US
: Pushing the envelope for wireless infrastructure bandwidth, Texas
Instruments Incorporated (NYSE: TXN) (TI) today introduced the industry's
highest-speed digital signal processor (DSP) optimized for base station
manufacturers deploying 3G networks such as TD- SCDMA for the booming
China market. TD-SCDMA is a China-backed 3G wireless technology adopted
by the International Telecommunication Union (ITU) for 3G standards
as well as the Universal Mobile Telecommunications System (UMTS).
The technology is currently in several trial networks in China. The
Chinese Ministry of Information Industry (MII) indicates that the
number of mobile phone users in China has passed 315 million, which
creates a tremendous opportunity for the wireless industry.
The new device
-- TMS320TCI100Q -- gives wireless service providers the heightened
bandwidth needed to deliver wider network coverage areas, clearer
signals and cutting-edge features like wireless video download, and
real-time video conferencing over a cellular handset. Additionally,
for TD-SCDMA baseband processing, this product can reduce the number
of processors for a full carrier from three to two. Improvements have
also been made in power management, with the device operating at a
cool 2 watts, decreasing the overall power per channel by 20 percent.
With the lowest
power per channel in the market, TI's latest DSP is also highly beneficial
for GSM/EDGE and UMTS transceiving applications as well as for transcoding/media
gateway designs.
The TCI100Q is
the newest member of TI's wireless infrastructure-optimized processors,
and is also compatible with TI's TMS320C6000(TM) family of DSPs. It
offers higher system integration with the added boost of Viterbi and
Turbo co-processors. Code compatible with all current and future TCI
and C6000(TM) family products, the TCI100Q gives OEMs an indispensable
tool for creating new revenue opportunities in their markets.
"With 9 out
of the top 10 base station OEMs using our solutions for 3G networks,
TI has developed a compelling portfolio of products designed to give
the customer maximum flexibility," said Jerold Givens, business
unit manager of Wireless Infrastructure DSP at TI. "With the
addition of the 850MHz product, manufacturers can now choose which
solution best meets their needs for specific air interface deployments
and network conditions. We know that consumer demand for increased
bandwidth will continue to grow, and we will continue to push the
power-performance envelope in our next generation of products."
As the wireless
industry experiences explosive growth in China, Japan and South Korea,
and as the United States adopts next generation networks, the TCI100Q
offers OEMs upgrades across multiple air interfaces. For GSM/EDGE
baseband processing and UMTS symbol rate processing, the 850 MHz device
offers an 18 percent improvement in performance over the current 720
MHz option, and delivers added room for more channels or added features.
And for transcoding/media gateway applications, the TCI100Q supports
up to 48 NB AMR channels, up from 41 channels with the 720 MHz version,
allowing for improved system density.
In addition to
the benefits of the new device, only TI delivers a complete signal
chain solution for wireless infrastructure OEMs. Developed over 20
years in the wireless market, TI's end-to-end approach allows customer
to save development time and dollars that are better spent creating
differentiated products and services. In addition to the speediest,
highest performing silicon, TI offers complementary high performance
analog parts that are optimized for the wireless market, including
cutting-edge analog/digital converters.
OEMs also have
access to TI's third parties in our 500+ member network who have developed
unique code optimized for specific air interfaces.
Further simplifying
the design process, TI offers customers software libraries as well
as TI's proprietary development tool, Code Composer Studio(TM) (CC
Studio). With CC Studio, designers working on the TCI100Q can take
advantage of a development environment that integrates all the familiar
PC host tools needed to take a real-time, embedded application quickly
through the design process. This high level of integration allows
DSP designers of all experience levels complete access from beginning
to end of development and gets products to market fast.