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OUYA console gets torn down, found to be highly repairable
Now that OUYA consoles are shipping out to the masses, the folks at iFixit were able to grab a box and immediately undo all of the precious packaging work accomplished at the factory. In its usual style, the site gently dissected the world's best-known Android game console, commenting on "a very clean and simple layout." Overall, the splaying seemed to happen with little to no fuss, with the fan being the only modular (and moving) component in the entire thing. All told, the OUYA notched a 9 out of 10 on the all-important Repairability Meter, aided by the fact that only standard-head screws were used, and that no abstract glues or other black magic was used while piecing it all together. You'll definitely want to give the source link a look if you're yearning for more eye candy.
Sony's Alpha A99 gets torn apart, exposes its 35mm full-frame sensor (video)
There's a good chance ripping apart Sony's Alpha A99 isn't on the to-do list of those who own the freshly released $2,800 camera -- even if they are curious about the hardware's guts. Luckily for such inquiring minds, Sony's taken matters into its own hands and torn the DSLR apart. While it's not your conventional play-by-play video teardown, Hirai and Co. came prepared with the camera already split into layers that showcase its major parts such as its magnesium alloy body, 35mm full-frame sensor and main circuit board. For the grand tour of the A99's innards, hit the jump to catch the footage.
Microsoft Surface exposes its guts to iFixit, knows if you've been meddling with it
Now that the Microsoft Surface is in the wild and we've probed it from the outside, the tool-toters at iFixit have opened one up to see what makes it tick -- and whether you dare attempt a repair yourself. The first thing they noticed was how tricky it was to remove a plastic access cover, which caused unavoidable damage to the tamper-evident label when they finally got it off. That would tip repair depots that you've been rummaging about, likely rendering your warranty moot. Other sore spots included the LCD and glass being fused together, along with a keyboard connector that's impossible to get out without pulling the display off first. On the plus side, the iFixit team found the battery easy to remove despite being glued to the case (unlike other recent devices), and many un-soldered components that were also swappable. All that added up to a score of four on the repairability scale -- meaning that fixing one probably isn't a great DIY project, unless you're the patient type.
iFixit opens up new Mac Mini, has no trouble putting it all back together again
iFixit's been on something of an Apple tear lately -- just a day after ripping into the barely-repairable new 13-inch MacBook Pro (not to mention the new nano and touch), the site has gotten its hands on -- and into -- the new Mac Mini. Unlike like the shiny new notebook, however, the diminutive desktop was apparently a pleasure to open up and put back together again, scoring an eight out of 10 on the repairability front and altogether forgoing the site's use of adorable kittens. The Mini gets good marks for upgradable RAM and drives and a general lack of glue and proprietary screws. Click on through the source link below to see the Intel 2.5 GHz dual-core i5 in all its glory.
iPhone 5 gets mild teardown, reveals its precious new innards
With Apple's shiny new iPhone 5 set to start arriving at people's doorsteps tomorrow, it's only proper for some folks with early access to give the masses an inside look at what most won't ever get to see. And while it isn't the usual suspects doing the damage favor on this occasion, we still appreciate the iPhone-Garage crew for taking the time to dismantle Cupertino's novel handset. As you can see above, the iPhone 5's innards aren't set up much differently than those of its predecessors, the 4 and 4S, which is to be expected given the similar form factors between them. That said, the battery has found a semi-new home at the front end of the device, while the most obvious change is the headphone jack now being located at the bottom, next to that newfangled Lightning port. There's an extra pic down below for everyone's viewing pleasure, but we recommend checking out the source link to get a better glimpse of the full teardown treatment.
Intel's Thin Mini-ITX platform gets stuffed inside a monitor
You don't have to build custom motherboards and source specialty components to build a sleek all-in-one PC. At least not anymore, thanks to Intel's Thin Mini-ITX platform, which it debuted roughly a year ago at Computex. The main board is the same footprint as Mini-ITX (that's a 6.7-inch square), but it calls for a much shallower construction -- with horizontally stacked RAM and a shorter port cluster to keep the whole thing under an inch tall. To maintain its sleek physique, Intel pairs the desktop-class Core processor at the heart with a laptop-style heatsink and fan. It's a pretty interesting standard from Chipzilla, which Tech Report ripped into, peeling back all it's layers like a silicon onion. The layout of all the essential jacks does pose a bit of an issue once the whole thing is set up, but its hard not to be impressed by the elegance and simplicity of the system. To see the whole thing torn down, then reassembled inside the chassis of an LCD panel, hit up the source link.
