specifications. Nintendo’s documentation to developers explicitly acknowledged the PAL/NTSC differential and provided guidance on handling it. Sony’s approach was more hands-off, more market-driven, and ultimately less protective of the consumer experience in PAL territories.

I wrote to Official PlayStation Magazine UK — the actual paper magazine, this was 1998 — asking why some games had black borders. The response, in their letters section, was essentially that it was a TV compatibility thing and that it didn’t affect gameplay. That was the corporate line. It affected gameplay. It absolutely, measurably, demonstrably affected gameplay. It just took us another decade and a half and the emergence of proper digital foundry-style analysis tools to prove it comprehensively in public.

The Official PlayStation Magazine and the Compliant Gaming Press

This is worth dwelling on for a moment. The gaming press of the mid-to-late 1990s — and I say this as someone who has now been part of that press for 20 years — was not particularly well-equipped to analyse or communicate technical issues of this kind. Official PlayStation Magazine launched in the UK in November 1995 and had a significant relationship with Sony. It was — and I want to be clear this was common in the era — structurally disinclined to publish negative coverage of Sony hardware or software. Independent magazines like Edge and Gamesmaster were more willing to push back, but even they rarely quantified the PAL problem in terms that readers could act on.

There was no Digital Foundry in 1996. There was no systematic frame-rate analysis, no side-by-side comparison videos on YouTube, no community wikis cataloguing which games ran at what speed. Readers largely had to take publishers at their word, and publishers were saying nothing. If you didn’t have access to import gaming or a modded console, you often had no point of comparison. You just played your PAL games and thought that’s what they were supposed to be like. That’s the most infuriating part of the whole story — the ignorance was largely manufactured by a combination of corporate silence and inadequate consumer information.

The Technical Reality: What Was Actually Happening Inside the Console

The PS1’s hardware didn’t fundamentally change between its NTSC and PAL versions. The console in both cases used the same MIPS R3000A-based CPU running at 33.8688 MHz, the same GPU, the same 2MB of RAM, the same CD-ROM drive mechanism. The core silicon was identical. The difference was in the video output configuration — PAL models output a 50Hz signal, NTSC models output 60Hz — and crucially, this was entirely a software-configurable parameter.

The PS1’s GPU could theoretically output either 50Hz or 60Hz regardless of which region the hardware was manufactured for. This is the detail that makes the whole situation feel particularly avoidable. Unlike older consoles where the video hardware was physically different between regional variants, the PS1 was fundamentally the same machine set to different modes. The region lock and the video output standard were implemented in firmware and on the disc — not in the silicon. This meant that with the right approach, a PAL PS1 could run games at 60Hz, and indeed this is exactly what modification chips and later software solutions exploited.

The original PlayStation’s main CPU also had two clock speeds in different regional models. The Japanese and US NTSC units ran their CD-ROM controller at a speed calibrated for 60Hz operation, while PAL units had a slightly different calibration. But the core gameplay experience — the frame rate, the game speed — was determined by the software and the video mode the disc told the console to use, not by any fundamental hardware limitation.

Why Some Games Sorted It and Others Didn’t

When a developer properly PAL-optimised a PS1 game, they were doing several things simultaneously. First, they would set the video output to PAL mode (obviously) but then adjust the game’s main loop timing so that the game logic ran at the appropriate speed despite the lower refresh rate. A game designed around 60Hz frame timing needed its speed values, physics constants, and animation rates adjusted to compensate for the fact that it was now getting only 50 updates per second. This required going back through the codebase and adjusting anything that was frame-rate dependent.

Second, they needed to reposition UI elements and gameplay areas to use the full vertical resolution of the PAL display, eliminating the black borders. This sounds simpler than it is — the extra vertical resolution in PAL mode needed to be deliberately used, and that meant adjusting camera positions, HUD placement, and sometimes level geometry to fill the screen properly. It was genuinely additional work, often requiring asset changes rather than just code changes.

Third — and this is the thing that often got missed even by developers who did the basic speed fix — the audio needed attention too. Music in PS1 games was often implemented at fixed tempos that matched the 60Hz frame rate. Running the same music at 50Hz without adjustment resulted in it playing at 5/6 speed, which lowered the pitch by roughly a minor third. Some properly PAL-optimised games still had slightly off-pitch or tempo-mismatched audio because the developer fixed the gameplay speed but didn’t adjust the music playback rate. It was fiddly, time-consuming work, and the economics of the late 1990s games industry simply didn’t always support doing it properly.

