Week In Review: Design, Low Power


Cadence unveiled a new environment to automate and accelerate the complete design closure cycle from signoff optimization through routing, static timing analysis (STA), and extraction. The Certus Closure Solution allows concurrent, full-chip optimization through a massively parallel and distributed architecture and engine shared with Cadence’s Innovus Implementation System and the Tempus Timi... » read more

Energy Harvesting Starting To Gain Traction


Tens of billions of IoT devices are powered by batteries today. Depending on the compute intensity and the battery chemistry, these devices can run steadily for short periods of time, or they can run occasionally for decades. But in some cases, they also can either harvest energy themselves, or tap into externally harvested energy, allowing them to work almost indefinitely. Energy harvesting... » read more

Where Is Energy Harvesting?


With power management a top priority in sensor networks, why is energy harvesting—a proven technology with diverse energy sources—conspicuously absent from sensor designs that are the foundation of the Internet of Things? [getkc id="165" kc_name="Energy harvesting"] always has been a promising answer to the limits of battery power. The idea that a device can run for much longer periods o... » read more

Life Without Batteries Or Wires


By Ed Sperling In portable devices, low-power design has always been about stretching out the amount of time between battery charges or replacement. But the focus of current research throws that approach to the wind. The new goal is to get rid of batteries altogether and generate power using a variety of different mechanisms ranging from differences in temperature, the motion of waves, static... » read more