HTC One S teardown leaves little to the imagination (video)
Whether you're looking to replace a damaged screen, swap a battery, or just make damn sure that the warranty of your HTC One S is void, DirectFix can help with its latest teardown video. This is the first time that we've seen a detailed inner peek at the smartphone itself, and those who appreciate fine craftsmanship are sure to dig this one. To get deep within the phone, you'll need a nylon spudger, a Torx T5 and precision Phillips screwdriver, along with steady hands and -- if the display's adhesive isn't cooperating -- a hairdryer. Once the handset's back cover is removed, it becomes quite easy to see how the battery pack dominates the inner space, which is complemented up top by a blue plastic shield that includes the lens cover and protects the main board. From there, many fragile connectors must be removed before the display can be separated from the handset, which is attached with adhesive. Naturally, putting the phone back together can be a bit tricky in its own right, which makes it quite a shame that YouTube videos can't play in reverse.
Water-damaged Fujifilm X100 torn apart for fun and education (but mostly fun)
James Maher had the unfortunate luck of placing his bag and prized Fujifilm X100 in a "dry" container on a fishing trip that didn't keep its contents very dry. Maher survived his harrowing voyage on the SS Hit 'em Hard, but his camera did not. Thankfully, the photographer didn't let his shooter die in vain. He spent precious time dissecting it and disassembling it, piece by piece. Inside was a densely packed puzzle of 130 screws, 50 pieces of tape and over 152 individual parts. Best of all, Maher documented his adventure inside the X100 and posted it online for all of us to enjoy. It's not the first glimpse under the hood, but it's certainly the most thoroughly documented. So hit up the source link and take a peek at what the inside of a sophisticated digital camera looks like.
HTC One X gets teardown, battery unsurprisingly dominates
While some might deem the One X's combination of svelte unibody profile, quad-core power and 720p display to be downright witchcraft, we knew differently. Fortunately, there's now scientific proof to back us up, courtesy of PCOnline, which has performed a delicate autopsy on the Chinese variant of HTC's new flagship. To explore that polycarbonate shell, a narrow plastic tool to is eased in behind the screen and around the face of the device, with the majority of the phone's tightly packed innards -- including the Tegra 3 processor -- attached to the display half. Some contacts, however, were left on the inside of the unibody, including the NFC chip. Most of the quad-core thinking parts were clustered around the 8-megapixel sensor, while the battery dominated the center of HTC's big hitter. Anyone who gets their kicks from the gentle undoing of all that engineering hard work can watch it unravel in grisly detail at the source below.
Sony SmartWatch torn down and dissected, wishes it were a Pebble
Wondering how the innards of Sony's SmartWatch compared to the Motorola's MotoACTV? Wonder no more. One cmw has dissected the aforesaid timepiece, noting that most of what's inside doesn't live up to the superior hardware found in Moto's unit. Aside from finding a 110mAh battery (compared to 258mAh in the MotoACTV), there's also a Micrium uC/OS-II. For those just here for the eye candy, there's a bit of that down in the source link, too. When asked for comment, Pebble simply quipped: "Everyday I'm Shufflin'." [Thanks, John]
New Apple TV teardown reveals 8 GB Flash storage, 512 MB RAM
XBMC forum member aicjofs tore down his Apple TV while waiting for a jailbreak and discovered the unit has 512 MB of RAM and 8 GB of on-board storage. It also has a dual-core A5 processor identified as APL2498, which suggests it is a variant of the standard A5 found in the iPad 2. There's also a second antenna whose purpose is unknown. You can check out all the internal eye candy at the XBMC forum thread. [Via MacRumors]
Red Epic-X gets disassembled, photographed by FCC
What do you find when you tear open (read: carefully disassemble) a Red Epic-X? Well, a whole lot of red, as it seems. Wireless Goodness has posted a hearty collection of teardown shots that it acquired from the FCC, revealing the camera's Mysterium-X sensor and Red 1242 processor. Sure, the Epic-X has been on the market for quite a few months now, but as you might imagine, those lucky enough to actually get their hands on the somewhat-elusive $34,500 rig probably don't list a warranty-crushing teardown at the top of their to-do lists. Ready to take a peek inside? Hit up the source link for 57 gloriously detailed shots from the other side.
Verizon Galaxy Nexus spills its guts, gets Ice Cream Sandwich all over the floor
What treasures lurk beneath the surface of the Verizon Galaxy Nexus? Well, erm, broadly the same ones that we saw when the HSPA+ version was torn down back in November. Big Red's version carries a smaller microSIM slot (it's also moved), presumably to cram in the Silicon Motion FCI FC8870 CDMA/EV-DO/LTE unit that's suddenly appeared on the motherboard. Check out the full teardown at the source link below, but be warned -- spilled Ice Cream Sandwiches always result in ant infestation.
ASUS Transformer Prime, disassembled: NVIDIA's quad-core Tegra 3 sees daylight
While the FCC already had its wicked way with ASUS' Transformer Prime, its intimate inner workings have now been spilled over at Wireless Goodness. Nestled between NAND memory from Hynix and some Elpida RAM is NVIDIA's great tablet hope, its new quad-core chip. The full gallery of shots has disappeared from the FCC site, but silicon fans can still check out the chipboards in full glory at the source link below.
