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GaAs ICs for Gigabit Logic Applications

G. Nuzillat

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Abstract

This paper gives an overview of basic concepts used in design and fabrication of Gallium Arsenide integrated circuits intended for gigabit logic applications. Present status of speed-power performances, packing densities, and integration levels is presented on the basis of some demonstrative IC realizations made possible by the principal GaAs logic approaches to date. Finally, the potential field of application and future trends of GaAs IC technology are briefly discussed.

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What this paper is about

This paper gives an overview of basic concepts used in design and fabrication of Gallium Arsenide integrated circuits intended for gigabit logic applications. Present status of speed-power performances, packing densities, and integration levels is presented on the basis of some demonstrative IC realizations made possible by the principal GaAs logic approaches to date. Finally, the potential field of application and future trends of GaAs IC technology are briefly discussed.

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Available abstract

This paper gives an overview of basic concepts used in design and fabrication of Gallium Arsenide integrated circuits intended for gigabit logic applications. Present status of speed-power performances, packing densities, and integration levels is presented on the basis of some demonstrative IC realizations made possible by the principal GaAs logic approaches to date. Finally, the potential field of application and future trends of GaAs IC technology are briefly discussed.

Key concepts: Gigabit, Logic gate, Gallium arsenide, Computer science, Principal (computer security), Logic family, Logic synthesis, Electronic engineering

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