Texas Instruments working on live TV for mobile phones
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Texas Instruments have announced the development of the wireless industry&#39;s first digital TV on a single chip for mobile phones, which will capture broadcast signals and allow mobile phone users to watch live TV program broadcasts.
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Digital television channels are to be transmitted straight to hi-tech mobile telephones in a UK first.
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(InfoWorld) - Smartphone users will be able to watch broadband television and snap high-resolution photos on their handsets in 2007 thanks to new processor and memory chips launched at theÂ 3GSM World Congress in Barcelona on Monday. Together with dropping prices, these chips will help spread smartphones from high-end business users to a larger mass-market audience, according to hardware component manufacturers attending the 3GSM show. Camera phones will get a boost in power by using high-resolution image sensors from Micron Technology. The company's new MT9-series sensors use a 1.75-micron pixel design in resolutions of up to 5 megapixels. The top-shelf version, MT9P012, captures video at 60 frames per second at 720p resolution or 30 fps at 1080p and will be ready for sampling in the second quarter of 2007 with mass production by the middle of the year. Likewise, OmniVision Technologies announced a 5.17-megapixel camera module for mobile handsets using the OV5623 CameraChip sensor. That sensor will help high-resolution camerasÂ enter the mainstream mobile handset market, the company said. To store those large photo files, SanDisk announced it had developed a high-capacity version of its iNAND embedded flash drive, capable of holding up to 8GB of data. The new drives are now compliant with JEDEC (joint electron device engineering council) standards, allowing phone vendors to use them in designs that demand enough storage for mobile TV, multimedia downloading, digital audio players, gaming, and GPS. Also supporting mobile television, Qualcomm said that its UBM (Universal Broadcast Modem) chip would ship ahead of schedule, delivering mobile TV capability to mass-market handsets. A single UBM chip contains three technology standards, including FLO technology, digital video broadcasting for handhelds, and integrated service digital broadcasting-terrestrial. Qualcomm also said it would boost mobile broadband by the end of 2007 by launching the Mobile Data Modem 8200, a chipset supporting the next generation of WCDMA (wideband code division multiple access). A smartphone using that chip could support mobile Internet browsing, real-time location services, and multimedia sharing, the company said. To support these capabilities without driving up retail prices, vendors say they need to increase the market size, so another feature of many chips launched at 3GSM was low cost. Broadcom launched its EDGE processor, integrating a radio frequency transceiver, baseband functions, and multimedia connectivity support on a single chip. That design lets phone vendors create slimmer designs, reduce power consumption, and control costs, Broadcom said. Likewise, Qualcomm said its Mobile Station Modem (MSM) 7225 chipset would allow vendors to sell broadband-capable smartphones for less than $200. The chipset uses a dual-processor architecture for high-speed downlink packet access. The company will ship samples in the third quarter of 2007 and expects vendors to bring it to market by the first quarter of 2008. Microsoft said it had another way to open up larger markets for smartphones, adding desktop-quality features to handsets, such as VoIP calls and faster e-mail traffic with higher-quality graphics. Microsoft launchedÂ Windows Mobile 6, its latest OS for mobile handsets, and said it expected a crop of smartphones using the OS to reach market in March or April. Marvell Technology Group pledged to help that migration by announcing it would support the new OS on its PXA300-series processors. Those chips were formerly known as "Monahans" until Marvell bought the division from Intel in 2006. Â
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Texas Instruments, a company well-known for its calculators, says it has developed a computer chip that will let television fans watch their favorite shows on cellular phones.
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By Rozana Sani  THE thought of watching TV on handheld mobile devices has never been that appealing to many. Apart from the small screens, nothing much seems to be happening except for pure live TV re-broadcasting that can only have a true impact through its traditional interface.
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Texas Instruments has adapted laptop fuel gauge to monitor smart phone and PDAs.
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Graphics card giants ATI and Nvidia are working on new chips to improve the quality of mobile displays.
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The energy-hog televisions are losing ground to their cheaper counterparts. But developers hope that will change with improved technologies.
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New at CES: the 45-millimeter LG60 LCD, an ultramobile PC, and mobile broadcasting device.
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(InfoWorld) - Texas Instruments, the world's largest maker of mobile phone chips, plans to work more closely with its Asian contract chip manufacturing partners to develop new production technologies, a company spokeswoman confirmed. The company said earlier this year it planned to stop developing its own chip production technologies and instead work more closely with contract manufacturing partners on joint development. A TI spokeswoman confirmed that the company plans to work with Asian contract chip makers, or foundries, on the new strategy. TI currently farms out chip production to four Asian chip foundries: Taiwan Semiconductor Manufacturing Co.Â (TSMC) and United Microelectronics Corp. (UMC) of Taiwan; Singapore's Chartered Semiconductor Manufacturing; and China's Semiconductor Manufacturing International Corp., according to Tracy Zhou, head of media relations in the Asia Pacific region for TI. "For the cooperation with foundries, TI will continue working with its current advanced logic foundry partners," she said in an e-mail. The change in tactics is significant. TI is one of the world's biggest chip makers, and has long developed its own production technologies. For any new chip, engineers must focus not only on the circuit design of the chip itself, but also on how it will be mass produced. If a design is too complicated to manufacture at a reasonable price, it can get the boot even if it has promising features. The outsourcing of chip production development by companies that previously did it mostly themselves, such as TI, has become a trend over the past several months, said Jackson Hu, the chairman of UMC, at the company's fourth quarter investor conference last month. "Some companies are even closing their own chip factories and farming out orders to foundry chip makers, while others are simply no longer investing in chip production R&D, and instead putting that investment money into chip product design efforts. We believe this is a positive industry trend, a win-win situation, and a strong affirmation of our R&D capabilities," Hu said. The fact that a company the caliber of TI is willing to leave the production side of technology development up to contract chip makers, at least in part, shows how far the foundry business has come. TSMC was the first company to focus on manufacturing chips that are designed by other companies. Before TSMC opened, small chip design firms had to ask Intel, Motorola, and other big companies to manufacture their chips, and these companies would only agree if their factories weren't already full. Most small companies didn't have enough money to set up their own chip factories because the high tech plants then cost around $1 billion each. Now, new ones cost around $3.5 billion. TSMC stepped in to fill the gap, setting up huge chip factories and taking orders from customers, mainly in the U.S. The result has been the steady growth of chip design companies that never build their own factories. Mobile phone chip developer Qualcomm and graphics chip designer NvidiaÂ are two examples of companies that have been wildly successful, despite not owning their own factories. They farm out production to foundries such as TSMC and UMC.
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If you can&#39;t bear the thought of having to leave the bar before the end of the scoreless match during the next World Cup, or if you simply can&#39;t miss today&#39;s Oprah Winfrey television show, plan on picking up a new mobile phone with Texas Instruments
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Android phones are finally reality, with Texas Instruments and others showing prototype handsets at the Mobile World Congress trade show in Barcelona, Spain.
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Texas Instruments Inc. has begun developing a chip that could bring television shows to mobile phone screens in three years.
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The cellphone maker introduced a mobile media player that shows live television, on-demand video clips and programming saved on digital video recorders.
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Newest cell phones sports a 3.1-inch widescreen display plus digital TV reception.
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I was pretty amazed to see 3D graphics coming to mobile phones, and now it looks like TV is coming to them too! Texas Instruments has started work on a chip that
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Texas Instruments (NYSE: TXN) is offering an innovative single-chip product for mobile phones and has hooked up with leading phone maker Nokia (NYSE: NOK) to provide devices using the chip for high-volume markets.