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IQ MagazineThe Smart Approach to Designing with the ARM Architecture Volume 8, Number 3, 2009 Introduction: British aviation engineer Frank Whittle had tested a working jet engine two years before, but it was Germany’s Hans von Ohain who put the first jet plane in the air 70 years ago this summer. A scant 20 years later, a soviet rocket with enough power to burst through the earth’s atmosphere crashes Luna 2, a Soviet probe, into the moon, becoming the first spacecraft to reach the lunar surface. Not to be outdone by this theatrical demonstration of power, American President John F. Kennedy makes his famous “We choose to go to the moon” speech, and 10 years after that, the United States landed the first men on the moon. |
Silicon On Insulator (SOI)(Pages 7-16)
For over a decade, SOI (Silicon on Insulator) has offered many of the savviest designers a powerful tool with which to balance power efficiency and performance. Now, limiting power consumption has taken center stage for the entire industry. This special IQ section, reprinted from Advanced Substrate News, exemplifies what some of the leaders have to say about the tools, services and products that leverage the green side of SOI. The articles in this section include: SOI and the Greening of Electronics By André-Jacques Auberton-Hervé, Chair, SOI Industry Consortium Energy-Efficient SoC Design Can Make a Difference By Remy Pottier, Head of SOI Marketing and Business Development, ARM Rooted in Green By Dr. Jocelyne Wasselin, VP Business Development, Soitec Celebrating Over a Decade of Green An Interview with Advanced Substrate News (ASN) Low Power Design: Fast & Green By Karen Bartleson, Sr. Director Community Marketing, Synopsys Inc. IBM & SOI: Delivering on Customer Priorities By Dr. Raj Singh, Senior Technical Staff Member & Communications Architect, IBM Microelectronics Division
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mbed: Rapid Prototyping for Microcontrollers By Simon Ford, ARM
Microcontrollers are a solution looking for a problem, and that solution is getting impressive; lots of performance, lots of peripherals, and a price-point that opens them up to a host of new opportunities. However, the problem in exploiting these opportunities is exactly that; what is the problem? Download PDF Document
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Breaking Flash Barriers: Debugging Embedded Microcontroller Applications By Dirk Akemann, SEGGER Microcontroller (Pages 22-25) Today the number of programmers in the world is measured in the millions and yet they are still spending a good part of their life finding errors in their programs. |
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By Frank Shirrmeister, Synopsys (Pages 26-31)
Once a chip development project has started, project managers are asked almost immediately to provide early representations of the chip development for various purposes, such as:
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Traffic Management for Optimizing Media-Intensive SoCs By Tim Mace, ARM
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Multi-OS Deployment in Multicore Systems By Syed Gilani and Dan Driscoll, Mentor Graphics (Pages 38-41)
Multicore is becoming increasingly popular in today's embedded systems. In order to circumvent the physical limitations of silicon design, stacking up multiple homogenous or heterogeneous processors is often a preferred approach. This is particularly true for many convergent devices with media-rich graphics, always on functionality, multi-band connectivity, and extensive processing requirements such as car "infotainment" systems or portable medical devices. |
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Collaborating for System-on-Chip Design Success at 32/28nm By Ana Hunter, Samsung, and John Chilton, Synopsys
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Helicopter Cockpit Audio Communications By Paul Nickelsberg, Orchid Technologies
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Home Has Never Been So Connected By Jan Howells, ARM
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