This report describes the design and test evaluation of a direct drive fly-by-wire redundant control system. The traditional semiconductor industry must make a transition from offering packaged system building blocks to offering fabrication services to the designers who know how to design systems. Semiconductor companies cannot make system design decisions for every area of application only the system designer understands the application area well enough to make the correct decisions. By providing the system designer with lower-level design primitives, significant new architectures, such as the Geometry Engine and Image Memory Processor, will be the result. As a result, novel new design aids are being devised that actually make integrated system design easier than conventional system design integrated systems can be thoroughly simulated because simple models of them exist at every level of representation. VLSI, conflicts with the need to design them to reduce cost. The large cost of designing silicon systems, i.e. This, in turn, presents a system design dilemma. the number of interconnecting wires, board space and power requirements. The drive to reduce system costs forces us to design at the lowest level possible, i.e., on silicon only in this way can we reduce the number of packaged components, thereby reducing. System design is undergoing radical changes that are significant both for the graphics community and for other design communities in which the principal hardware resources are those obtained via catalogues of parts.

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