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RFID Tags Product List

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[Video] Effects of Layering RF Tags on HF Band RFID Reader Writers

【Basic Knowledge of RFID】What is an RFID Reader/Writer? The Impact of Layering RFID Tags

We have created a video explaining the effects of stacking RF tags, and we will publish it. When RF tags are stacked, their communication performance decreases, making stable communication impossible. This is because the antennas of the RF tags overlap, and due to mutual inductance, the resonant frequency of the RF tags shifts towards the lower frequency. The degree of impact on communication performance varies depending on the spacing between the RF tags when stacked and the number of tags stacked. 1. About the principle Explanation of the principle behind the decrease in communication performance when stacking RF tags. 2. Demonstration Operational demonstration explaining the following content: - Stacking RF tags decreases communication performance. - The narrower the spacing between RF tags when stacked, the more communication performance decreases. - The more tags stacked, the greater the decrease in communication performance.

  • Tag_frequency_shift2.png
  • IC tag reader/writer

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What is UHF band RFID? A clear explanation of its features!

We will explain the features of RFID and what can be done with RFID for customers considering its implementation.

What is UHF band RFID? UHF band RFID is a wireless communication technology that uses a frequency range of 860 to 960 MHz. This technology employs radio wave methods and is characterized by a longer communication distance compared to the electromagnetic induction method used in HF band. The communication distance can range from a few centimeters to several meters, allowing for the simultaneous reading of multiple tags. As a result, it is widely used in situations where efficient reading over a wide area is required, such as in logistics and inventory management. The communication speed is also fast, enabling the rapid processing of large amounts of data, which has led to its increasing application in the apparel and manufacturing industries. However, there are challenges, such as susceptibility to the effects of metal and moisture, which will also be discussed.

  • RFID/IC tags

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