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A method has been defined to analyze the power dissipation of CMOS VLSI circuits by means of switch-level simulation. Random vectors are used as stimuli to the circuit to ensure vector-independentness. The method has been implemented using an existing mixed-level simulator. Results are described for a range of circuits, including a 20,000 transistor one.
A description is given of a digital, general-purpose, programmable IC especially designed for flexible processing of video signals. The IC is implemented in a 1.6 μm CMOS technology and operates at 27 MHz while performing over 1400 MOPS (million user-programmable operations per second) at an instruction rate of 270 MIPS. A novel design method is described which blends silicon compiler concepts...
This paper describes a programmable logic module for the real-time processing of video signals. This module is part of a set of programmable modules, sharing a common communication strategy, that can be combined to realise an Integrated Circuit capable of handling complex video algorithms. The inputs to the module are first selected via a switch matrix and then stored in a two-port dynamic RAM to...
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