Not so ultimate Ultrabook: MacBook Air KIRF features mini-HDMI port, 3.5 hour battery life

Hey, who wiped the MacBook Air logo off? Nah, we’re kidding — it’s a KIRF. Sure, Apple’s svelte 13-incher may have a duo of USB ports and an SD card slot, but this rig adds in a 3-in-1 card reader and an odd, combo RJ45 / VGA jack (which we assume needs an adapter). For good measure, you’ll also find a mini-HDMI output, although, with 3.5 hours of battery life it may prove problematic for getting through a 1080p movie marathon without nearby power. The alloy-encased lappy has a 1.86GHz Intel Atom N2800 CPU with a GMA3600 integrated GPU, 2GB of RAM, a 32GB SSD and a 13.3-inch LED display sporting a ho-hum resolution (for a 13-incher) of 1366 x 768, just like the 11-inch MacBook Air. Amazingly, this knock-off weighs merely .01 kilograms more than its real counterpart at 1.36 kgs (about three pounds), while being only 0.1 cm thicker. Giz-China expects this Ultrabook-wannabe by Shenzhen Technology Ltd to land on Chinese shelves sometime in November for about $471. Cue Apple’s lawyers in 3… 2…

Not so ultimate Ultrabook: MacBook Air KIRF features mini-HDMI port, 3.5 hour battery life originally appeared on Engadget on Sat, 29 Oct 2011 18:21:00 EDT. Please see our terms for use of feeds.

Permalink Giz-China  |  sourceShanzhaiben (translated)  | Email this | Comments

Pee-ew! MacBook Air Factory Stench Could Cause Shipment Delays

Shipments of MacBook Airs could be slowed a bit due to a factory closure in eastern China. That in itself isn’t all that newsworthy. It’s the reason for the closure: The factory is really, really smelly.

Local residents complained to local authorities of a “strange odor” coming from Catcher Technology’s factory, so it was partially closed, Wall Street Journal reports.

The factory is a supplier for the aluminum casing of Apple’s MacBook Air, as well as casings for iPods and iPod shuffles, and some HTC smartphones. Catcher and the more popularly known Foxconn factory are two of the world’s largest producers of metal casings for electronics.

“Shipments to our customers will inevitably be affected,” Catcher President Allen Horng said of the malodorous situation.

The plant won’t be able to resume normal operation until the government has inspected the facilities, so the closure could continue through October or November. The factory closure is mostly bad news for Catcher, but could delay shipments of MacBook Airs and HTC devices.

Catcher customers were advised to “make adjustments to their (casings) procurement.” Hopefully they responded with, “That stinks.”

via The Giz


Ultraportable ASUS ZenBook Challenges MacBook Air

The ASUS ZenBook measures a mere .11 inches (3 mm) at its thinnest point. Image: ASUS

Hoping to shatter the dominance of the MacBook Air in the ultraportable laptop market, ASUS officially launched its slick brushed aluminum ZenBooks yesterday.

The notebooks are available in 11.6-inch and 13.3-inch models, and the 11-incher, the UX21, starts at just under $1,000. It comes standard with a 128 GB hybrid solid state drive, and base models feature an Intel i5 processor (i7 upgrades are available). The ZenBook runs Windows 7 and is part of Intel’s “Ultrabook” line, which includes notebooks that are less than one-inch thick and in the sub-$1,000 price range.

The ZenBook is super thin: 0.11 inches at its thinnest point and 0.35 inches at its thickest, validating claims that it’s the thinnest notebook available (the MacBook Air is slightly thicker at its largest point, .68 inches). The UX21 weighs in at just under two and a half pounds (2.43 lbs), while the 13-inch model, the UX31, tips the scales at 2.84 lbs. Compared to respective MacBook Air models, the UX21 is slightly heavier and the UX31 is slightly lighter.

