Modern VLSI Design : Systems on Silicon. Questo articolo non è disponibile.Modern VLSI Design : Systems on Silicon

For advanced courses in Computer Engineering, Computer Systems, Electrical Engineering, Logic/Digital Design, and VLSI Design.

This book offers comprehensive coverage of the important problems in VLSI system design, the minimization of power consumption at every level of abstraction―from circuits to architecture, and new insights into design-for-testability techniques that maximize quality despite quicker turnaround times. Emphasizing CMOS technology, the book describes essential concepts and the links between circuit, logic, and system design.

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Techniques for the latest deep-submicron, mega-chip projects.

The start-to-finish, state-of-the-art guide to VLSI design.

VLSI design is system design.

To build high-performance, cost-effective ICs, you must understand all aspects of digital design, from planning and layout to fabrication and packaging. Modern VLSI Design, Second Edition: Systems on Silicon is a comprehensive, "bottom-up" guide to the entire VLSI design process. Emphasizing CMOS, it focuses on the crucial challenges of deep-submicron VLSI design.

Coverage includes:

• Devices and layouts: transistor structures and characteristics, wires, vias, parasitics, design rules, layout design and tools.
• Logic gates and combinational logic networks, including interconnect delay and crosstalk.
• Sequential machines and sequential system design.
• Subsystem design, including high-speed adders, multipliers, ROM, SRAM, SRAM, PGAs and PLAs.
• Floorplanning, clock distribution and power distribution.
• Architecture design, including VHDL, scheduling, function unit selection, power and testability.
• Chip design methodologies, CAD systems and algorithms.

Modern VLSI Design, Second Edition: Systems on Silicon offers a complete yet accessible introduction to crosstalk models and optimization. It covers minimizing power consumption at every level of abstraction, from circuits to architecture and new insights into design-for-testability techniques that maximize quality despite quicker turnarounds. It also presents detailed coverage of the algorithms underlying contemporary VLSI computer-aided design software, so designers can understand their tools no matter which ones they choose. Whether you're a practicing professional or advanced student, this is the sophisticated VLSI design knowledge you need to succeed with tomorrow's most challenging projects.