Researchers at The Ohio State University are developing embroidered antennas and circuits with 0.1 mm precision -- the perfect size to integrate electronic components such as sensors and computer ...

The world of electronics is full of clever designs and ICs, but they are mostly non-flexible and rigid implementations of the engineer’s circuit idea. This is typically not very conducive to many of ...

The Proxmark3 PCB 125kHz antenna., GNU GPL version 2, GitHub link. Picture this: It’s the end of the year, and a few hardy souls gather in a hackerspace to enjoy a bit of seasonal food and hang out.

A parylene film containing a variety of devices photographed after it has been released from its silicon substrate. (Courtesy: G Salvatore et al.) A new way of making ultrathin, flexible and ...

There is a large growth market for flexible circuits, RFID antennas and biosensors on films. Researchers in Germany are presenting a new technology: they can now apply conductive metal circuits to ...

November 14, 2019 -- PragmatIC has developed a unique, patented semiconductor device platform that provides the opportunity to invent entirely new applications for electronics: as well as being ...

The system integrates, for the first time, a screen-printed antenna and printed touch-based user interface, allowing implementation of the reader on curved surfaces. The demonstrator has been designed ...

Radio-frequency identification (RFID) tags have made paying toll fees and public transit fares a breeze. But the tags, which are made of silicon, are still too expensive to replace ubiquitous barcodes ...

PragmatIC has developed a patented semiconductor device platform to provide engineers with a customised and more flexible design environment for integrated circuits. As well as being ultra-low cost, ...