Posts Tagged ‘Qualcomm’
A fall in demand for desktop PCs and continued growth of the smartphone and tablet market saw AMD fall from second to fourth place for microprocessor sales in 2012. According to a new report from IC Insights, Qualcomm and Samsung overtook AMD to reach second and third spot respectively after they both posted year-on-year growth, thanks to increased sales of their ARM-based mobile processors. Intel continued to dominate the market — despite seeing a 1 percent decline last year.
If you recall, Sharp hit the mark back in December, when Qualcomm promised to invest around $ 120 million in the troubled company in exchange for a 5 percent stake. Sharp already received the first half of that windfall at the tail end of 2012, whereas the continuing to be $ 60 million wasn’t visiting dispersed until “ample progress has been made.” If that last bit sounds unclear, Sharp was actually being held to some clear terms: it had until March 29th to wrap up requirements for new power-saving screens that will be used in both tablets and smartphones, and which Qualcomm will help produce. Sharp additionally required to generate an operating profit of 100 billion yen ($ 1.05 billion) in the 2nd half of its fiscal year, though a company representative confirmed that’s not the reason this payment has been stalled. The good news is, like those of us who ever started a paper too late, Sharp is getting an extension, with a new deadline of June 30th. In the meantime, however, its troubles are festering: a bargain for Foxconn to get a 9.9 percent stake appears to have actually failed.
Submitted under: HDCommentsSource: Reuters
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It looks like the coming flagship phone from Samsung, the Galaxy S4 will come with different processors, an Exynos 5 OCTA processor for Europe, and a Qualcomm Snapdragon 600 for the US. I wonder why Samsung are doing this? Is it because different needs because of LTE antennas or something? They did the same with Samsung Galaxy S3, so I wonder why? I’ve heard rumors about the Exynos 5 Octa processor having heating issues though, so if Samsung plans to use it for Europe, then I really hope they have fixed that. Otherwise I rather want it to have the Qualcomm Snapdragon 600 CPU… March 14 we will know more. It will be a ver exciting event! I am sure of that. Please subscribe to my YouTube channel: www.youtube.com Website: www.svartling.net Google+: google.com Latest Videos: google.com RSS Feed: feeds.feedburner.com Twitter: twitter.com FaceBook: facebook.com My Equipment: Just my Samsung Galaxy S3 4G, Logitech PRO C620 Web Cam, 11-inch MacBook Air, iSight and Final Cut Pro
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Yota Gadgets, the Russian business that has nerds like me excited with its combo e-ink/LCD display smartphone designs, today revealed at MWC that it has become part of a software licensing arrangement with Qualcomm to help it bring LTE-capable smartphones, modems and routers to market. Yota becomes the first Qualcomm software licensee in Russia with the offer, and for Qualcomm, it indicates securing a partner in a crucial target location in terms of future mobile market growth.
“ Russia is tactically essential to us as we anticipate sturdy development in the lot of 3G smartphones over the next two years, ” Qualcomme Europe President and Elder VP of QTI Enrico Salvatori is estimated as stating in a release revealing the information. As a hardware company, Yota Gadgets already has a great deal of knowledge under its belt from constructing modems and routers, including its very own self-branded designs starting in 2010. The arrangement with Qualcomm will help them work straight with QTI at every phase of the design process of brand-new devices, which will help the Russian company better compete on a worldwide scale with established OEM handset and mobile device manufacturers.
Yota revealed previously this month that it will start mass producing its ingenious e-ink phone in Signapore, with commercial launch planned first for Russia by the 2nd half of this year, then expanding to Asian markets. The YotaPhone includes an e-ink display on the back of the handset, which can reveal reasonably static and alerts information while sipping power, allowing a user to only switch on the many more power-hungry LCD display on the front when they should view video, for example, or search the web. The YotaPhone is powered by a 28nm Qualcomm Snapdragon S4 processor.
