Low-power applications represent a significant portion of the future market for embedded systems. Every year, more designers are required to make designs portable, wireless and energy efficient. This ...

In embedded applications that use neural networks (NNs) for classification tasks, it is important to not only minimize the power consumption of the NN calculation, but of the whole system.

Generally, a system on a chip (SoC) supports more low-power modes compared to a traditional multipoint control (MCU). The reason for this is that due to the high level of integration, they have more ...

A new study presents a system-level design framework for a low-power embedded sensor node capable of performing machine learning inference directly on-site. Study: Low-Power Embedded Sensor Node for ...

Timing devices supply the heartbeat for compact, wirelessly connected IoT devices that can sense, process, and communicate seamlessly with cloud and mobile platforms. These requirements place strict ...

Most of us have become accustomed to interacting with the ubiquitous technology ecosystem daily (if not hourly). From fitness trackers, smart vacuums, and semi-autonomous vehicles to the smart home ...