Designing for low power
Selected articles on designing for low-power embedded systems. Topics include low-power, energy harvesting, battery longevity, and sleep modes.
Archives
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Low Power Video Processing for the Mobile SoC: How Analysis of HW-SW Partitioning Gets the Most from Embedded GPUs
In this webinar, you’ll see how Synopsys Platform Architect is used to efficiently explore and... Read More
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8-bit PIC MCUs combine eXtreme Low Power, automated touch sensing
Microchip Technology Inc. has expanded its 8-bit eXtreme low Power (XLP) Enhanced Midrange Core PIC... Read More
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Optimizing for low power in embedded MCU designs
The authors look at the major factors contributing to power consumption in an embedded system by... Read More
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Apache Low Power Webinar Series
Learn about Apache Design’s Ultra-Low-Power, Advanced Reliability and 3D-IC design solutions... Read More
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A smart integrated switch cell for well bias low power architecture
Low power architectures attempt to reduce leakage in various operating modes of the SoC. Well... Read More
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Architecture Optimization for Low Cost, Low Power Design Solutions
This paper describes examples of architecture optimization methods that can reduce cost and power by ... Read More
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Build wireless M2M and IoT sensor networks: High quality and low power design
In the conclusion of a four part series, the authors of “Ad hoc wireless networks,” look at the... Read More
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Taking advantage of new low-power modes on advanced microcontrollers
The author describes several common low power operating profiles and how they can be used to... Read More
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Understanding MCU sleep modes and energy savings
Anders Guldahl of Energy Micro describes the energy cost of implementing functions in software and... Read More
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Addressing the High Performance/Low Energy Requirements of Multicore Platforms
Modern mobile platforms are demanded to smoothly execute high performance tasks such as gaming and... Read More