When the super-thin MacBook Air debuted in 2008, it carved a niche out of the notebook market. Super light and 11- to 13-inches in size, it was perfect for toting in the wild, and more powerful than similarly small but lower-speced netbooks (and, in the case of the 2011 MacBook Air, just as powerful as the larger 2010 MacBook Pros). The MacBook Air proved thin is in, and now there are several lookalikes — er, competitors — available, such as the Acer Aspire and the ZenBook, which we first previewed in May.

The ZenBook features an “Instant On” capability that allows it to boot from standby mode in only two seconds, and can last for up to two weeks on a single battery charge in standby.

The ASUS ZenBook is available now, starting at $999 for the UX21 and $1,099 for the UX31.


OWC unleashes Mercury Aura Pro Express 6G SSD, peps up your 2011 MacBook Air

So, you’ve got a 2011 MacBook Air, and you say its SSD’s read / write speeds are letting you down? Well, Other World Computing would be happy to quell your woes with its SandForce-equipped Mercury Aura Pro Express 6G. The company’s latest storage upgrade steps things up from its 3Gb/s versions, promising to get your tasks zooming with consistent speeds of “over 500MB/s” (achieved by utilizing the ’11 Air’s SATA Revision 3.0, 6Gb/s bus). The 120GB variant will set you back a wallet-thinning $350, while 240GBs will cost you a whopping 600 bones — hey, no one ever said performance like this comes cheap. They’re available now from OWC, and you’ll find full details in the PR past the break.

Continue reading OWC unleashes Mercury Aura Pro Express 6G SSD, peps up your 2011 MacBook Air

OWC unleashes Mercury Aura Pro Express 6G SSD, peps up your 2011 MacBook Air originally appeared on Engadget on Mon, 19 Sep 2011 01:22:00 EDT. Please see our terms for use of feeds.

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Engadget’s back to school guide 2011: laptops

Welcome to Engadget’s Back to School guide! We know that this time of year can be pretty annoying and stressful for everyone, so we’re here to help out with the heartbreaking process of gadget buying for the school-aged crowd. Today we’re getting down to the very important business of helping you sift through laptops, and you can always head to the Back to School hub to see the rest of the product guides as they’re added throughout the month. Be sure to keep checking back — at the end of the month we’ll be giving away a ton of the gear featured in our guides — and hit up the hub page right here!


Ah, laptops. Some of us received our first notebooks the summer before college if not later. But times have changed and we’re sure for many of the kids reading this freshman year is just an excuse to upgrade from the clunkers that carried them through high school. Either way, this one’s pretty much mandatory — unless you’re a serious gamer who insists on a desktop GPU for marathon sessions of CoD: Black Ops, you’re going to need a laptop for pounding out last-minute term papers in the library, taking notes in class and posting incriminating photos on Facebook. The problem is, the market’s overrun with laptops that purport to be just perfect for the back to school set. They can’t all be worth your money, though, so we whittled the list down to a handful of choices for each budget — and if you’re lucky you’ll get your very own HP Pavilion dm1z for the pretty price of, well, nothing. Simply leave a comment below to be entered to win, and check out our giveaway page for more details. So wipe off the glasses, grab your clicker, and get ready to jump past the break for a top-level overview of this year’s picks for back to school.

Continue reading Engadget’s back to school guide 2011: laptops

Engadget’s back to school guide 2011: laptops originally appeared on Engadget on Fri, 26 Aug 2011 12:00:00 EDT. Please see our terms for use of feeds.

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Intel Ultrabooks get $300 million investment fund, prep for low-carb diet

Intel Capital has stumped up $300 million to “drive innovation” in the burgeoning Ultrabook market. The cash will go to projects that refine user interaction (hint: more touchscreens), reduce power consumption and create devices no thicker than 21mm (0.8-inches). Intel is clearly hoping to lure back all those customers who have ditched laptops for tablets by undercutting the popular Samsung Series 9 and Macbook Air. The company’s new mantra? “Nothing tastes as good as skinny feels”.

