Radio Frequency Identification (RFID) technology has become integral to modern wireless communications, enabling efficient identification, tracking, and data exchange across a multitude of ...

One key factor when it comes to designing solutions using passive UHF RFID is to understand how exactly the technology works, with its benefits and limitations, and to ensure that products are ...

In a recent study carried out by researchers at the Tampere University of Technology’s Rauma Research Unit, in Finland, a fractal UHF RFID handheld reader antenna performed better than traditional ...

The first passive transponders powered by incoming RF date back to the early 1970s, as does the vision for most of today's manifold RFID applications. Yet only with advances in semiconductor ...

An RF signal can be radiated effectively if the linear dimension of the antenna is comparable with the wavelength of the operating frequency. In an RFID application utilizing the VLF (100 kHz – 500 ...

Sunnyvale, Calif., company Mu-Gahat officially launched today by announcing its “revolutionary custom RFID inlay design service, low-volume production minimums, and stock inlay line.” “Label ...

The RFID HD RooTenna series offers six options of integrated RFID antennas covering 865-960 MHz. The RooTenna series integrates a high-performance RFID antenna and a compartment for reader electronics ...

RFID is shaping up to be an important building block for the Internet of Things (IoT). Those attending the recent IEEE RFID 2014 conference in Orlando got a chance to see where the technology is ...

RFID tags are being explored as possible low-cost sensors which could monitor and improve human health. Radio-frequency identification tags (RFID) are simple, electronic labels outfitted with a tiny ...

Patent-pending direct-on-vial RFID label enables DSCSA-ready traceability across pharmaceutical manufacturing and hospital workflows Consistent RFID performance across injectable liquids with varying ...