Samsung, TI Deliver Mobile Digital TV to Korea

May 31, 2005

From Texas to Korea, mobile phones are becoming pocket-size mobile entertainment centers on-the-go. Texas Instruments Incorporated (TI) announced today that Samsung Electronics has selected TI's OMAP-DM multimedia processor technology for several digital TV mobile phone models for the Korean marketplace. These phones can receive Digital Multimedia Broadcasting (DMB) signals from satellites or from a network of terrestrial transmitters.

Digital TV: The future method of broadcasting television signals. Using state-of-the-art digital technology, the new system is extremely flexible, allowing the transmission of perfect pictures in a number of display formats, including high- and standard-definition television, in both conventional and wide-screen versions. The accompanying audio is CD-quality with up to six channels of surround sound. In the standard-definition mode, broadcasters will be able to transmit up to six completely separate programs simultaneously. In addition, broadcasters will be able to send ancillary digital material.

Digital TV is quickly becoming a hot application for mobile phones, with Korean mobile phone users demonstrating a healthy appetite for watching their favorite programming anytime, anywhere. Korea is leading the way in mobile Digital TV, with DMB services already delivering TV programs to the handset, including channels dedicated to sports, comedy, news, games, music and favorite movies. As DMB licenses are awarded in Korea, it is expected that millions of on-the-move Korean consumers will tune in to DMB-enabled mobile phones to watch live broadcast TV or listen to music programs on their mobile phones.

In order to deliver the high-quality TV viewing experience that consumers have come to expect in the digital age, mobile phones need a powerful application processing engine that allows at minimum several hours of battery life. TI's multimedia processors will power these Samsung digital TV mobile phones. These processors feature robust multimedia processing capabilities for crisp, clear resolution in real-time.

"Samsung is committed to digital innovation, including delivering mobile digital TV to consumers," said HunBae Kim, Vice President of Samsung's Research and Development team. "By adopting TI's high-performance multimedia processor technology, Samsung can also ensure it brings crystal clear television to the mobile phone for the best viewing experience possible in the palm of your hand."

"The acceleration of mobile Digital TV adoption is well underway in the technology-savvy Korean market," said Terry Cheng, President of TI Asia. "Clearly, Korea is setting the bar high with technological innovation, and TI is proud to be a part of this growth by combining its strengths with Samsung to deliver a new and better user experience to countless Korean mobile phone consumers."

The first model of these new Samsung digital TV mobile phones is available now to consumers in South Korea.

Explore further: Startup's software allows diners to text servers

Related Stories

Drone policing in US seen as 'Wild West'

September 13, 2015

Drones are increasingly making their mark in the arsenal of US police forces, operating in a legal gray area and sparking concerns of constant surveillance of civilians.

Policing sex trafficking in the digital age

August 18, 2015

As MIT graduate student Mitali Thakor speaks about her research in a Cambridge coffee shop, an AMBER Alert from Abington, Massachusetts, lights up her iPhone, interrupting her midsentence as she describes her studies of anti-trafficking ...

Recommended for you

A particle purely made of nuclear force

October 13, 2015

Scientists at TU Wien (Vienna) have calculated that the meson f0(1710) could be a very special particle – the long-sought-after glueball, a particle composed of pure force.

Team extends the lifetime of atoms using a mirror

October 13, 2015

Researchers at Chalmers University of Technology have succeeded in an experiment where they get an artificial atom to survive ten times longer than normal by positioning the atom in front of a mirror. The findings were recently ...


Please sign in to add a comment. Registration is free, and takes less than a minute. Read more

Click here to reset your password.
Sign in to get notified via email when new comments are made.