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29 December 1999 Consortium for promoting the use of media processors in multimedia applications
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Proceedings Volume 3970, Media Processors 2000; (1999)
Event: Electronic Imaging, 2000, San Jose, CA, United States
Mediaprocessors, such as Philips Trimedia and Hitachi/Equator Technologies MAP, combine the computational power of high-end DSPs with various I/O capabilities in a single programmable chip. due to their programmability, mediaprocessors have greater flexibility than ASICs and other special-purpose hardware. Early mediaprocessors, such as Texas Instruments TMS320C80 since its introduction in 1994, have had limited success due to their difficulty in programming, insufficient computational power, and high cost. Fortunately, several newer mediaprocessors, which are available or under development, are easier to program, are less expensive, and/or have more computational power. However, due to the earlier difficulties and inherent uncertainties in the programmable solutions, mediaprocessor user companies (set makers) are often hesitant in adopting the mediaprocessors in their products. Furthermore, set makers still need to expend a lot of time and manpower in making a successful transition from hardwired to mediaprocessor-based products. Therefore, we introduce the Mediaprocessor (MP) Consortium, which aims to remove the barrier to the widespread use of programmable mediaprocessors. Through publications, web site, training courses, software libraries, and objective evaluations of mediaprocessors, the MP Consortium can increase the awareness of the benefits of mediaprocessors over ASICs, make the transition to mediaprocessor-based products easier for set makers, and help them attain full advantage of using mediaprocessors.
© (1999) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Michael S. Grow, Donglok Kim, Woong Joe Kim, Hyun Wook Park, and Yongmin Kim "Consortium for promoting the use of media processors in multimedia applications", Proc. SPIE 3970, Media Processors 2000, (29 December 1999);


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