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Huawei Ascend P1 LTE hands-on
We've had the unexpected early opportunity to try what should be a production-grade Huawei Ascend P1 LTE -- early enough that the phone has yet to formally ship to its initial carrier. While we've seen hints of the 4G model towards the start of the year, what's landing in our hands is at least different than devices like the original Ascend P1, P1 S and P1 XL; months of extra engineering time, the LTE chipset and that bigger 2,000mAh battery have clearly had an effect. But by how much? Read on past the break for a quick tour of the refreshed design.
Amazon Kindle Fire HD torn down, proves an easy fix
Interested in what makes your new Kindle Fire HD 7-inch tick? The crew at iFixit certainly is. As is the repair shop's custom, it just tore down Amazon's new reader tablet to gauge its repairability as well as look for any surprises. In the case of the revamped Kindle Fire, the fixable design is the main surprise -- despite being skinnier than its ancestor, the tablet is easy to open and its components (usually) easy to replace. We're not as shocked by the choice of hardware makers, which include an LG Display LCD, the expected 1.2GHz TI OMAP 4460 processor and Samsung flash memory. Head on over to the source if you'd like to see the nitty gritty of Amazon's Android slab and possibly save the trouble of a replacement unit down the road.
48 PandaBoards chained together in solar-powered ARM cluster
Michael Larabel already had a 12-core PandaBoard-based mini-cluster under his belt. Clearly, the only way to outdo that is to go bigger, better and greener. The Phoronix founder took 48 of the OMAP 4460-powered boards, got them up and running on Ubuntu 12.04 and chained them together in a massive ARM cluster of Linux goodness. Even with 96 cores chugging along at 1.2GHz the cabinet of tiny computers used only 200 watts -- a threshold Larabel was able to meet with a solar panel strapped to a handtruck. Sadly we don't have any performance figures yet, but MIT, where the little ARM experiment was conducted, should be releasing benchmarks and video soon enough. In the meantime, hit up the source link for some more details and photos of this 96-core, solar-powered wonder.
Huawei Ascend P1 review
More Info Huawei Ascend P1 hands-on Huawei Ascend P1 announced Ascend P1 arriving in May Drastic product strategy adjustments appear to be a hot trend for smartphone manufacturers in 2012, and Huawei is one such example of a company doing its best to hang out with the cool kids. It's hard to blame it, of course: the OEM's previous success has been in its ability to crank out budget-friendly smartphones, feature phones and USB sticks like nobody's business and pushing them out to emerging markets. The story's even more dire within the US, as most carriers have kept Huawei out of the spotlight by choosing very few of its devices, white-labeling each one and selling them as prepaid. In an effort to gain awareness and improve its market share, Huawei's turned to establishing brand recognition and improving device selection as its focal points for 2012. Barely a week into the new year, Huawei took to the stage at the Consumer Electronics Show to showcase the Ascend P1 and P1 S. These two smartphones, nearly identical twins with the exception of the P1 S' thinner profile and (oddly enough) larger battery, represented the first phase in the company's new product strategy. The pair were to be powerful new devices with a classy, stylish look and feel. This was a welcome move since Huawei's best product prior to CES was the Honor, a 1.4GHz single-core device with a 4-inch FWVGA display. Until Huawei launches its top-tier Diamond series of smartphones (including the ultra-powerful D Quad), the Ascend P1 -- which is expected to arrive in Hong Kong, Taiwan and Australia by the end of the month at an unknown price -- will be the company's best offering. Naturally, we were eager to take this Platinum series (second tier) device for a spin. Is the P1 truly a sign of Huawei turning a new leaf? Does it hold its own against similarly specced competition? Follow us past the break to find out. %Gallery-156483%
Galaxy Nexus for Verizon LTE unboxing and speed test (video)
After weeks of waiting, rumoured launches and even a few accidental sales, the elusive Verizon Wireless Galaxy Nexus is finally here. We dropped by a New York City retail store to try out Google's first Ice Cream Sandwich smartphone in the flesh, before bringing one home for a proper unboxing and LTE performance test. As expected, the production version that we finally got our hands on today is virtually identical to the sample that popped up at the Samsung Experience earlier this month, but with one major exception: there's a Micro SIM installed, letting us try out core functionality, such as placing phone calls and accessing data without a WiFi network in range.The Verizon Nexus arrived with Android 4.0.1 pre-installed, but prompted us to update to 4.0.2 just a few minutes after we added a Google account. It is noticeably thicker and heavier than its HSPA+ counterpart, but this thing is fast when it comes to transfer speeds -- not quite as speedy as we've seen with some LTE devices on AT&T's budding 4G network, but it's definitely in line with competing handsets from Verizon, and the MiFi we used for a comparison speed test. Our salesperson wasn't willing to let us leave without first confirming that the phone was in fact working, so he had the honor of first peeling back the phone's plastic cover. Ready to check it out? Roll up your sleeves and join us after the break for our unboxing and speed test.%Gallery-141918%%Gallery-141932%
Samsung Galaxy Nexus for Verizon LTE hands-on (video)
New Yorkers got a sneak peek at the Verizon LTE flavor of the Galaxy Nexus at the Samsung Experience in Columbus Circle today, and we dropped by to spend a few minutes with the Ice Cream Sandwich handset in the Manhattan showroom. Samsung had just four pre-production Nexus models on hand, which were running Android 4.0.1 -- not the final 4.1 version we're expecting to see shortly, with a baseband update in tow. None of the samples included SIM cards, so we were only able to test them using the built-in WiFi module. A security alarm sounded when we attempted to remove the back cover to install a SIM, though the battery was also superglued in place, further inhibiting our access.We did take the unit for a speed test spin using our Verizon LTE MiFi, and achieved download speeds ranging from 5000-7000kbps and upload speeds of 300-2000kbps when connected to LTE over WiFi. These results don't represent what you'll see with the built-in module, but considering there was no way to get these running on the Verizon network, connectivity was limited to the MiFi and in-house WiFi. Still, this is your best shot at getting your hands on a device ahead of Verizon's official launch, so if you happen to be anywhere near NYC, head on down to the Samsung Experience to get your Nexus fix. Or hop past the break for our hands-on video.%Gallery-140993%
Galaxy Nexus HSPA+ review
Every now and then a device comes along that we really look forward to getting our hands on. Google's line of Nexus smartphones falls into this category, setting the new standard for Android each year.
Galaxy Nexus HSPA+ first impressions (video)
Wow... The Galaxy Nexus. It's finally here, in our eager little hands, and it's delicious -- just like Ice Cream Sandwich, in fact. Our review unit is the same unlocked HSPA+ version we briefly played with in Hong Kong and is running Android 4.0.1. We've only spent about a day with Google's newest superphone and we're already hard at work on a full review, but we wanted to share some raw, immediate, first impressions -- after the break. %Gallery-139724%
