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Will Qualcomm Buy AMD?
This wild rumor is not completely without merit, as Qualcomm did acquire a piece of AMD, or AMD’s handheld graphics business to be precise, and it would not be too surprising to see Qualcomm after the whole company sometime in the future.
Samsung on the other hand is not an entirely impossible choice, but at this point it won’t be acquiring AMD either.
It looks like market players want to see the acceptance of Windows RT that will finally prove how important ARM processors really are and knowing AMD, the worst is behind them, as 2012 was the year of many chances, cancelation and anything but good execution for them.
Meanwhile Qualcomm is doing great in the ARM market, although its Snapdragon S4 line suffers from insufficient 28nm production, but due to its on-chip LTE implementation the chips are sought after, especially in the United States market.
Qualcomm Chip Issues Should End By December
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Qualcomm said it believes TSMC’s 28nm supply issues will continue until year end.
Qualcomm, which relies solely on TSMC for its 28nm chips, said it believes the supply of chips will improve, but the firm expects its 28nm supply not to be back to normal until the end of 2012.
Previously Qualcomm had poured scorn on TSMC by telling investors it is looking at rival wafer fabs to avoid supply issues in the future. Qualcomm’s CEO Paul Jacobs told Reuters once again that the firm is looking to other foundries for extra capacity, adding, “The goal is to get enough supply for everyone.”
TSMC’s 28nm process node has been tapped by a number of big name customers including AMD, Nvidia and Qualcomm, with the chip fab unable to meet demand. Since Qualcomm made the rare public admission that it wasn’t happy with the state of TSMC’s 28nm chip supply, the smart money has been on Globalfoundries picking up the slack, however nothing specific has been announced by either firm.
Qualcomm Updates The S4 Series
Qualcomm’s Snapdragon S4 chips are proving to be quite a coup for the company. They are faster than anything the competition has to offer, more power efficient and some versions include integrated LTE. The only problem is that Qualcomm is having trouble meeting demand.
Qualcomm announced four new S4 chip series aimed at wildly different market segments, all based on the very successful Krait architecture.
Snapdragon S4 Prime chips will target smart TVs and similar applications. The first Prime part is the MPQ8054, a 1.5GHz quad-core with Adreno 320 graphics. Qualcomm promises “leading” audio/video capabilities and low power consumption, although we are not sure efficiency very important in TVs.
Meanwhile Snapdragon S4 Pro parts sound like all-rounders. They also feature Adreno 320 graphics and the S4 Pro tier includes the APQ8064 quad-core and MSM8960T, the Pro version of MSM8960. Pro parts are likely to end up in tablets, hybrids and other “ultra-thin and sleek” devices.
S4 Plus parts are geared towards the traditional mobile market, smartphones and tablets, ranging from the low-end to the high-end. Processors in the S4 Plus tier include MSM8960, APQ8060A, MSM8660A, MSM8260A, APQ8030, MSM8930, MSM8630, MSM8230, MSM8627 and MSM8227.
Intel Appears To Be Dedicated To Tizen
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As we know Intel is not a total Windows 8 and Android shop. Although MeeGo was abandoned by Nokia in favor of huge investment from Microsoft, but Intel will continue to develop MeeGo and it will also add Tizen to its OS effort.
Tizen is a free open source mobile operating system based on Linux and backed up by Linux foundation. Tizen is planned to work on Atom N2800 and N2600 processors or simply said Cedar Trail platform and it was supposed to be out of Beta by end of Q1 2012. If all goes according to schedule it will reach its gold status by mid of Q2 2012. At some point it will also get an application store too, but release schedule is yet to be set in stone.
Intel believes that Tizen combines the communities and best technologies under one unified environment. MeeGo is supposed to have Strong developer community and LiMo should bring broad service provider support to this marriage. They will have strong support for HTML 5 and WAC (wholesale application community).
