Clocking in Modern VLSI Systems covers a wide range of subjects related to microprocessor clocking including distribution, flop design, inductive techniques, phase noise and jitter, delay lock techniques, resiliency and other techniques to address process variation and physical design aspects. The book contains rigorous analytical treatment for a number of important topics such as timing uncertainty due statistical spatial and temporal phenomena, metastability, jitter in the time and frequency domain and supply-induced clock noise. It also contains a large number of design examples and case studies, background information, a complete list of references and a number of advanced topics. The subjects covered reflect to a large extent the collective interests and foci of both industry and academia with respect to clocking. It is very up-to-date and co-authored by a panel of industry experts involved in clock design in major processor chips.

"The purpose of Clocking in Modern VLSI Systems is to provide a concise exposition of all major issues in clocking large state-of-the-art microprocessors and SoCs. The issues covered include clock generation and distribution, clocking elements, testability, alternative clocking styles, special techniques, and dealing with scaling and process variation. This book provides in depth coverage of the various topics by well-known experts in industry and academia and will serve as a useful reference for practicing VLSI engineers, technical managers, and advanced graduate students."

and Overview.- Modern Clock Distribution Systems.- Clocked Elements.- Exploiting Inductance.- Phase Noise and Jitter.- Digital Delay Lock Techniques.- Clocking and Variation.- Physical Design Considerations.