학술논문

Architecture of 23GOPS video signal processing with programmable systolic array
Document Type
Academic Journal
Source
IEEE Transactions on Circuits and Systems-II: Analog and Digital.. Sept, 1998, Vol. 45 Issue 9, p1272, 7 p.
Subject
Digital filters -- Research
Filtering (Electronics) -- Analysis
Parallel processing -- Research
Array processors -- Research
Business
Computers and office automation industries
Electronics
Electronics and electrical industries
Language
ISSN
1057-7130
Abstract
This paper describes an architecture of 23GOPS real-time video signal processor [l]. In order to achieve high computational power and high data bandwidth for real-time video signal processing, we adopt a unique architecture based on a programmable systolic array with 90 video processing elements (VPE's). The VPE array realizes high processing ability and high flexibility by a simple structure of the VPE and a time-division multiple-operation scheme. It allows the processor to be applied to various real-time video signal processing like HD-TV (MUSE) decoding. The processor, called the digital filtering array, has been fabricated in 0.35-[[micro]meter] CMOS three-metal-layer technology and achieves 23GOPS at 129.6 MHz operating frequency. Four million transistors are integrated in 13.61 mm x 13.07 mm die size. Index Terms - Digital filtering, parallel processors, systolic array, video processor.