On-Chip Communication Architectures, Volume -: System on by Sudeep Pasricha

By Sudeep Pasricha

Over the earlier decade, system-on-chip (SoC) designs have developed to deal with the ever expanding complexity of purposes, fueled by way of the period of electronic convergence. advancements in strategy expertise have successfully reduced in size board-level parts to allow them to be built-in on a unmarried chip. New on-chip communique architectures were designed to aid all inter-component communique in a SoC layout. those communique structure materials have a serious influence at the energy intake, functionality, fee and layout cycle time of recent SoC designs. As software complexity traces the verbal exchange spine of SoC designs, educational and business R&D efforts and cash are more and more interested in verbal exchange structure design.

On-Chip verbal exchange Architecures is a complete reference on ideas, study and tendencies in on-chip conversation structure layout. it is going to offer readers with a finished survey, now not to be had in different places, of all present criteria for on-chip verbal exchange architectures.

  • A definitive consultant to on-chip verbal exchange architectures, explaining key techniques, surveying study efforts and predicting destiny trends
  • Detailed research of all renowned criteria for on-chip communique architectures
  • Comprehensive survey of all examine on communique architectures, overlaying a variety of issues correct to this quarter, spanning the earlier numerous years, and recent with the most up-tp-date examine efforts
  • Future tendencies that with have an important effect on learn and layout of verbal exchange architectures over the subsequent numerous years

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Extra info for On-Chip Communication Architectures, Volume -: System on Chip Interconnect (Systems on Silicon)

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Utilizing multiple clock domains separated by bridge logic components allows better signal propagation management, since signals need to traverse smaller wire lengths. Another commonly used technique makes use of register slices [1] or buffers to pipeline long bus wires. Such a scheme enables a signal to be in flight for several cycles, taking a single clock 37 38 CHAPTER 2 Bus-Based Communication Architectures cycle to move between successive pipeline stages, before finally reaching its destination.

These performance and power/thermal models for communication architectures are used as part of various techniques, presented in Chapter 6, to select, configure, and design communication architectures that meet the requirements of a given application. While the emphasis here is on high level exploration based synthesis of communication architectures, novel approaches that couple physical implementation-awareness during early exploration, and co-synthesize memory and communication architectures are also presented, along with an overview of lower level physical and circuit level techniques for communication architecture design.

Thus moving forward, MPSoC designs will necessarily have to be interconnect-aware and address communication architecture issues very early in the design process. 5 BOOK OUTLINE This book attempts to provide a comprehensive overview of various aspects of on-chip communication in MPSoCs, and gives insight into why on-chip communication architectures are becoming a critical issue in MPSoC designs. The next chapter presents basic concepts of bus-based communication architectures— introducing commonly used terminology, structural components, wiring issues, and DSM effects associated with bus architectures.

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