Import Culture, Mod Chips, and the Underground Fix

While Sony and the majority of publishers were quietly accepting the PAL situation, a significant underground ecosystem was developing to work around it. Import gaming culture in the UK in the mid-to-late 1990s was vibrant, substantial, and driven in no small part by the awareness that Japanese and American versions of games were often better — both because of PAL issues and because of the Japanese market’s tendency to receive games months or even years before European release.

The PS1 mod chip scene was already active by 1996. Early chips like the MM3 and later the PIC-based chips allowed PS1 owners to play imported discs by bypassing the regional lockout that prevented Japanese or US discs from running on European machines. These chips were available from market stalls, from the back pages of magazines like GamesTM predecessor titles, and increasingly from early internet retailers. They cost anywhere from £20 to £50 fitted, depending on whether you were soldering it yourself or taking it to a specialist.

I got my first mod chip fitted in 1997. I was 13 and I took my PS1 to a place in the local market that did it for £35. The bloke did it in about 45 minutes while I watched. The main appeal at the time was playing Japanese imports — I was obsessed with getting Cho Aniki and various shooters that never made it to Europe — but I quickly realised that playing US versions of games I already owned was frequently a revelation. The first time I ran the US version of Tekken 3 through a mod chip was one of those small but genuine gaming epiphanies. It was the same game but it felt like the difference between watching a film through a dirty window and watching it through clean glass.

FreePSXBoot and the Modern Software Route

The mod chip approach required physical hardware modification and voided any warranty — not that many 1990s PS1s were still under warranty by the time most people got chips fitted. But over time, software-based solutions emerged that achieved similar results without touching the hardware.

The most significant of these for modern collectors is FreePSXBoot, a memory card exploit that allows PS1 owners to boot unofficial code from a modified memory card. When combined with appropriate software, this can enable 60Hz mode on supported games, effectively forcing the console to run at NTSC speed even on PAL hardware. The exploit works on virtually all PS1 hardware variants including the slim PS One released in July 2000, and it doesn’t require any hardware modification whatsoever.

The memory card exploit was first publicly demonstrated in 2021 and has been refined significantly since. Paired with tools like PS1 Classics GUI or specific PAL-to-NTSC patching tools available through the PS1 homebrew community, it represents the first time that a non-technical PAL PS1 owner can, with modest effort and no soldering iron, play their existing PAL library at the speed and with the display quality that the games were designed for.

The Modern Fix Toolkit: What Works Best in 2024

If you’ve got a PAL PS1 and you want to finally experience the library properly, the good news is that you have more options now than at any point in the console’s history. The bad news is that there’s no single solution that fixes everything perfectly — the best approach depends on what you’re trying to achieve, how technically confident you are, and how much you’re willing to spend.

Approach One: Patching Your Discs or Disc Images

The most comprehensive fix for a specific game is a direct patch to the disc image that forces 60Hz output and, where done well, also adjusts game speed, removes borders, and corrects audio timing. The PS1 homebrew and preservation community has produced patches for a substantial number of games over the past decade, and the quality of these patches has improved dramatically.

Tools like the PS1 60Hz patcher available through the PSX.Dev community allow you to apply tested patches to disc images that you’ve ripped from your own physical media. The process involves ripping your PAL disc to an ISO or BIN/CUE format, applying the patch, and then either burning it to a blank CD-R (which requires a mod chip or drive swap to play) or loading it via an ODE (optical drive emulator) like the PSIO or XStation. The patches for popular titles like Crash Bandicoot, Tekken 3, and Tomb Raider II are mature, well-tested, and genuinely excellent — they transform the experience of playing these games.

The limitation is coverage. The patching community has done extraordinary work, but with a PS1 library of over 1,900 titles in the PAL region, there are many games that haven’t been addressed. You’re also operating in a legal grey area when you start modifying disc images, even of games you physically own. I think the moral case for patching games you’ve legitimately purchased to play them at the quality they were designed for is absolutely solid — but it’s worth being aware of where the legal lines are drawn.