With Qualcomm ’ s backing, Yota improves its chances of becoming a global contender in the smartphone market. The company has actually made waves with its first smartphone design, but now it has to ship the gadget prior to we get a better concept of simply the amount of demand there is out there for a dual-splay mobile.
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Mobile chipmaker Qualcomm has a performance history of pushing new abilities into its chips faster than its rivals in a quote to take a bigger portion of the marketplace. Last year, for instance, its LTE Snapdragon processor helped it to take a 48 per cent income share in H1 (Method Analytics‘ figure), helping to drive even more LTE mobiles into the marketplace which in turn sped up the rate of 4G adoption.
The company made a fascinating acquisitionlast November, purchasing some of the possessions of an Israeli company called EPOS which makes digital ultrasound modern technology. Ultrasound could seem an odd modern technology to push into customer electronic devices however Qualcomm plainly sees it as an additional differentiator for its chips, thanks to its possible to provide some book additions to the user interface area — both for stylus-based inputs and even touch-less interfaces like gestures.
Discussing Qualcomm ’ s interest in ultrasound at the Mobile World Congress tradeshow in Barcelona, Raj Talluri, SVP of Item Management, explained that to put the technology to work in mobile devices an ultrasound transmitter could possibly be located in a stylus, with mics sited on the mobile device that can then spot the position of the pen.
Samsung has already consisted of a capacitive stylus with its Galaxy Note phablet however Talluri said an ultrasound-based stylus would extend the abilities — permitting a stylus to be used off-screen, say on the table top next to where your phone is resting, and still have its input detected.
“ It ’ s is much better [than a capacitive stylus] in some essential various methods which we’re dealing with getting to market– for instance you could possibly write below [on the table alongside the phone] and it will still identify where it is. So let’s state you have a [paper] notepad … and you have a phone [close by on the table] and you could start composing on your notepad it will in fact also be transcribed into text on the phone because exactly what takes place is the ultrasound could be used to calibrate any affordable distance, ” he told TechCrunch.
The innovation could possibly also support gesture-based communications by positioning an ultrasound transmitter on the mobile gadget. “ There are lots of use cases of ultrasound, ” said Talluri. “ You can put a little ultrasound transmitter here [on the edge of the screen] and transmit stuff and then when you cut the ultrasound industry [by swiping above the gadget's display] you can do gestures.
“ There’s lots of different things you can do with it, once you have it. So we’re working on it and ideally we’ll get it to industrial products. ”
Talluri would not be drawn on the likely timeframe of bringing this innovation to market in Qualcomm chips, or which gadget makers Qualcomm is working with. “ We have not announced anything yet. There’s clearly a great deal of work to be done on it. We’re working on it we’re just not prepared to announce, ” he stated. “ We are really considering in, that’s why we acquired the possessions. ”
He would say that Qualcomm is looking at both phone and tablet form aspects for the ultrasound tech however added that it could work “ anywhere ” — consisting of in wearable devices, such as Google Glass.
The system also doesn ’ t always need new mics to function — opening the possibility of ultrasound-enabled add-ons that could be retrofitted to existing gadgets to extend their capacities.
“ The various other nice thing is that we discover that the microphones [on existing mobile gadgets] that we put in to use for speech can also detect ultrasound waves — so you most likely don’t require special microphones. There are great deals of fascinating means to do it … You simply need a transmitter someplace, ” said Talluri.
Discussing how mobile chipsets are typically going to develop, Talluri said in his view the focus will be, not a lot on on simply adding increasingly more cores, however rather on getting all the numerous chipset aspects to cooperate better.
“ We think the next generation of innovation is going to be more on heterogeneous compute. Right now if you search in the phone we’ve got CPUs, we have actually got GPUs, we’ve got video engines, we’ve got audio engines, we’ve got cameras, we’ve got security blocks however they all do one thing at a time. Preferably you simply wish to say I wish to do this and it must just go map itself to whatever its sensible place is and if that place is busy it should work on something else, maybe not optimally, ” he said.