ASUS Zenbook gets taken apart, finds the peace within
It's certainly not very Zen, but AnandTech has pried open ASUS' 11.6-inch ultrabook to see exactly what makes it all tick. The Zenbook's innards are all tightly packed together inside the oh-so-thin casing, with the UX21's slim-line cooler covering both of the Intel Core i7-2677M processors. The 128GB model has been given an ADATA SDD, while the bigger 256GB version runs on SanDisk storage, with the WiFi card contorted to squeeze inside the aluminum alloy body. ASUS has extended its design sensibilities outside of the tightly-packed casing, with the Microsoft serial number and certificate transplanted to the power unit, which leaves the Zenbook's slick design lines and finish peacefully untainted. Those desperate for more details on the rig's workings and accessories can find inner calm at the link below.
Fusion Garage's Grid 4 smartphone sails through the FCC, Grid OS details flow from user manual
Go on, Fusion Garage -- get down with your bad self. While we'd previously heard that the outfit's $399 Grid 4 smartphone wouldn't hit shelves until "closer to Q4," a surprise stop by the FCC this morning makes us cautiously optimistic that it'll happen -- at least in the US -- sooner rather than later. For those who've forgotten, this guy's packing a 4-inch 800 x 480 LCD, dual-core Qualcomm CPU, 16GB of storage and dual cameras to boot. Moreover, the included user manual sheds a ton of light on how Grid OS will act, and it's the first real in-depth look at how it'll differ from what's already out there. We're told that there's a built-in web browser, Grid Launcher, support for Yahoo / Google data importing, a contacts app that'll suck names in from just about anywhere, full integration with email / Facebook / Twitter and a "GridDesktop" application that's used to load media from your PC or Mac onto the device. The guide also talks up the status bar, which is located at the top of the Grid 4 screen in order to show "indicators and widget controls for wireless networks, notifications, music playback and volume control." The oddly-named TaoBar is described as a "unique feature that shows details on your current notifications, events and ongoing sensor information, while also offering suggestions that might be of interest." Examples? Things like similar artists whilst listening to music, or pinging you with lunch recommendations when noon rolls around. Eager to see what else the feds put your future unlocked phone through? Give that source link a poke. Update: We've added a gallery of the FCC's teardown images below. %Gallery-134870%
Samsung Epic 4G Touch gets torn down, confirms its epic crendentials
The Samsung Epic 4G Touch is a triumph of engineering, jamming oh-so-very-much into an oh-so-little frame. What better way to celebrate its wonderous design, than to tear it all down to its constituent parts, and then reassemble it? Thank the guys at iFixit, because they've already done it -- again. Interesting points include just a single EMI shield -- unlike some competitors -- which is great news for those looking to emulate a tear-down of their own Sprint-specific GSII. It could still prove to be a challenge, with both the glass panel and LCD apparently fused to the middle of the phone, meaning a replacement for that sumptuous 4.5-inch Super AMOLED Plus screen could prove costly. Click below for a pictorial blow-by-blow of the teardown, let's keep the drooling to a minimum, shall we?
Sony Vaio Z gets the in-house teardown treatment (video)
Another official teardown, another predictable revelation: the new Sony Vaio Z's viscera are thinner, flatter and, er, more compressed than those of its predecessor. But at least this dissection is performed by an actual Vaio engineer who ought to know his stuff. In the video after the break, Shinji Oguchi explains how cooling was improved using a range of tricks, like aerating the laptop's guts via holes in the keyboard. He also splits open the innovative external media dock, which connects via Intel's Light Peak technology and uses a discrete GPU to give the Vaio Z some gaming oomph. Finally, there's a separate, speeded-up video of Shinji putting the whole thing back together again from memory. The poor guy must be sick of it by now.
Samsung Galaxy S II gets torn down, found to be just as beautiful on the inside
Here's a tidbit of interest: it took the moving of three million Galaxy S IIs before we saw a bona fide teardown. But hey -- maybe this thing's just too darn delightful to crack open for the sake of cracking it open. iFixit and ABI Research have both sliced into Sammy's best smartphone yet, discovering an Exynos dual-core apps processor, newfangled CMOS-based antenna switch, a low-power XMM6260 cellular chipset from Infineon and a single-packaged multi-band, multi-mode PA from RFMD. 'Course, knowing the surrounding technobabble is only half the fun; for the other half, dig into those source links below.
The under-appreciated hard drive gets torn apart and explained (video)
We don't know about you, but we generally don't give much thought to our hard drives or how they work. And that's a shame because, as you'll find out in the video after the break, they're veritable miracles of modern science. Bill Hammack, also known as Engineer Guy, takes us on a detailed tour of the inner workings of the ubiquitous hard disk drive -- from the Lorentz Force driven arm, to the head that floats a mere 10nm above the layered cobalt platters thanks to the wonders of aerodynamics. Maybe after this lesson in modern magnetic storage from Mr. Hammack you'll appreciate how much more there is to storing your collection of Mission of Burma b-sides than simply printing ones and zeros on a shiny, spinning thing.
