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2003 | OriginalPaper | Chapter

Star-Ip Centric Platforms for SOC

ARM® PrimeXsys™ Platform Architecture and Methodologies

Authors : Jay Alphey, Chris Baxter, Jon Connell, John Goodenough, Antony Harris, Christopher Lennard, Bruce Mathewson, Andrew Nightingale, Ian Thornton, Kath Topping

Published in: Winning the SoC Revolution

Publisher: Springer US

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We describe the use of star-IP core-based subsystems as the cornerstone of a platform-based design paradigm. An ARM platform is an instantiation of a set of carefully market-targeted architectural-decisions encapsulated in an embedded and configurable subsystem consisting of an ARM core, AMBA™ Communications fabric and a ported operating system (OS). Around this pre-specified sub-system, a derivative-product development-package is supplied. This development package provides for configuration and extension of the platform during the creation of an optimized and differentiated system-on-chip (SoC) design. We describe the structure of this development-package, and its foundation in a set of mutually consistent model-views of the platform design. Each platform model provides the speed and visibility required for specific SoC development tasks: hardware integration and development, hardware dependent software development, application software development, and system verification and validation. In this chapter we describe both the theory of platform support, and a specific ARM instantiation of this: the ARM1136JF-S™ PrimeXsys Platform.

Metadata
Title
Star-Ip Centric Platforms for SOC
Authors
Jay Alphey
Chris Baxter
Jon Connell
John Goodenough
Antony Harris
Christopher Lennard
Bruce Mathewson
Andrew Nightingale
Ian Thornton
Kath Topping
Copyright Year
2003
Publisher
Springer US
DOI
https://doi.org/10.1007/978-1-4615-0369-9_9