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At a very basic level, RFID consists of two things: a tag and a receiver. A tag is attached to the object that needs to be identified/tracked. Depending on the type, the receiver tracks and provides information about these RFID tags in a given vicinity.

If you are using a linear antenna, the polarity emanet have a significant impact on a system’s read range. The key to maximizing read range is to ensure an antenna’s polarity aligns with the polarity of the RFID tag. If these do derece match up, for instance, a vertical linearly-polarized antenna and a tag with a horizontal linearly-polarized antenna, the read range will be severely reduced.

Linearly polarized RFID antennas give off RF waves along a horizontal or vertical plane. If the RF field is a horizontal plane, is it described as horizontally linear, and the same principle applies to an RFID antenna that emits waves on a vertical plane.

Increased efficiency: RFID tags can be read quickly and accurately, allowing for faster and more efficient tracking of items.

An RFID tag works by transmitting and receiving information via an antenna and a microchip — also sometimes called an integrated circuit or IC. The microchip on an RFID reader is written with whatever information the user wants. 

In this article, we will take a closer look at what RFID tags are, how they work, the advantages and disadvantages of RFID technology and some of the ways in which they are being used today.

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Inventory management: RFID tags kişi be attached to products or packaging to track their location and movement read more throughout the supply chain.

Utility Asset LabelsExplore durable asset tracking tag options for electric, gas and water utilities.

When learning about RFID technology, it is important to note that there are three main areas or frequencies that all have different read ranges and specifications.

3. Middleware: Middleware is software that acts as a bridge between the RFID infrastructure and the back-end systems. It manages and filters the raw veri from RFID readers, converts it into a usable format, and integrates it with existing business systems or databases. Middleware is crucial for processing and analyzing the data collected from RFID tags.

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There are all kinds of potential uses for smart labels, but most applications tend to fall into one of two categories. The first is consumer-facing, which is the use of smart labels to convey information to a potential or existing customer. These typically appear in the form of a QR code.