A new emulator app in the App Store means you can now play MAME ROMs on an iPhone, iPad, or Mac. Here’s how to get started.

April 2025 marks a year since Apple allowed game emulators onto the App Store. But, while many emulators rushed to the App Store, one major name has been missing for quite some time.

MAME, the free and open-source game emulator, wasn’t allowed as an iPhone or iPad app for a long time. Tthe restrictions of the App Store prevented it from existing, even after Apple relaxed some of the rules.

On Mac, you could install it with a bit of effort, but there’s no native Apple Silicon app for it.

One effort, MAME4iOS, has tried hard to bring MAME to the platform, and the project struggled for a long time with being caught up in various App Store rules.

After the maintainers resubmitted the app under the name “ArcadeMania” in September 2024, the effort continued to have repeated rejections from Apple. At that time, Apple objected to ROMs that the app could use.

By March 2025, mame4iOS was submitted again, using ROMs specifically created by the team itself to get the app through the App Store Review process. However, on April 11, 2025, ArcadeMania finally arrived on the App Store as a downloadable emulator app.

What is ArcadeMania?

ArcadeMania is a free emulator that uses version 0.269 of MAME as the emulation core. This means it can support over 5,000 arcade games that are already compatible with MAME on other devices.

Three smartphones display retro arcade games with classic joystick controls, featuring titles like 'Arcade Mania' and 'Loop 6', alongside pixelated graphics and game scores.
Playing a game in ArcadeMania on an iPhone

The version offered in the App Store also includes support for game controllers, including the Xbox One, PS5, and Switch controllers, as well as keyboard support. There’s even support for light gun games, by users tapping the screen instead of using a peripheral.

The app also supports other MAME features like save states and enabling cheats. For the iOS version, there’s support for HDR content, custom shaders were produced, as well as a native Metal graphics renderer.

A word on ROMs

ArcadeMania doesn’t actually ship with any of those 5,000 game ROMs, but there is a custom ROM included for testing purposes. The reason behind the lack of content is due to the extremely grey legal area that emulation exists inside.

ROMs of games are, basically, copyrighted works produced by a company for commercial purposes. Since sharing copyrighted material with others without the shareholder’s permission is generally frowned upon by the various legal systems around the world, including any of them in the app would be effectively permitting piracy.

Depending on the local laws, a user may be able to secure a ROM of a game and to play it on an emulator, so long as they have a license or permission to play it. This typically takes the form of owning a copy of the game itself, such as an arcade’s physical circuit board.

For similar reasons, the same emulators don’t often include mechanisms to download ROMs on your behalf. Instead, it’s something that the user will have to track down for themselves then add to the emulator.

Due to the questionable legal nature of this, AppleInsider will not be explaining where to get them either. However, MAME’s website does offer some ROMs for download that have been approved for free download by their owners.

AppleInsider strongly advises that anyone attempting to run a ROM on an emulator should be aware of local laws associated with the practice.

How to emulate using ArcadeMania on iOS and iPadOS

First, download ArcadeMania. It is available for free from the App Store for iPhone and iPad.

While you can install the iPad version on a Mac, the app is not yet verified for macOS.

Once the app is installed, open it, then tap Menu followed by Settings. This screen will bring up a list of video options, such as maintaining aspect ratios or video filters.

How to import ROMs into ArcadeMania on iOS and iPadOS

Inside ArcadeMania, tap Menu, then Settings.

Three smartphone screens displaying an arcade app interface with game controls, settings menu, and list of recently played games. Bright blue 'Arcade Mania' logo featured prominently.
Adding a ROM to ArcadeMania

Tap Import. In the pop-up, navigate to where a ROM is located in storage, select the ROM files, then Open.

ArcadeMania will then display a list of recently-played ROM files. Select the ROM to start playing it.

How to play the games

Use the controls at the bottom half of the screen to interact with the game. By default, there’s a joystick and some action buttons, but you can add other controllers via the Settings menu under Menu.

There is also a row representing the app’s menu, a Start button, a Coin button to “insert coin” like an arcade cabinet, and an Exit button to get out of the game.

The Menu button offers many other controls beyond the Settings option, including pausing the game, separate Player One and Player Two start buttons, a keyboard, and soft power and reset options.

Be aware that you can use the on-screen controls while out and about, but you can also use it with external game controllers. In testing, pairing a PlayStation 5 DualSense wireless controller worked immediately, and was very responsive.



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Summary

  • Sony & Hisense are pioneering RGB LED tech to rival OLED displays.
  • RGB LEDs improve color accuracy at wider angles and brightness without burn-in risk.
  • RGB LEDs reduce bloom and offer large panels at cheaper prices than OLEDs.

