Skip to main content

Adafruit shrinks a classic arcade machine down to Ant-Man size

For some of us, heading to the local arcade to play Pac-Man and Galaga was an event, pushing us to save up our quarters and dollars during the week to feed those six-foot-tall hungry electronic beasts. They were a technological marvel to behold, surrounding us in mazes of flashing lights and enticing sounds that pulled at our pockets like magnets. Now those same games can be crammed onto a 0.96-inch OLED screen, and we just have to ask one question: why bother? Apparently, because it can be done.

Adafruit’s Philip Burgess recently posted an article about how he created a tiny arcade machine that can play Dig Dug, Donkey Kong, and other classic titles. It’s deemed as the world’s smallest MAME (multiple arcade machine emulator) cabinet using the forementioned OLED screen, a Raspberry Pi Zero (V1) board, and a I2S class D audio amplifier. Basically, MAME is software built for playing old arcade games on Windows, OS X, and Linux.

Recommended Videos

“Using calipers, I measured each part and came up with a case idea,” Burgess reports. “Rather than fully enclose everything, some elements (the Perma-Proto board holding the controls, plus the Raspberry Pi Zero board itself) would themselves become elements of the structure.”

The result is a device that looks like a miniature arcade cabinet, but consists mostly of Perma-Proto boards that play host to the toggles and switches on the front of the “cabinet.” The cabinet sides are made out of laser-cut acrylic while the Raspberry Pi Zero board fills the entire backside. Thus, the left side of the cabinet grants access to the mini HDMI output port, the USB on-the-go-port, and the micro USB port for power.

Outside the power connection to a wall outlet, the cabinet hides all the wiring inside behind the screen. There’s a lot crammed into the tiny space that connects the Raspberry Pi Zero to the OLED screen, the switches, and the audio amplifier. Overall, this device stands a mere 2.65-inches tall, is 1.32-inches wide, and measures 1.41-inches deep from the back to the tip of the start/select buttons.

If you’re not familiar with the Raspberry Pi Zero, it’s a $5 computer with a single-core processor clocked at 1GHz, 512MB of system memory, a HAT-compatible 40-pin header, and composite video and reset headers. It also packs a micro SD card slot, which is where the cabinet’s operating system resides. The device uses the game-focused Linux-based RetroPie 3.8.1 platform designed specifically for Raspberry Pi.

The big problem with getting games to run smoothly on this miniature machine was providing clear images on such a tiny screen. Burgess used a program called nanoscreen that could scale the original imagery at a 1:4 ratio using 4×4 pixel averaging. This was capable of preserving all the details although the end result was somewhat blurry. Alternatively, he discovered that using bilinear interpolation when scaling made the final imagery even worse.

Unfortunately, Adafruit isn’t offering a kit, nor is it offering step by step instructions on how to build the miniature arcade machine. However, the blog by Burgess is pretty lengthy, giving hopeful builders plenty to chew on and get started with their own Ant-Man-sized arcade machine.

Kevin Parrish
Former Digital Trends Contributor
Kevin started taking PCs apart in the 90s when Quake was on the way and his PC lacked the required components. Since then…
Intel Arc GPU users lose Deep Link features as support ends without notice
The back of the Intel Arc B580 graphics card.

Intel has quietly discontinued its Deep Link technology, the suite of features designed to enhance collaboration between its CPUs and GPUs. Notably, the confirmation did not come through an official announcement, but via a developer comment on a public GitHub thread, where an Intel representative acknowledged that Deep Link is “no longer actively maintained.”

Launched in 2020 alongside Intel’s push into discrete graphics, Deep Link aimed to improve performance and efficiency in systems combining Intel 11th, 12th, or 13th generation processors with Intel Arc GPUs. It bundled several features like Dynamic Power Share which redirected power between the CPU and GPU based on load, Hyper Encode that enabled multi-engine video encoding, and Stream Assist for offloading media tasks to the GPU during live streaming.

Read more
AMD CPUs should support CUDIMM memory soon, but not this generation
Official product render of the G.Skill Trident Z5 Neo memory for AMD.

AMD processors can't make full use of CUDIMM memory just yet, but it may well do before the end of this socket. In a recent interview with DigitalTrends, AMD's product management lead for gaming and workstations, Sourabh Dhir, told us that there was no reason that AM5 couldn't support CUDIMM, but wouldn't be draw on a timeline of when we might see it.

Considering we expect AM5 to be AMD's flagship CPU socket for the next couple of generations at least, that probably means we don't have long to wait for the added memory speed support.

Read more
Asus’ new RTX 5090 might be the most ridiculous GPU ever, and it costs $10,000
RTX 5090 Dhahab Edition.

It's no news that Nvidia makes some of the best graphics cards, and Asus is one of its most prominent partners. However, this time the company truly took things to the next level by launching an RTX 5090 that just might be the most ridiculous GPU I've ever seen. Prices range from $7,000 to over $10,500, and there's a good reason for that ... kind of.

The unique Asus ROG Astral RTX 5090 "Dhahab Edition" draws inspiration from the Middle East. In the announcement, Asus says that the card blends modern technology and cultural heritage, reflecting the rapid growth of the Middle East."

Read more