John Bainbridge

Asynchronous System-On-Chip Interconnect

• Gebundenes Buch

Produktbeschreibung

Asynchronous System-on-Chip Interconnect describes the use of an entirely asynchronous system-bus for the modular construction of integrated circuits. Industry is just awakening to the benefits of asynchronous design in avoiding the problems of clock-skew and multiple clock-domains, and din parallel with this is coming to grips with Intellectual Property (IP) based design flows which emphasise the need for a flexible interconnect strategy. In this book, John Bainbridge investigates the design of an asynchronous on-chip interconnect, looking at all the stages of the design from the choice of wiring layout, through asynchronous signalling protocols to the higher level problems involved in supporting split transactions. The MARBLE bus (the first asynchronous SoC bus) used in a commercial demonstrator chip containing a mixture of asynchronous and synchronous macrocells is used as a concrete example throughout the book.

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Produktdetails

• Distinguished Dissertations
• Verlag: Springer, Berlin
• 2002 edition
• Seitenzahl: 139
• Erscheinungstermin: 28. Mai 2002
• Englisch
• Abmessung: 243mm x 161mm x 17mm
• Gewicht: 386g
• ISBN-13: 9781852335984
• ISBN-10: 185233598X
• Artikelnr.: 10652635

Autorenporträt

William J. Bainbridge, University of Manchester, UK

Inhaltsangabe

INTRODUCTION Asynchronous design and its advantages Disadvantages of asynchronous design Book overview Publications ASYNCHRONOUS DESIGN Introduction Asynchronous design Summary SYSTEM LEVEL INTERCONNECT PRINCIPLES Point-to-point communication paths Multipoint interconnect topology Bus protocol issues Interconnect performance objectives Commercial on-chip buses Summary THE PHYSICAL (WIRE) LAYER Wire theory Electrical and physical characteristics Termination Crosstalk Summary THE LINK LAYER Centralised vs distributed interfaces Signalling convention Data encoding Handshake sources Bidirectional data transfer Multiple initiators on one channel Multiple targets Multipoint bus-channel interfaces MARBLE's link layer channels Summary PROTOCOL LAYER Transfer phases Exceptions Defer and bridging Mapping transfer phases onto channel cycles Transfer cycle routingTransfer cycle initiation MARBLE's dual channel bus architecture TRANSACTION LAYER Split transactions Response ordering MARBLE's transaction layer MARBLE: A DUAL CHANNEL SPLIT TRANSFER BUS MARBLE protocol and signal summary Bus transaction interface implementation MARBLE in the AMULET3H system Summary EVALUATION The MARBLE testbed Simulation of MARBLE in AMULET3H Analysis of delay distribution Hardware requirements Comparison with synchronous alternatives CONCLUSION Advantages and disadvantages of MARBLE Improving the MARBLE bus Alternative interconnect solutions and future work The future of asynchronous SoC interconnect? APPENDIX A: MARBLE SCHEMATICS REFERENCES INDEX