If you ask most AV enthusiasts what the best display technology is right now, they’d probably respond with some variant of OLED panel. However, one of the best TV makers in the world has decided that OLED is not the way forward, and instead brings us RGB LED technology.

In mid-March of 2025, Sony unveiled its RGB LED technology. It’s not the only company pushing this OLED alternative, with Hisense aiming to launch RGB mini- and micro-LED TVs in 2025. So why are these companies bucking the OLED trend?

Sony’s RGB Backlight Tech Explained

Just in case you need a refresher, the main difference between OLED and LCD panels is that OLEDs are emissive. In other words, each OLED pixel emits its own light. This means that it can switch itself off and offer perfect black levels, among a few other advantages. LCDs need a “backlight” and one of the primary ways LCDs have improved over the years has been about backlight innovations as much as improvements to the liquid crystals.

Early LCDs used a simple CCFL (Cold Cathode Fluorescent Lamp) backlight with an internal reflector to spread the light around. As you might imagine, this was awful, and I still remember the cold and hot spots on my first LCD monitor being so bad that I thought there was something wrong with it.

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Since then, LCDs have been upgraded with LED backlights, which were placed all around the edges of the screen, so that it was far more evenly lit. Then the backlights were also added directly behind the screen, which allowed for neat tricks like local dimming. Now miniLED screens put hundreds or thousands of LED lights behind the screen, allowing for very precise local dimming, which improved contrast and black levels immensely.

A diagram of a conventional LCD with a quantum dot layer.
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However, so far all of these LED backlight solutions have used a white (or blue) LED source. RGB LEDs replace this white LED with an RGB LED that can be any color. This means that the LED behind a given set of pixels is being driven with the same color light as the pixel is meant to produce and removes the need for color filters.

A diagram of an RGB LED LCD.
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If you take the LCD layer off completely, then an RGB miniLED backlight would look like a low-res version of the original image. With enough LEDs, the image is still recognizable!

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The Sony display demoed by the company promises 99% of the DCI-P3 color spectrum, and 90% of the next-gen BT.2020 spectrum. Making these displays some of the most color-accurate screens money can buy. With fewer layers of stuff in the display stack, and much more pure color to boot, the image looks vibrant, accurate, and maintains its color purity from a wider set of angles.

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More Brightness, No Burn In

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A Lack of Bloom To Rival OLEDs

One of the big issues with LED LCDs, even the latest miniLEDs, is “bloom”. This is when light from the backlight in the bright part of an image spills over into the dark parts. Even on LCDs with thousands of dimming zones, you can see this when there’s something very bright next to something very dark.

Blooming on LED TV
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For example, my iPad Pro has a mini-LED screen, and if the brightness is turned up you can see bloom around white text on a black background, such as with subtitles or the end-credits of a movie. In content, you’d see this with laser blasts in space, or a big spotlight in the night sky.

RGB LEDs significantly reduce bloom thanks to the precise control of the brightness and color of each RGB backlight element. So you get contrast levels closer to that of an OLED, but you still get the brightness and color purity advantages.

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Cheaper Large Panels

Perhaps the biggest deal of all is price. While I expect Sony’s Bravia 10s to have a price that will make your eyes water even more than the nits rating, the fact is that RGB LED tech will be cheaper than OLEDs, especially as you scale up to larger panel sizes. While the price of smaller OLEDs (e.g. 55-inches or smaller) has come down significantly, making bigger OLEDs is hard, and when you get to around 100-inches prices go practically vertical.

So don’t be surprised if TVs larger than 100 inches are dominated by RBG LED technology in the future, because getting 90% of what OLED offers at a much lower price will likely be too hard to resist.

OLED Still Has Tricks up Its Sleeve

Dell 32 PLus 4K QD-OLED monitor sitting on a table playing a video.
Justin Duino / How-To Geek

With all that said, it’s not like OLED technology will stand still or is in major trouble. OLED’s perfect black levels, lack of bloom, and contrast levels are still better and will likely always be better. So those who are absolute sticklers for those elements of image quality will still buy them. Manufacturers are working on the issue of burn in and making it less of a problem with each new generation of screen.

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OLED still has faster pixel response rates too, and lower latency (under the right circumstances), so gamers are also another audience who’ll likely want OLED technology to stick around. QD-OLEDs are upping the game when it comes to color vibrancy and gamut as well.


Ultimately, having different display technologies duke it out for supremacy is good for you and me, because it means better TVs and monitors at lower prices.



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