If you were born in the 70s or 80s, chances are good that a big part of your childhood was spent wasting quarters at the local arcade, or in front of the Pac-Man machine at your local pizza place. Sure, games have become a lot more complex since then, but the old titles had a lot of charm, and in some cases a level of skill and patience-rewarding challenge that hasn’t been matched since.
Sadly, the arcade is rapidly becoming a thing of the past. Now that PCs and game consoles have become so powerful, the only way for arcades to compete has been to offer games with enormous, complicated controls, which end up costing a dollar or more per play. And besides, that’s only if you happen to live next to one of the very few remaining full-sized arcades. For most people, the closest thing they’ve got to an arcade is the worn-out Initial D machine at their local multiplex.
But you can bring the classic arcade experience back to life, in your own house. With a MAME arcade machine, you and your friends can play your favorite old games, on the authentic controls they were made for. In this article, we’re going to show you, step-by-step and with a lot of pictures, exactly how to build the custom arcade machine you’ve always dreamed about using old PC parts. We’re going to describe how we built our MAME cabinet, but we’re also going to describe all the choices we made along the way, including cabinet style, monitor and controls, so you can put together a machine that’s just right for you.
You probably have an old processor lying around that you ended up modding into a keychain, but to take your geek cred to a whole new level, try wielding a blu-ray laser like a light saber the next time you fumble around for your house key.
Not only can it be done, but "jayrob," a DIY lasers expert, has posted a worklog of how he built his own using a keychain light made from a solid piece of brass that he picked up from Lowe's. In short, Jay stuffed a laser diode and a larger battery inside, did a little drilling, and ended up with the coolest keychain we've ever seen.
While the concept of a scanner being reworked into a camera isn’t entirely new, someone creating one that can take photos at 130-megapixels is.
A yet unnamed Japanese man with some tech know-how was able to create this beastly camera by fusing a 1200 dpi Epson GT-S620 scanner and old Cannon FD 50mm lens together. He says that he chose this scanner because it has a CCD sensor, uses a camera-like lens and has LED lighting.
If you want to see photos taken by the camera, you can check out his Flickr stream here.
It all started while we were researching an article on future user interfaces. Touch interfaces are hardly futuristic at this point, but multi-touch hardware like the Microsoft Surface or the iPhone is just starting to become a big deal, and we decided to see what big things are going on in that field. What we found that surprised us the most wasn’t anything about the future of multitouch; it was about something that people are doing right now.
There is, it turns out, a whole community of very smart folks out there on the internet perfecting the art of building DIY multi-touch surfaces. The process isn’t exactly simple, but the results we saw were stunning: multitouch surfaces with responsiveness rivaling Microsoft’s $12,000 offering, built in a garage on a shoestring budget. “Future UI article be damned,” we thought, “we’ve gotta build one of these for ourselves.”
And so we did. We documented the whole process, from start to finish, so that you can try building one of your own, if you’re so inspired. We’re not going to claim to have done everything perfectly the first time, so think of this article as more of a build log than a definitive how-to. Still, we’re very pleased with how the table turned out. We’re so pleased, in fact, that we put together a video showing the table in motion.
Read on to see the video and find out how we made it!
If you followed David Murphy's path to building a budget PC with a cardboard chassis, then why not compliment it with your own homebrewed Surface, also with a cardboard exterior?
Microsoft technology evangelist Paul Foster posted a YouTube video showing how you can build a functioning multi-touch surface using budget parts. Items you'll need are paper, scissors, picture frame with glass, tape, cardboard box, a webcam, and multi-touch software such as Touchlib.
From start to finish, it takes Foster less than four minutes to complete the project and run a short demonstration. Of course, that's with a cardboard box - skilled modders will want to invest a bit more time coming up with custom enclosure.
For many of us, the idea of building your own laptop seems pretty farfetched. But OCZ is looking to change all of that with a recently announced15” DIY gaming notebook. The notebook will be based on Intel’s Centrino 2 processor and ATI’s Radeon HD3650 integrated graphics. According to OCZ, these will “provide a premium gaming experience that lets gamers power through all of today's most advanced and graphic-intensive games and applications with DirectX 10.1 compatibility.”
