Basic RF testing of CCxxxx devices
Enabling multistandard wireless base stations with TI’s KeyStone SoCs
MIDAZ launches 20 WATT DPSS laser for high speed marking

Enabling multistandard wireless base stations with TI’s KeyStone SoCs

Since its inception, the wireless market has grown rapidly. At first, growth was measured as subscriber growth with a focus on voice, but now, it is measured by data rate and throughput improvements. Arguably wireless spectrum is the wireless operators’ most precious resource. As such, an operator’s ultimate measuring stick is the number of bits transmitted per Hertz of spectrum.

The migration to LTE promises the highest spectral efficiency along with higher capacities at optimal costs. Despite the promise of LTE, operators must continue to support current customers on existing deployed technologies as well as optimize the use of the spectrum they currently own, while planning and implementing their ultimate 4G migration.

For wireless base station manufacturers to be competitive, they need to support the different modes and technologies deployed throughout the world, covering many regional differences across the globe. TI is uniquely positioned as the only wireless base station SoC vendor to provide a common platform to manufacturers to economically deliver the multistandard solutions required in this diverse space. This white paper explores the challenges OEMs face in meeting the demands of today’s wireless operator, and
how Texas Instruments’ KeyStone multicore architecture is providing the platform that is driving manufacturers’ success.

Please download the whitepaper to continue reading.

Keep Up to Date with the Most Important News

By pressing the Subscribe button, you confirm that you have read and are agreeing to our Privacy Policy and Terms of Use
Previous Post
Basic RF testing of CCxxxx devices

Basic RF testing of CCxxxx devices

Next Post

MIDAZ launches 20 WATT DPSS laser for high speed marking