When you purchase through links on our site, we may earn an affiliate commission. Here’s how it works. Small electronic devices (cell phones, mobile DTV receivers, etc.) demand small antennas, but it ...

Most of us know that to get the best possible WiFi signal, you want there to be as few walls as possible between you and the Access Point. But that might soon change, as researchers at MIT have found ...

Antennas for the latest implanted medical devices are being developed in the UK. In the near future, in-body medical devices such as pacemakers will use radio frequency (RF) technology to improve ...

The design cycle is a little different when the product is wireless and requires an antenna. Antennas change the design process, because it needs to be located with care, in the best position on the ...

Tiny RF chip antennas are no longer relegated to a PCB “keep out” area, allowing product designers to further miniaturize wireless biosensors and medical wearables. Traditionally, small chip antennas ...

Antennas are mandatory for a product to connect via radio frequency. Obvious examples are cell phones, satellite communications, and even our garage-door openers. But the Internet of Things is ...

Tiny RF chip antennas are no longer relegated to a PCB “keep out” area, allowing product designers to further miniaturize wireless biosensors and medical wearables. Tiny RF chip antennas are no longer ...

Terrestrial networks have evolved from the low-data-rate voice-centric connectivity of 2G, to support for mobile data and ...

Most of us know that to get the best possible WiFi signal, you want there to be as few walls as possible between you and the Access Point. But that might soon change, as researchers at MIT have found ...