In this episode, we talk about why minimization of speakers and energy storage devices is crucial for the next generation of electronics and medical devices.
Researchers at the National Institute of Standards and Technology (NIST) have boosted the sensitivity of their atomic radio receiver a hundredfold by enclosing the small glass cylinder of cesium atoms inside what looks like custom copper “headphones.”
Having proven that a biologically-inspired model based on a hoverfly's vision system can boost the signal-to-noise ratio of imagery, a team of researchers has now applied it to sound — as a means of detecting and tracking small drones earlier and more accurately.
People living with disabilities don't want special treatment; they want equal opportunity. The ability to act independently of, and at the same time connect with, others when moving, communicating, learning, working, and socializing.
Despite specific industries experiencing slowdowns caused by the Covid-19 pandemic, projections in the Bluetooth technology market are optimistic through the remainder of 2021 and beyond.
In this article, we will demonstrate how MEMS-based microspeakers outperform the traditional voice coil-based microspeakers, and how manufacturers can benefit from a more reliable component to build more ergonomic and unique audio devices.
Most components in consumer electronics are silicon-based. The last component that is still manufactured traditionally is the loudspeaker — until now. Loudspeakers using USound MEMS technology offer a multitude of inherent advantages, compared to traditional ED or BA speakers.