Intel Ultrabooks get $300 million investment fund, prep for low-carb diet originally appeared on Engadget on Thu, 11 Aug 2011 16:22:00 EDT. Please see our terms for use of feeds.

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Acer’s Aspire 3951 leaks with MacBook Air-like specs, available in October?

It looks like Acer may be dropping down to the lightweight laptop division, now that images of its so-called Aspire 3951 have leaked out of Vietnam. An ostensible rival to the recently refreshed MacBook Air, the 13.3-inch 3951 reportedly boasts a similarly slim design, measuring 13mm thick and weighing less than 1.4 kilograms (about three pounds). According to Sohoa, the aluminum-cased device is powered by a second generation Intel Core processor, features an optional 160GB SSD, and offers more than six hours of battery life, along with Bluetooth 4.0 support. Much like the Air, this Aspire can purportedly boot up pretty fast, as well, rousing from sleep mode in just 1.7 seconds. It’s rumored that Acer will release this new line in October within the curiously affordable price range between $770 and $960, but we’ll have to wait and see whether that actually comes to fruition. In the meantime, you can check out an extra image of the Aspire 3951 below, or hit the source link for the full collection.

[Thanks, @tranquochuyvn]

Update: Oddly enough, it appears that we’ve caught a glimpse of this exact same laptop before, except it was portrayed by M.I.C. Gadget as a Thunderbolt MacBook Air leak. Perhaps the folks received some bad intel, be it intentional or not.

Continue reading Acer’s Aspire 3951 leaks with MacBook Air-like specs, available in October?

Acer’s Aspire 3951 leaks with MacBook Air-like specs, available in October? originally appeared on Engadget on Tue, 09 Aug 2011 07:29:00 EDT. Please see our terms for use of feeds.

Permalink   |  sourceSohoa (Translated)  | Email this | Comments

Analyst Predicts iOS and Mac Will Fully Converge by 2012

Mac OS X Lion merges some aspects of iOS with the Mac environment, like the new Launchpad feature for launching apps.

OSX Lion has already begun to blur the lines between Mac and iOS. But in a note to investors today first reported by Barron’s, a Jefferies & Co. analyst believes the two will completely merge by 2012.

How will this be accomplished? On the hardware end, analyst Peter Misek posits that Apple could use the A6 quad-core processor to unify its mobile and computing devices.

“We believe Apple is ready to start sampling the A6 quad-core app processor and will be the first to such multi-device platform capable of PC-like strength,” Misek says.

We’ve already said that it’s possible that Apple plans to eventually eliminate its professionally-targeted device lines, especially since size is such a determining factor in consumer purchases now. Having one unified experience across devices, especially when they’re so similar in size (11-inch MacBook Air? 10-inch iPad? Completely different user experiences?), would certainly make sense and simplify consumers’ computing. OSX Lion, which debuted recently, married some aspects of iOS with Mac OSX, but a little less successfully than many had hoped. And more widespread cloud-based storage like iCloud will keep things smooth and consistent no matter what device you’re using.

One of the key points Misek’s note makes in Apple’s merging of the two distinct operating systems (well, slightly less distinct now with OSX Lion) is that Apple hopes to provide a seamless experience for its users across multiple devices.

“Users want to be able to pick up any iPhone, iPad, or Mac (or turn on their iTV) and have content move seamlessly between them and be optimized for the user and the device currently being used,” he says in the note. If OS X and iOS are separate entities, that’s more difficult to accomplish.

And by using a single processor type across handheld devices like the iPhone, as well as larger ones like the MacBook Air, implementing that single, unified OS becomes much more straightforward than needing to adapt it to different chipsets. Of course, higher-end products like the iMac or MacBook pro may require a little bit longer to completely merge into this ARM-based ecosystem.

