US
: Fulfilling a commitment made last year to jointly develop 3G solutions
with NTT DoCoMo, Texas Instruments announced it has sampled a cost-competitive,
multi-mode UMTS chipset developed with NTT DoCoMo to serve the worldwide
3G handset market. Part of TI's OMAP-Vox(TM) architecture, the new
OMAPV2230 solution is an integrated UMTS dual-mode digital baseband
processor and advanced applications processor based on TI's high-performance
OMAP(TM) 2 architecture, TI's proven GSM/GPRS technology, and
NTT
DoCoMo's established WCDMA technology.
This 3G collaboration builds upon this long-standing relationship
between TI and NTT DoCoMo and further strengthens TI's lead in the
3G marketplace. With more than 15 million 3G subscribers, NTT DoCoMo
is the worldwide leader in this growing 3G marketplace. To date, the
majority of NTT DoCoMo's 3G FOMA(TM) handsets have benefited from
TI's OMAP processor technology to provide FOMA subscribers with advanced
applications and services.
"The
new OMAPV2230 solution will help NTT DoCoMo expand its 3G FOMA subscriber
base by offering more affordable 3G handsets with the most advanced
multimedia applications allowing a richer user experience with mobile
digital TV, music and gaming," said Koji Chiba, Managing Director
of Customer Equipment Development Department, NTT DoCoMo. "NTT
DoCoMo is pleased to achieve this next step in our 3G collaboration
with TI. With our combined best-in-class systems expertise, NTT DoCoMo
and TI have developed the cost- efficient OMAPV2230 to drive widespread
adoption of 3G phones delivering high- performance multimedia applications."
Part
of TI's OMAP-Vox wireless platform, the OMAPV2230 solution takes advantage
of the latest advancements of the OMAP 2 architecture and will deliver
the latest in 3G mobile entertainment applications, such as video
at VGA 30 frames per second, up to 5-megapixel camera, interactive
3D gaming, digital camcorders and mobile TV. Additionally, the OMAPV2230
solution enables optimized multimedia services. As part of TI's wireless
roadmap, the OMAPV2230 device will include multi-mode EDGE and HSDPA
based on TI technology.
This
is TI's second-generation of processors to use 90-nanometer technology.
"The new product jointly developed by TI and NTT DoCoMo will
accelerate further expansion of 3G mobile handsets featuring various
mobile entertainments including the latest gaming and TV conference,"
said Tatsuru Kojima, General Manager of Mobile Terminal Division,
NEC. "We expect that with their new product, we could broaden
the choices to expand our business in the global market."
"Panasonic
is pleased to leverage TI and NTT DoCoMo technology to extend the
current leading-edge multimedia application to the UMTS market. With
this solution, it makes it possible to develop cost-efficient 3G mobile
phones and Panasonic is excited to expand the 3G handset usage in
the worldwide market," said Toshinori Hoshi, Member of the Board,
Director of Mobile Terminal Division 1 of Panasonic.
The
OMAPV2230 solution is the first UMTS solution in TI's OMAP-Vox wireless
platform, which merges both modem and advanced application processing
functionality onto the existing OMAP architecture and allows manufacturers
to easily reuse investments across multiple market segments and air
interfaces.
OMAP-Vox
solutions share a common software platform that can be re-used for
a variety of growing market requirements to bring overall development
costs down. The OMAP-Vox platform provides a natural migration path
for TI's 2.5G customers and saves years of design effort so manufacturers
can quickly and cost-effectively deliver 3G handsets to the mass market.
"TI
is proud to work with industry leaders like NTT DoCoMo, NEC and Panasonic,"
said Alain Mutricy, TI's vice president and general manager of Cellular
Systems for its Wireless Terminals Business Unit. "With more
than 50 percent share of the UMTS semiconductor marketplace, TI continues
to lead in 3G in 2005. The launch of the new OMAPV2230 device will
strengthen our lead by providing a standard solution for manufacturers."
Like
all of TI's OMAP processors, the OMAPV2230 solution is supported by
the OMAP Platform Ecosystem, a worldwide network of application software
developers, system integrators and development tool providers. The
OMAPV2230 device is capable of supporting high-level operating systems
such as Linux(R), Symbian OS(TM), Windows Mobile(TM), as well as real-time
operating systems such as Nucleus(TM).
Manufacturers
are currently designing handsets based on the OMAPV2230 solution,
and products are expected on the market in 2006. As part of TI's 3G
roadmap, TI is also developing OMAP-Vox UMTS solutions designed to
address additional product categories within the smartphone, featurephone,
and ultra- low-cost market segments.