Tensilica Xtensa processor powers world's first digital broadcast-enabled mobile phone from LG Electronics.Tensilica, Inc., the only company to automate To turn a set of manual steps into an operation that goes by itself. See automation. the design of optimized application-specific configurable processors, has announced that LG Electronics has used the Xtensa configurable processor core to deliver the world's first mobile phone capable of receiving digital broadcast signals. Compatible with the "Terrestrial digital-multimedia-broadcast" (TDMB TDMB Terrestrial Digital Multimedia Broadcast (digital TV standard) TDMB Time Division Multiplex Bus TDMB Terrestrial Digital Multimedia Broadcasting ) system, a broadcast system currently being rolled out in Korea, the new mobile phone is powered by a sophisticated digital media processor which was designed using the Tensilica Xtensa processor core and design environment. The new LG phone allows consumers to watch television programs, while using normal dialing functions simultaneously. Other mobile devices, such as PDAs, have featured broadcast capabilities, however, this is the first small form factor device to feature both broadcast capabilities as well as dialing functions. The new SOC (System On a Chip) The electronics for a complete, working product contained on a single chip. While a microcontroller includes all the hardware components required to process instructions, an SoC includes the computer and all required ancillary electronics. can also be applied to notebook computers A laptop computer that weighs in a range from five to seven pounds. The term originated when laptops were routinely more than 10 pounds, and those that became lighter were placed in a special "notebook" category. In practice, notebook computer and laptop computer are synonymous. , PDAs and car terminals, speeding the adoption of the T-DMB T-DMB Terrestrial Digital Multimedia Broadcasting standard. "Mobile broadcasting is the next evolution in mobile product design, and should see tremendous growth in the coming year," stated Dr. Choon Lee, Vice President of LG. "By using the Xtensa processor and automated au·to·mate v. au·to·mat·ed, au·to·mat·ing, au·to·mates v.tr. 1. To convert to automatic operation: automate a factory. 2. design environment, we were able to cut design time significantly and be first to market with this exciting new technology. Moreover, we are now well positioned to take the lead in the fast growing T-DMB market." Based on its experience with this first SOC, LG has also signed a second license for an Xtensa processor for their next-generation DMB-2 phone. T-DMB broadcast services in Korea are expected to be rolled out in the first half of 2005. LG is working to establish the Korean TDMB standard as a global standard. Korea is believed to have a significant lead in the drive to bring mobile broadcasting to market. "LG is leading the world in the development of this exciting T- DMB (Digital Multimedia Broadcasting) See mobile TV. technology, and Tensilica is proud that our Xtensa processor played such a key role in their SOC design," stated Steve Roddy, Tensilica's vice president of marketing. "We look forward to working with them on their SOC for DMB-2." |
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