“ That’s what I mean by heterogeneous compute. Every block needs to have the ability to do various other things so that’s kind of where I think SOC in general will develop to. How can you capitalize on the silicon that you put inside the die to do numerous things, not just something at a time. I think that’s a more intriguing concept than just put even more cores. ”
Global flavors of LTE bands can be a hassle for travelers and firms making multiple versions of the same device, but Qualcomm says its solved that quandary with a new radio chipset. Dubbed the RF360, the silicon is hailed as the world’s first mobile chip that packs support for global LTE, which translates to connectivity for LTE-FDD, LTE-TDD, WCDMA, EV-DO, CDMA 1x, TD-SCDMA and GSM / EDGE — breaking down the barriers separating roughly 40 different LTE bands. Not only does it lend globetrotters a hand, but Qualcomm claims the component carries a few other “world’s first” features that allow manufacturers to build thinner products with improved antenna performance, battery life and connection reliability. The outfit also unveiled the WTR1625L chip, which stakes claim to an industry first by sporting carrier aggregation alongside international LTE compatibility. Hardware made with the RF360 isn’t expected to arrive on shelves until the latter half of 2013, but for now you can mosey past the break for the nitty gritty details and a video to walk you through them.
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Qualcomm left out a few details when it announced its next-generation Snapdragon 800 mobile processor last month at CES. Every smartphone and tablet that utilizes the processor (none of which are expected until next year) will be enabled with what the company is calling Quick Charge 2.0, which is said to charge devices 75 percent faster than those without the technology. In the real world (if you count Qualcomm’s laboratory as the real world), it’s reported that some tablets that normally take over seven hours to charge did so in under three.
The technology builds off of Quick Charge 1.0, which is said to offer 40 percent faster charging than older phones, and Qualcomm announced just last week that it had been built into over 70…
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LG finally displayed the XL 5.5-inch variation of its upcoming Optimus G Pro at the end of a Facebook promotion last week, and now it’s exposed a launch date in Korea, even more specs and a window for its arrival in North America. Additionally of note? It’s CPU is the just-announced quad-core Qualcomm 600 that’s supposed to outperform its predecessor, the effective S4 Pro. Besides the additional display area and updated internals, the larger variation also sports a somewhat bigger battery than the Japanese variation announced formerly by NTT Docomo, with 3,140 mAh contrasted to 3,000, however keeps the 2GB of RAM, 13MP rear camera, microSDXC slot and LTE. The phone will be released on neighborhood carriers SK Telecom, KT and LG Uplus on Wednesday for 968,000 won ($ 897), while a North American launch is mentioned for Q2 in addition to the Japanese release.
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On Wednesday, Android Police published information from leaked Qualcomm slides that showed the tentative release date for the next version of Android, “Key Lime Pie.” The slides indicate that the Android “K-release” will be announced during “Spring 2013.” The date neatly lines up with this year’s Google I/O, scheduled for May 15-17tth. Shortly after posting the slides, Android Police, and other sites repeating the story, were ordered to remove the information by Qualcomm.
It’s not clear if the takedown was related to the Key Lime Pie timeframe — cited as a “Google Estimated Release” — or information regarding future Qualcomm chip development, but the fact that the chipmaker scrambled to suppress the information indicates that the…
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The individuals in San Diego are making it rainfall when again, as Qualcomm has actually just revealed its profits for the quarter with $ 6 billion in revenues, which represents a 29 percent year-over-year increase and a brand-new record for the firm. It appears the business’s Snapdragon chips are all over you look these days, and it needs to come as no surprise that Qualcomm likewise took a profit of $ 1.91 billion, which is a 36 percent trip over the previous year. Seeing that the business is so well off, it’s also announced a money dividend payment of $ 428 million that will return to investors, along with stock repurchases in the quantity of $ 250 million. In case you were questioning, Qualcomm managed to push 182 million of its SoC’s out the door throughout Q1, which represents a 17 percent year-over-year rise. With the Snapdragon 800 due by mid-year, we sense that it’ll keep raining in San Diego for some time– even if the good weather says otherwise.