All MCUs, Processors & SoCs Development Articles
Looking at 4-, 8-, 16-, 32-, 64-bit and multicore devices and the systems on a chip that complement them.
All MCUs, Processors & SoCs Development Articles
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Designing embedded SoCs using older resistive technologies
While designing an SoC with a generic 32-bit MCU based on 0.18um (180 nm) processes with flash and a ... Read More
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Optimal digital power control using LLC resonant converters
The authors describe a digital power control implementation using line level control (LLC) resonant... Read More
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Embedded 3D graphics is here, but 2D is still important: Here’s why
In this Product How-To, Fujitsu's Waqar Saleem compares 2D and 3D graphics techniques in embedded... Read More
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Multicore networking in Linux user space with no performance overhead
In this Product How-To Design article, the Freescale authors discuss multi-core network SoCs and how ... Read More
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Manage multiple processes and processors in a deterministic multicore design
How should processes running on different RTOSes communicate in systems with more than one operating ... Read More
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Agile development of real-time systems
In this Product How-To Henk Muller of XMOS uses the company’s dual Xcore architecture to illustrate... Read More
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Reducing signoff corners to achieve faster 40 nm SOC design closure
How to reduce the number of timing signoff corners as SoCs move to smaller dimension nanometer... Read More
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Dealing with multi-Vt & multi-voltage domain timing/temperature inversion challenges
Scaling down to 40 nm and below imposes new challenges for physical design engineers relating to... Read More
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A brief primer on embedded SoC packaging options
This article addresses the basics of packaging such as types of packages and their advantages and... Read More
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The basics of low-power programming on the Cortex-M0
In this article, Joseph Yiu, author of “The Definitive Guide to the Arm Cortex-M0,” provides a brief ... Read More

