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Customer Testimonials About TI’s 1 GHz DSPs

"The next generation of TI’s 1GHz DSPs will enable us to keep step with the upcoming demands for high-quality and high-performance image processing in the interventional environment by taking advantage of its broad flexibility and functionality."

Dr.-Ing. Benno Heigl, Director of Image Acquisition Development,
Siemens Medical Solutions



"The new generation of C64x DSPs enables NMS Communications to transition our technology offerings to full multimedia, both audio and video in one platform. With the availability of the 1 GHz DSP part, we can now upgrade the performance of our products with little or no engineering effort. Next-generation applications and network services require intense packet processing, which TI makes possible by providing such high performance devices."

Brough Turner, SVP of Technology, NMS Communications



"TI’s DSPs have given us the state of the art competitive price and performance advantages we need to continue our leadership in the media server market. The combination of superior TI technology and excellent TI support led us to choose the TMS320C6415 DSP in our newest system design. The 1 GHz C6415 DSP is the real time media processing element within our system whose performance allows us increased parallelism, three times more active channels and faster and more complex transcoding."

Mike Keefe, Vice President of Engineering, Cognitronics



"With the 1 GHz DSP we can support up to 64 universal and up to 128 simple voice ports. We find the new 1 GHz a perfect solution for customers seeking a single-chip solution for high density and multi-purpose applications."

Avi Fisher, CTO, Surf



"Innovative Integration’s Quixote board integrates the C6416 1 GHz chip with high-speed analog I/O and large FPGA for software defined radio systems. More MIPS, Turbo co-processor and multi-task friendly programming were key decision factors for our tactical radio development platform."

Darryl Price, Defense Systems Engineer, Boeing



"Our real-time broadcast quality High Definition encoders for Windows Media 9 Series and MPEG-4 AVC use 1 GHz 6414T DSPs for core video coding. The TI solution offers us both the processing power required and the ease of implementation to rapidly bring these innovative new products to market."

Tim Sheppard, Director of Strategic Development, Tandberg TV



"By implementing our Real Time Imaging (RTI) stereo-vision system with TI’s 1 GHz TMS320C64x DSP technology, we were able to take advantage of the real time processing that TI DSPs give us and make it to the top three in the 2004 DARPA Challenge. The RTI system analyzes over 36 billion pixels of information each second, enabling it to see 700 to 800 feet ahead, and makes decisions on vehicle speed and direction, all in real time. The performance of TI’s DSPs is bringing the dream of autonomous vehicles closer to reality."

Dave Hall, Founder, Captain and Chief Scientist, Team D.A.D.



"Today we have more than 90 Telcos delivering digital TV using our Astria digital TV processing platform. By enhancing our platform with the 1 GHz C6415 DSP, we will be able to bring our customers the very latest in advanced coding algorithms and enhancements such as high-definition TV at a bit rate low enough to be transmitted over DSL networks. The small footprint, high speed and low power consumption of theC6415 DSP made it the clear choice for our implementation of MPEG-4 AVC."

Craig Bender, VP of Marketing and Corporate Development,
Tut Systems



"TI’s new 1 GHz C6414 DSP will enable ZONARE’s Next Generation Portable Ultrasound product to further deliver on the potentials of Zone Sonography Technology in providing clinicians with extreme levels of diagnostic confidence!"

Glen Mc Laughlin, CTO, ZONARE



"We routinely meet and exceed the demands of our customers for carrier-class video headend equipment; they value SkyStream’s higher stream density per chassis. The high processing speed of the TI chip is a key factor in enabling us to process a higher number of streams and implement our superior compression algorithm using very few chips."

Francois Modarresse, Director of Product Management,
SkyStream Networks

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Customer Testimonials About TI’s 1 GHz DSPs

"The next generation of TI’s 1GHz DSPs will enable us to keep step with the upcoming demands for high-quality and high-performance image processing in the interventional environment by taking advantage of its broad flexibility and functionality."

Dr.-Ing. Benno Heigl, Director of Image Acquisition Development,
Siemens Medical Solutions



"The new generation of C64x DSPs enables NMS Communications to transition our technology offerings to full multimedia, both audio and video in one platform. With the availability of the 1 GHz DSP part, we can now upgrade the performance of our products with little or no engineering effort. Next-generation applications and network services require intense packet processing, which TI makes possible by providing such high performance devices."

Brough Turner, SVP of Technology, NMS Communications



"TI’s DSPs have given us the state of the art competitive price and performance advantages we need to continue our leadership in the media server market. The combination of superior TI technology and excellent TI support led us to choose the TMS320C6415 DSP in our newest system design. The 1 GHz C6415 DSP is the real time media processing element within our system whose performance allows us increased parallelism, three times more active channels and faster and more complex transcoding."

Mike Keefe, Vice President of Engineering, Cognitronics



"With the 1 GHz DSP we can support up to 64 universal and up to 128 simple voice ports. We find the new 1 GHz a perfect solution for customers seeking a single-chip solution for high density and multi-purpose applications."

Avi Fisher, CTO, Surf



"Innovative Integration’s Quixote board integrates the C6416 1 GHz chip with high-speed analog I/O and large FPGA for software defined radio systems. More MIPS, Turbo co-processor and multi-task friendly programming were key decision factors for our tactical radio development platform."

Darryl Price, Defense Systems Engineer, Boeing



"Our real-time broadcast quality High Definition encoders for Windows Media 9 Series and MPEG-4 AVC use 1 GHz 6414T DSPs for core video coding. The TI solution offers us both the processing power required and the ease of implementation to rapidly bring these innovative new products to market."

Tim Sheppard, Director of Strategic Development, Tandberg TV



"By implementing our Real Time Imaging (RTI) stereo-vision system with TI’s 1 GHz TMS320C64x DSP technology, we were able to take advantage of the real time processing that TI DSPs give us and make it to the top three in the 2004 DARPA Challenge. The RTI system analyzes over 36 billion pixels of information each second, enabling it to see 700 to 800 feet ahead, and makes decisions on vehicle speed and direction, all in real time. The performance of TI’s DSPs is bringing the dream of autonomous vehicles closer to reality."

Dave Hall, Founder, Captain and Chief Scientist, Team D.A.D.



"Today we have more than 90 Telcos delivering digital TV using our Astria digital TV processing platform. By enhancing our platform with the 1 GHz C6415 DSP, we will be able to bring our customers the very latest in advanced coding algorithms and enhancements such as high-definition TV at a bit rate low enough to be transmitted over DSL networks. The small footprint, high speed and low power consumption of theC6415 DSP made it the clear choice for our implementation of MPEG-4 AVC."

Craig Bender, VP of Marketing and Corporate Development,
Tut Systems



"TI’s new 1 GHz C6414 DSP will enable ZONARE’s Next Generation Portable Ultrasound product to further deliver on the potentials of Zone Sonography Technology in providing clinicians with extreme levels of diagnostic confidence!"

Glen Mc Laughlin, CTO, ZONARE



"We routinely meet and exceed the demands of our customers for carrier-class video headend equipment; they value SkyStream’s higher stream density per chassis. The high processing speed of the TI chip is a key factor in enabling us to process a higher number of streams and implement our superior compression algorithm using very few chips."

Francois Modarresse, Director of Product Management,
SkyStream Networks