“Apple can use a 32-bit ARM architecture to address the vast majority of the OS X ecosystem’s needs in 2012-13 except for high-end professional devices,” Misek wrote in his note. “When 64-bit ARM is available in 2016, we believe Apple will have a single OS and hardware architecture.” Rumors about Apple switching to using ARM architecture in both its MacBook Airs and Macs have persisted for a while now.

In addition to making sense for users, unifying OSX and iOS would also benefit Apple. iAd would have a significantly larger audience. App developers would potentially have less differentiation to deal with between products, especially now that HTML 5 is really taking off. Misek believes lower research and development costs would be required as well, as innovation would be performed on a single OS instead of paralleled across multiple ones, and content licensing would become a more streamlined process.


Future of Computing Looks Thinner, Disk-Free

Ultra-portables like the 2011 MacBook Air shun bulky features like an optical drive in favor of a sleek frame. Photo: Jim Merithew/Wired

Our notebooks, ultrabooks and desktop PCs are all getting thinner — thin enough that Kate Moss in her heroin-chic heyday could have sported something like the 13-inch MacBook Air down the runway and it wouldn’t have overwhelmed her almost nonexistent frame.

It’s no surprise. We’ve been seeing computers slim down ever since those giant room-sized computers that spawned the digital age, and the introduction of the first PCs in the decades that followed.

But for a while, we were continually adding features such as hard drive space, optical drives, SD card slots to our notebooks and PCs. Now, as storage migrates toward online servers, and media is more likely to be streamed rather than viewed from a DVD or Blu-ray disc, many of those onboard features are shrinking down, or getting nixed altogether.

Consumers are favoring size and portability over a heftier ‘do-it-all’ type machine.

“Size will most certainly be an important driver when consumers look for their next PC or notebook,” especially with tablets at the forefront of consumers’ minds todays, says Desiree Davis, Senior Manager with Resolve Market Research.

The skinny: In recent years, we’ve been seeing ultra-portable notebooks like Apple’s MacBook Airs ditch the optical drive so they can achieve a slim silhouette. The Mac Mini desktop also lost the optical drive in its latest iteration. And now, both MacRumors and TUAW are reporting that Apple is working on ultra-thin 15- and 17-inch notebooks as well, likely to fall under the MacBook Pro umbrella and hit the market around the holiday season. If this is true (and it definitely seems in line with Apple’s current product trends and general philosophy) and they’re as thin as the Airs, they likely won’t have an optical drive either.

We’re also seeing PCs begin to favor flash storage, typically in the form of SSDs that incorporate NAND-based flash memory, rather than thicker, weightier HDDs.

“There are simply fewer devices on the market that consumers want to carry that have room for hard disk drives. Their value to the on-the-go consumer is simply nonexistent,” says Davis.

Although SSDs are currently more expensive than comparable capacity HDDs, they offer more benefits than just their smaller form factor: they are quieter, less vulnerable to physical shock, have less latency, and quicker access time. We’re probably going to see them become more and more prevalent in notebooks and PCs.

The materials used to create modern computers and laptops also lends itself towards thinner design, especially in Apple’s case.

“The aluminum unibody structures of the new MacBooks (whether Air or non-Air) are significantly stronger than what manufacturers could make out of plastic. So Apple is able to create a super-thin product while still preserving the strength of a plastic counterpart,” Miroslav Djuric of iFixit.

Cloud storage is another factor that will allow computers to shed some pounds. There are a variety of cloud storage solutions that customers can use instead of loading up on files on their actual gadget.

With our music, photos, and documents fed into the cloud, the need for onboard storage becomes increasingly irrelevant and unnecessary. Google’s Chromebook, which takes that to the extreme, eliminates almost everything but your ability to connect to the Internet. Although a device like that isn’t quite ready for the mainstream yet, it’s clear that’s the direction we’re headed.

But is a thin computer always a good thing?

“The best way to have thin devices is to integrate as many components as possible on one single board,” says Djuric. “That really keeps the thickness as minimal as possible, but also affects the upgradeability, repairability, and features of the device.”

