APPLICATION SPECIFIC INTEGRATED CIRCUITS

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2003

There is no slowdown in the complexity increase for ASIC and SoC designs. As we write this paper in August, 2002, 40 M gate ASICs are nearing tape-out, and 50 M gate designs are likely to start before this conference takes place. This paper describes the current tool and methodology development efforts focused on enabling ASIC and SoC designs of these sizes and complexity, centered around the reduction of design turn-around-time, improvement of the quality of results and the modeling and optimization of deep sub-micron electrical effects.

MODERN COMPUTER HARDWARE DESIGN AND LOGIC GATE, 2023

The process of creating the motherboard, CPU, memory, and storage devices—among the other physical components of a computer system—is referred to as computer hardware design. Making a system plan, choosing the right parts, and assembling them into a working unit are all part of the design process. Conversely, the process of creating the digital circuits that serve as the foundation for computer hardware is known as logic design. It entails utilizing Boolean algebra and other mathematical tools to create logical models of circuits, which are subsequently implemented using electronic components like transistors and diodes. Modern computing systems are built on the foundation of computer hardware design and logic, which work together to create computers that are faster, more powerful, more efficient, and capable of doing tasks that are more and more complicated.

IEEE Transactions on Circuits and Systems II: Analog and Digital Signal Processing, 2002

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