Axia Lab launched in 2021 to provide impartial testing and validation as well as research ... related to the optimal placement for an RFID tag on an item such as a medication. This is based on the ...

RFID uses a dedicated radio frequency with custom readers and antennas, allowing high performance and high density reading, with read validation. This “intelligence migration” into what used to be ...

The importance of polarization in RFID is simple to grasp: many RFID tag antennas consist primarily of narrow wire-like metal lines in one direction. If the electric field is directed along the wire, ...

This part covers the effect of antenna gain on range. We have been able to conclude that using an isotropic antenna, an RFID reader might achieve a read range of a few meters with 1 watt of output ...

A new tag developed at North Dakota State University gets around that limitation, however - it uses the metal object as its antenna. Typically, when an RFID tag is to be attached to metal cargo ...

Passive tags include an integrated circuit for storing and processing information, and an antenna that responds to radio waves transmitted from an RFID reader. The tag absorbs some of the radio ...

According to the invention, loops for the antenna of the RFID circuit can be formed from "metal on the same layer as metal traces form in the borders of a substrate" without requiring a separate ...

A basic RFID system has four components: a tag, an antenna, a reader and a database. RFID tags consist of an integrated circuit and an antenna, held together by protective material that shields it ...

Radio-frequency identification tags (RFID) are simple, electronic labels outfitted with a tiny chip and antenna. These labels are used to track and monitor everything from payments to products in ...

An electronic identification device that is made up of a chip and antenna. For reusable applications ... it is usually part of a "smart" packaging label. For RFID applications such as toll ...