Tizen is supposed to work on ARM as well as on x86 and we can expect the first devices, or at least prototypes, to show up by the end of the year. Once it gets out it should cover mobile phones, tablets, netbooks, smart TVs and in-vehicle entertainment systems.
Is Qualcomm A Threat To Intel?
Intel tried to do gaming graphics cards and it failed, but when it comes to CPUs for desktop and notebooks, it is currently dominating the market. Even the graphics used in Intel’s latest integrated CPUs these days are quite decent for multimedia and even some basic gaming.
Still, Intel is now shifting its focus and it sees Qualcomm as its main competitor in years to come. We heard this from high ranked sources from within Intel who believe that Qualcomm is the only ARM company that has it all, and Intel wants to take it on.
Intel is carefully watching Nvidia and Texas Instruments, again two strong ARM players, but it still thinks Qualcomm has better time to market, more customers and a much stronger portfolio.
Intel should start shipping Medfield just in time for Windows 8, and in case you’ve missed it, Medfield is a SoC (System on Chip) platform that should find its place to a few tablets and probably even some phones next year. Since Intel is trying to speed development up and put as much pressure on ARM players as possible, its next generation SoC will also come before the end of 2012, and it will use the advanced 22nm process, something we won’t see in ARM chips next year.
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Intel, Samsung Behind New Phone OS
October 3, 2011 by admin
Filed under Smartphones
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Two Linux software groups have decided to collaborate, they said on Wednesday, to develop a new operating system for cellphones and other devices in partnerships with Intel and Samsung Electronics.
However, analysts said the new Tizen platform is likely to struggle to attract wider developer and manufacturer support to compete with the dozen or so other mobile operating systems in a market dominated by Apple and Google’s Linux-based Android.
Even industry majors Nokia and Hewlett-Packard have canceled their mobile platforms this year.
“The best hope for them is that big operators get worried by Android’s increasing smartphone dominance and decide to consciously switch their allegiances to rival platforms to restrict Google’s huge influence over the mobile market,” said analyst Neil Mawston from Strategy Analytics.
LiMo Foundation and the Linux Foundation said the new Tizen platform is an open-source, standards-based software platform that supports multiple devices including smartphones, tablets, smart TVs, netbooks and in-vehicle ‘infotainment’ systems.
The initial release is planned for the first quarter of 2012, enabling the first devices using Tizen to come to market in mid-2012, the two groups said.
VoIP Ideal Platform For Controlling Botnets
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Botnets and their masters can communicate with one other by calling into the same VoIP conference call and exchanging data using touch tones, researchers demonstrated at Defcon.
This gives the botmasters — whose top goals include remaining anonymous — the ability to issue orders from random payphones and disposable cellular phones, say researchers Itzik Kotler and Iftach Ian Amit of security and risk-assessment firm Security Art.
Using phones and the public phone networks eliminates one of the prime tools bot fighters have: taking down the domains of botnets’ command and control servers, the researchers say. If the botmaster isn’t using a command and control server, it can’t be taken down.
In fact, the botmaster can communicate with the zombie machines that make up the botnet without using the Internet at all if the zombies are within a corporate network. So even if a victim company’s VoIP network is segregated from the data network, there is still a connection to the outside world.
In addition to its stealth, the VoIP tactic employs technology that readily pierces corporate firewalls and uses only traffic that is difficult for data loss prevention software to peer into. The traffic is streamed audio, so data loss prevention scanners can’t recognize patterns of data they are supposed to filter, the researchers say.
The downsides of VoIP as a command channel are that it severely limits the number of zombie machines that can be contacted at once, and the rate at which stolen data can be sent out of a corporate network is limited by the phone system. But Kotler and Amit say the connections are plenty big to send commands in.
During their demo at the conference, the pair had an Asterisk open source IP PBX stand in as the corporate PBX. A virtual machine representing a zombie computer on a corporate network called via TCP/IP through the PBX and into a corporate conference call. A BlackBerry, representing the botmaster dialed in over the public phone network to the same conference call.