Approach Two: Optical Drive Emulators

An ODE replaces or supplements the PS1’s original optical drive with a device that reads disc images from an SD card or USB storage. The two most prominent options for PS1 are the PSIO, which was in development for years before finally shipping, and the XStation, which arrived later but with a cleaner installation and better software support.

The XStation in particular has become the gold standard for PS1 ODE solutions. It replaces the optical drive entirely, offers SD card loading of disc images, and when combined with the excellent Cheat Engine support built into its firmware, allows you to apply 60Hz patches to games dynamically — no disc modification required. The XStation costs around £60 to £80 depending on where you source it, plus installation time (it’s a reasonably involved but manageable solder job, or can be professionally fitted).

The combination of an XStation-equipped PS1 with a curated library of patched disc images is, in my view, the single best way to experience the PS1 library in 2024. You keep the original hardware, the original controller feel, the authentic boot sequence — but you get games running at the speed and quality they were designed for. It’s the closest thing to a time machine that fixes the 1990s.

Approach Three: Upscalers and Display Solutions

Even if you sort the 50Hz issue, there’s still the matter of displaying the PS1 signal on a modern television. The console outputs a composite or S-Video signal natively, with RGB SCART available via a relatively cheap cable (usually £10 to £20). On a modern LCD or OLED television, all of these analogue signals look dreadful — laggy, blurry, and with the kind of digital artefacts that make retro gaming look like a punishment rather than a pleasure.

The RetroTINK 5X Pro has become the community’s recommended solution for PS1 owners specifically. At around £225, it’s not cheap — but it accepts RGB SCART input (with an adapter), properly handles the PS1’s various output resolutions (240p, 480i), and outputs a clean 1080p or 4K signal via HDMI with minimal processing lag. The 5X Pro’s bob deinterlace mode for 480i content is particularly good, and its handling of the PS1’s dithering (a technique the console used extensively as a substitute for proper transparency effects) can be tuned to taste.

The older Framemeister XRGB Mini was the previous community favourite and can still be found secondhand for around £150 to £200. It’s excellent but no longer manufactured, and the RetroTINK has largely superseded it for PS1 specifically. If you’re on a tighter budget, the OSSC (Open Source Scan Converter) at around £100 is a worthy alternative, though its handling of 240p content is less polished than the RetroTINK in my experience.

For the absolute best display experience, a professional-grade CRT is still hard to beat for PS1 specifically — the dithering that looks terrible on flat panels looks correct on a CRT because the scan lines naturally blend it. A Sony PVM or Ikegami broadcast monitor with RGB input is the gold standard, though finding clean examples is increasingly difficult and they command prices of £100 to £400 or more depending on size and condition. I still have a 14-inch Sony PVM-14N6U in my setup that I paid £80 for about six years ago, and for PS1 — particularly for games like Silent Hill where the atmospheric fog effects and dithering are integral to the experience — nothing else comes close.

Approach Four: Software Emulation

I know some readers will raise an eyebrow when I include emulation in a piece about experiencing authentic PS1 hardware, but the reality is that modern PS1 emulation is exceptional and solves the PAL problem entirely. DuckStation, the current gold standard PS1 emulator, runs PAL disc images at 60Hz by default and upscales the output to whatever resolution your display supports. It handles the PS1’s unusual rendering pipeline with impressive accuracy and includes options for widescreen hacks, texture filtering, and numerous other quality-of-life improvements.

DuckStation is free, runs on virtually any modern PC or even on capable Android devices, and the setup process is straightforward if you’re comfortable ripping your own discs. The PS1 Classics library on the PlayStation Store — before Sony’s various digital marketplace rationalizations — was actually running on emulation internally, and the emulation quality was often decent if unremarkable. DuckStation is significantly better.

My personal position is that emulation and original hardware serve different purposes and I’m comfortable using both. For the experience of sitting in front of a telly with an original DualShock, the original hardware wins on feel. For playing a specific game I want to analyse or compare, or for portable play, DuckStation is genuinely superb. The important thing is that you’re playing games the way they were designed to play — at 60Hz, at the right speed, at full screen — rather than accepting the degraded PAL version as the definitive experience.

