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Proven Ways to Achieve the Best Possible System Performance

In many cases, the success of a product depends to a large extent on whether of not the design gets all the available performance from the microcontroller it uses. Powerful techniques exit for improving the performance of MCUs, and they're examined in this session. An in-depth discussion of benchmarking and analysis techniques illustrates where bottlenecks exist and where code size or speed improvements can be made. Architecture and tool tips and tricks are revealed that provide access to the maximum computing power that a microcontroller can deliver.

Presented: 10/15/2008, 9:30 AM
Length: 60 Minutes

Course Material:

• Presentation

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• Specialized Hardware and Software Methods for Handling IEC-60730 Safety Regulations
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• Noise Fundamentals and Techniques for Minimizing EMI Problems
• Developing Embedded Systems using Low-power Design Techniques
• Hardware Design Fundamentals for MCU-based Embedded Systems
• The Pros and Cons of Fixed Point and Floating Point
• Taking the Plunge into "C" for Embedded System Design