“At OCZ, empowering the enthusiast end-user in the mobile gaming space is an exciting opportunity for us, and with the powerful technology found in our latest Intel Centrino 2 based notebook we are again at the forefront of this growing market,” states Ryan Edwards, Director of Product Management, in OCZ’s the press release. “With OCZ DIY notebooks, end-users have complete control of the cost/performance ratio of key components, giving consumers the opportunity to personalize a true gaming and multi-tasking powerhouse notebook by using a validated component list and our easy to follow step-by-step manual included with every DIY package.”
While the notebook isn’t one that you’ll be building from the ground up, there are plenty of great options to give it a DIY feel. In the box you’ll get the case of the machine, which features a 15” screen, optical drive, and motherboard while the HDD (or SSD), memory and processor are your call. Thanks to some conveniently placed covers, all it takes to install the components is a screwdriver a little bit of know-how. OCZ even provides a catalog of components that work in each slot, so you’ll have a short list of parts to choose from when deliberating on what to use.
For true DIY’ers, this isn’t much to concern yourself with. But if you’re someone looking for a way to get your feet wet in the DIY scene (and it truly is the place to be), this isn’t a bad place to start. Follow the simple instructions and the fundamentals of building a PC are all yours.
The most popular method of purchasing a notebook remains buying a prebuilt machine and calling it a day. That slaps in the face of enthusiasts who know they could do just as good of a job putting together a laptop, but there just aren't as many options to go the DIY route as there are in the desktop arena. The good news is, that list is growing.
Asus and OCZ both already offer whitebook solutions, and today Antec announced that is launching a new line of standard components for the mobile computing market. Referred to as common building blocks (CBB) and developed according to a common set of specifications initiated by Intel, the interchangeable components takes away much of the guesswork from would-be system builders hoping to go the DIY route.
"Our new line of mobile product components offers system builders for the first time the ability to configure and build laptop computers specifically for their important accounts, and to fully support them in the field," said Scott Richards, Antec senior VP. "We are proud to be the pioneer global provider of these products to the channel, helping system builders penetrate mobile computing markets that were previously closed to them."
Do you find the notion of building your own notebook appealing?
We still have a ways to go before being able to print out an entire PC's worth of components ordered through Newegg, but imagine taking that killer motherboard layout you've been brewing in your head and printing out a 3D mockup. Then the only question is do you send your design to your favorite motherboard maker, or start up your own company and show the competition what a real enthusiast's layout is supposed to look like? Forget about Fatal1ty, and slap your own forum nick on your custom mobo!
Sound farfetched? It is, but only because of the high costs associated with 3D printing. Looking to break that barrier is Netherlands-based Shapeways, an ambitious startup who hopes to help you transform your 3D modeling designs from software creations into hard printouts, all without breaking the bank. After submitting your object, Shapeways decides whether or not it can be produced and provides a real-time cost estimate, which the company claims usually runs between $50-$150.
It's all part of Shapeways' private beta for a new online consumer co-creation community and do-it-yourself 3D printing service. The site beta has just gone live, but the only way you'll get to try it out is with an invite. That's no problem for Maximum PC readers, as we've secured 250 exclusive invitations!
Hit the jump to learn more about Shapeways' 3D printing service and to snatch your invite. But hurry, they're first come, first served!
Forget about ultraportables and low powered laptops, and you can toss that MacBook Air into through the Wind. OCZ apparently wants nothing to do with current fads, and instead looks to appeal to the power user with a penchant for customization. And not just cursory customizations, but a full hands-on, do-it-yourself (DIY) approach. That's the idea behind OCZ's DIY whitebook solutions, and with the release of Intel's Centrino 2 (Montevina) platform, the company has announced a new model taking aim at "the high end gamer."
DIY notebooks can still be considered an emerging market, and OCZ will have to fight against other OEMs offering high-end notebooks already assembled. But as Maximum PC readers are fully aware, building your own rig carries with it a certain intangible, and combined with a bevy of performance-minded options, OCZ hopes its gamble will pay off.
Builders going all out can choose Intel's Core 2 Extreme X9100 processor on a GM47 foundation, slap in up to 4GB of DDR3-1066, and even run two ATI M88XT videocards in Crossfire mode, or a single Nvidia 8800GTX. For those looking to live a little farther away from the performance edge (and save a few greenbacks in the process), OCZ's whitebook can be configured with integrated graphics and a processor with less punch, all the while remaining on Intel's Montevina platform.
If OCZ proves to be right in seeing a growing market for DIY notebooks, enthusiasts might soon find themselves asking that long debated question: Build or buy?