The Collector’s Perspective: Does PAL Still Have Value?

Here’s where I’ll say something that might surprise you given everything I’ve written above: PAL PS1 games are still worth collecting, and in some cases the PAL versions have specific value that the NTSC versions don’t.

From a purely practical standpoint, PAL cartridge — sorry, disc — prices tend to be lower than their Japanese counterparts for equivalent titles, largely because the European market was so large that print runs were substantial. A PAL copy of Final Fantasy VII — which came in a three-disc black-label release in the UK — can be found for anywhere between £25 and £60 depending on condition and completeness, while the Japanese version commands significantly more. If your aim is to own physical copies and play them through a properly sorted setup with 60Hz patches, PAL is the economical route to the same experience.

PAL versions also sometimes include content that NTSC versions don’t. The PAL release of Metal Gear Solid included a second disc with a full interactive VR Missions game, which was sold separately as Metal Gear Solid: VR Missions in the US. The PAL release of certain JRPG titles included English translations that weren’t available on the US version at release. For collectors interested in the history of how games were localised and adapted for different markets, PAL versions tell part of that story.

The black-label versus greatest hits question is significant for PAL collectors specifically. The UK market had its own “Platinum” re-release programme, equivalent to North America’s “Greatest Hits” label but with a different colour spine. First-print black-label PAL PS1 games are generally worth more than Platinum re-releases in collector circles, and the premium is growing as the collector market matures. A first-print PAL copy of Tekken 3 complete in box with manual is currently trading around £35 to £45. The same game in Platinum edition is £8 to £15.

The Sealed Game Market

Sealed PAL PS1 games represent a particular corner of the collector market that has accelerated dramatically since about 2018. Sealed copies of first-print PAL black-label titles are increasingly rare — PAL games came in DVD-style cases rather than the jewel cases used in Japan and America, and these cases were somewhat more susceptible to box damage through the standard game rental culture that was prevalent in the UK. Many PAL PS1 games went through the rental circuit at some point, meaning truly pristine sealed examples are uncommon.

High-grade sealed copies of landmark PAL PS1 titles are now fetching prices that would have seemed absurd a decade ago. A WATA-graded sealed PAL copy of Castlevania: Symphony of the Night — a game that had a limited UK release through Konami and was never widely available at retail — sold at auction in 2022 for over £800. The grading and sealing premium in the PAL market is somewhat lower than the equivalent North American market simply because the grading culture developed in the US first and the PAL market has been slower to fully adopt it, but the gap is closing.

Why This Still Matters — And What Sony Owes the Record

I want to address something directly, because I’ve been building to it throughout this piece. The PS1’s PAL problem is sometimes dismissed as historical trivia — a technical quirk of a television standard that no longer exists in its original form, relevant only to collectors and enthusiasts operating at the fringes of the mainstream. I think that framing is wrong, and I think it undersells the genuine harm done to European gaming culture during the defining console generation of the 1990s.

The PS1 generation was when console gaming went mainstream in the UK. The market expanded dramatically — from a relatively niche interest shared by teenagers and enthusiasts to something that appeared in living rooms across the country. Millions of people played their first proper CD-based console games on PlayStation. They formed opinions about games, about genres, about what gaming was and could be. And a significant percentage of those opinions were formed on the basis of degraded versions of those games.

Think about that in concrete terms. If you played Final Fantasy VII for the first time on PAL PlayStation in 1997, you experienced the music at slightly the wrong tempo for the entire 40-plus hours. The battle animations ran slower than they should. The emotional peaks of the story — the moments that turned FF7 into a cultural phenomenon — unfolded at 5/6 the speed that Hironobu Sakaguchi and Nobuo Uematsu intended. You may have thought the game was brilliant. It was brilliant. But you didn’t quite experience what it was supposed to be.

Sony has never, to my knowledge, issued any public acknowledgement that the PAL versions of a large portion of the PS1 library were technically inferior to their NTSC equivalents, nor any apology to the European players who bought those games. The PlayStation Classic mini console released in December 2018 — Sony’s nostalgic cash-in on the trend that Nintendo’s NES Classic Edition had started — used PAL versions of several games including, extraordinarily, running them at 50Hz. A nostalgia product released in 2018, designed for a global market, shipping with 50Hz games in PAL regions. It beggared belief. The PlayStation Classic was roundly criticised on this point among others, and it deserved every bit of that criticism.