“These thinner devices also make for excellent throw-way devices,” Djuric added. That means consumers are more likely to toss it out when it gets old, rather than trying to fix or upgrade it. This could lead to environmental problems in the future, as these products build up in landfills, he said.

See Also:


The Future of Computing Looks Thinner, Disk-Free

Ultra-portables like the 2011 MacBook Air shun bulky features like an optical drive in favor of a sleek frame. Photo: Jim Merithew/Wired

Our notebooks, ultra-books and desktop PCs are all getting thinner — thin enough that Kate Moss in her heroin-chic heyday could have sported something like the 13-inch MacBook Air down the runway and it wouldn’t have overwhelmed her almost nonexistent frame.

It’s no surprise. We’ve been seeing computers slim down ever since those giant room-sized computers that spawned the digital age, and the introduction of the first PCs in the decades that followed.

But for a while, we were continually adding features such as hard drive space, optical drives, SD card slots to our notebooks and PCs. Now, as storage migrates toward online servers, and media is more likely to be streamed rather than viewed from a DVD or Blu-ray disc, many of those onboard features are shrinking down, or getting nixed altogether.

Consumers are favoring size and portability over a heftier ‘do-it-all’ type machine.

“Size will most certainly be an important driver when consumers look for their next PC or notebook,” especially with tablets at the forefront of consumers’ minds todays, says Desiree Davis, Senior Manager with Resolve Market Research.

The skinny: In recent years, we’ve been seeing ultra-portable notebooks like Apple’s MacBook Airs ditch the optical drive so they can achieve a slim silhouette. The Mac Mini desktop also lost the optical drive in its latest iteration. And now, both MacRumors and TUAW are reporting that Apple is working on ultra-thin 15- and 17-inch notebooks as well, likely to fall under the MacBook Pro umbrella and hit the market around the holiday season. If this is true (and it definitely seems in line with Apple’s current product trends and general philosophy) and they’re as thin as the Airs, they likely won’t have an optical drive either.

We’re also seeing PCs begin to favor flash storage, typically in the form of SSDs that incorporate NAND-based flash memory, rather than thicker, weightier HDDs.

“There are simply fewer devices on the market that consumers want to carry that have room for hard disk drives. Their value to the on-the-go consumer is simply nonexistent,” says Davis.

Although SSDs are currently more expensive than comparable capacity HDDs, they offer more benefits than just their smaller form factor: they are quieter, less vulnerable to physical shock, have less latency, and quicker access time. We’re probably going to see them become more and more prevalent in notebooks and PCs.

The materials used to create modern computers and laptops also lends itself towards thinner design, especially in Apple’s case.

“The aluminum unibody structures of the new MacBooks (whether Air or non-Air) are significantly stronger than what manufacturers could make out of plastic. So Apple is able to create a super-thin product while still preserving the strength of a plastic counterpart,” Miroslav Djuric of iFixit.

Cloud storage is another factor that will allow computers to shed some pounds. There are a variety of cloud storage solutions that customers can use instead of loading up on files on their actual gadget.

With our music, photos, and documents fed into the cloud, the need for onboard storage becomes increasingly irrelevant and unnecessary. Google’s Chromebook, which takes that to the extreme, eliminates almost everything but your ability to connect to the Internet. Although a device like that isn’t quite ready for the mainstream yet, it’s clear that’s the direction we’re headed.

But is a thin computer always a good thing?

“The best way to have thin devices is to integrate as many components as possible on one single board,” says Djuric. “That really keeps the thickness as minimal as possible, but also affects the upgradeability, repairability, and features of the device.”

“These thinner devices also make for excellent throw-way devices,” Djuric added. That means consumers are more likely to toss it out when it gets old, rather than trying to fix or upgrade it. This could lead to environmental problems in the future, as these products build up in landfills, he said.

See Also: