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The i.MX LITEKIT is a small-form-factor board bundled with Microcross's GNU X-Tools and GX-Linux open source tools that enables customers and developers to accelerate their development with i.MXL and i.MX21 applications processors. Over the last year, Microcross provided world-class support services for Freescale's i.MX LITEKIT.
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Winning partners help accelerate design time, reduce costįreescale recognized Microcross, a global provider of commercial open source software development tools and Linux(R) platforms, as Partner of the Year. Members gain early access to Freescale platforms and are provided extensive product information, services, support and co-marketing activities to speed their Freescale-based products to market. "We are grateful for their commitment and look forward to working with them on next-generation wireless and mobile solutions based on Freescale technology."įormed in 2004, over 150 companies have joined Freescale's Wireless Developer Network, which aims at partnering with the highest caliber of technology partners to deliver robust pre-validated reference designs. "The Wireless Developer Network consists of many industry leading partners, and the companies we recognized for 2006 have demonstrated an exceptional level of technology expertise, commitment to service and support to Freescale and our customers," said Monica Hamilton, director of the Wireless Developer Network for Freescale.
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Additionally, partners illustrating a commitment to strengthen and grow their Freescale business were honored for outstanding consultancy, support and services. Announced at the company's annual technology forum in Orlando, Fla., Freescale's Wireless Developer Network chose partners who demonstrated expertise in the design of software, hardware and ZigBee(TM) technologies. So armed with this book and the specific data sheet you should be able to do anything with ARM MCU’s.Recognizing outstanding partners in its Wireless Developer Network, Freescale Semiconductor (NYSE:FSL) (NYSE:FSL.B) acknowledged six distinguished companies for their exceptional contributions to the program. Those are specific to the silicon vendors who will no doubt be producing data for them. The book covers up to architecture ARMv6 (ARM11 MCU’s) - which is everything current.
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But this is really an over-view and those new to DSP will need more in-depth documentation. The complete Fast Fourier Transform example in assembler provides a good starting point to those porting DSP to ARM as it shows the optimisations. The chapter on DSP will serve as a useful introduction to many who want to know what DSP is. Further chapters look the cache, MPU and MMU, which will answer most questions not only for an OS but the majority of apps as well That said there is a chapter on embedded OS, using the author’s own SLOS or Simple Little OS, where they explore the pragmatics of building an ARM OS. This looks at the ARMFirmware Suite, RedBoot and Sandstone, the authors’ own system.Ĭ++ is mentioned in passing and Linux not at all. The early chapters on the architecture and the basics of interrupts and exceptions will be of use to most people, as will the section on firmware bootloaders. The compilers used for examples are ARM’s own and GCC. The following chapter goes a stage further and looks at optimising the assembler.
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However there is a section explaining how to optimise C programs for the ARM architecture: for example, why in some cases 32 bit ints are more efficient than 8 bit chars for local 8 bit variables, and many other architecture specific optimisations. It also assumes familiarity with assembler and C. Unlike many books on MCU’s, it does not assume you are a student and explain hex, binary and what an address bus is. This book is different: it is written for software engineers. MCU, most ARM books tend to be biased to this area or provide a high level over-view to help managers understand the revolution. is in “everything”, but because was originally an IP core for ASICs FPGAs, rather than a stand alone