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What the Opinion Leaders Say About TI's TMS320C6x DSP Generation


"The possibility of multi-channel, multi-function systems is one of the major advantages of DSP, but this feature has not been exploited up to now because of limited hardware performance. It looks like TI is breaking this performance barrier. The chip itself is a big step forward, but the ease of use will make it functional to the user."

Ronald W. Schafer
Institute Professor
The School of Electrical and Computer Engineering
Georgia Institute of Technology
250 14th Street
Atlanta, GA 30309
Phone: 404/894-2917
Fax: 404/894-8363
e-mail: rws@ee.gatech.edu


"Just as the early DSP devices changed the direction of research from minimizing multiplys to MMACs, this new class of device again shifts the paradigm beyond the MMAC concept."

C. Sidney Burrus
Maxfield and Oshman Professor of ECE and
Director of the Computer and Information Technology Institute
Rice University
Department of Electrical & Computer Engineering - MS 366
Houston, TX 77005-1892
Phone: 713/285-5484
Fax: 713/524-5237
e-mail: csb@rice.edu


"The new TI processor and architecture has dramatically changed the landscape in digital signal processing power, permitting new vistas of applications in storage (magnetic and optical), wireless LANs, and digital subscriber lines, particularly ADSL to be considered with off-the-shelf DSP components."

John M. Cioffi
Associate Professor
Department of Electrical Engineering
Stanford University
Information Systems Lab
Durand 125
Stanford, CA 94305-9510
Phone: 415/723-2150
Fax: 415/723-8473
e-mail: cioffi@isl.stanford.edu

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