The irony is that the PS1 Classic’s internal emulator — Mednafen, a perfectly respectable open-source emulator — was entirely capable of running those games at 60Hz. The choice to use 50Hz PAL versions was a decision, not a technical necessity. It was the same choice Sony made in 1995, replayed in 2018 with absolutely no excuse. If there was ever a moment when Sony could have signalled that they understood what had happened to European players in the PS1 era and wanted to do right by them, the PlayStation Classic was it. They passed.

The Games Worth Going Back and Playing Properly

I want to end on something constructive, because after twenty years of writing about games, I believe firmly that the best response to a historical injustice is to correct it rather than just complain about it. The tools exist now to play the PS1 library as it was designed. Here are the games I’d prioritise for anyone setting up a proper PAL-fixed PS1 in 2024.

Tekken 3 at 60Hz is a revelation if you only ever played it at 50Hz. The speed is correct, the animations are fluid, and it immediately becomes clear why it was considered one of the finest fighting games of its generation. Playing it at 50Hz was like running a sprint in wellington boots. At 60Hz it’s genuinely excellent, competitive even by modern standards. This is the game I’d show any sceptic first.

Crash Bandicoot 2: Cortex Strikes Back benefits enormously from the 60Hz patch. The platforming precision that Naughty Dog built into the game — the tight jumps, the precise timing windows — finally feels correct. The original game is slightly easier to forgive on 50Hz because the level design is less demanding, but the second game really shines at full speed.

Resident Evil 2 at 60Hz with a RetroTINK 5X Pro through a good OLED is one of the finest gaming experiences available in 2024 for my money. The game holds up extraordinarily well on its own terms, and experiencing it at the correct speed and with a clean display rather than blurry composite output is transformative. Claire’s scenario in particular — with its faster pacing and more varied enemy encounters — benefits from the speed correction in ways that make the already-great original feel like it’s been professionally remastered.

Silent Hill I’d argue is best on original hardware with a good CRT precisely because the atmospheric dithering effects look correct. But if CRT isn’t an option, the RetroTINK’s handling of 240p content is good enough that you’re not missing the essential experience. And at 60Hz, the fog effects cycle at the right speed, the ambient audio sits at the right pitch, and the entire atmosphere is calibrated correctly. It’s a game that’s genuinely more frightening at the right speed.

And Final Fantasy VII. Go back. Play it at 60Hz, in the original 1997 PSX version rather than any of the modern ports and remasters. The lo-fi pre-rendered backgrounds, the blocky character models, the MIDI-adjacent but genuinely extraordinary Nobuo Uematsu score playing at the tempo it was meant to play at. It will remind you why this game mattered so much — and if you only ever played it at 50Hz in PAL, it will feel like discovering something new in something you thought you knew completely.

Thirty Years On: A Verdict

The PS1’s PAL problem is not a minor footnote. It is a significant, systematic failure of quality control that affected tens of millions of consumers across the UK and Europe, persisted across hundreds of titles over the console’s entire commercial life, and was met with corporate silence from the platform holder responsible for allowing it to happen. That’s a strong statement, but I’ve spent thirty years thinking about it — from the eleven-year-old who didn’t know why Tekken felt heavy, to the games writer who now understands exactly why — and I think it’s the accurate one.

The good news — the genuinely exciting news, if you’re a PS1 collector or enthusiast in 2024 — is that the community has done what Sony never did. Through homebrew, patching tools, ODEs, and upscalers, it is now entirely possible to experience the PAL PS1 library at the quality it was designed for without any corporate intervention and without spending thousands of pounds. The knowledge base is freely available, the tools are reasonably priced, and the results are extraordinary.

Go sort out your PS1. Buy a decent SCART cable, invest in a RetroTINK if you can stretch to it, get yourself a FreePSXBoot card or an XStation, and apply the patches that thirty years of community effort have made available. Play Tekken 3 at 60Hz for the first time. I promise you: it’ll feel like getting back something that was quietly taken from you in 1995 — and finally, finally, getting it returned in proper working order.