On the production line, a regular RFID tag is attached to metal parts, and the reading rate drops sharply from 99% to less than 30%. This simple scenario reveals a key truth in RFID applications: there is no universal tag, only the most suitable choice for the scenario.

When encountering RFID equipment, many users often ask, "Aren't RFID chips and electronic tags the same thing?" Actually, they are not. The two are like "the brain" and "a complete person", closely related yet with distinct functions.

If you're curious: at the supermarket checkout, cashiers don't need to scan items one by one—they can simply place a whole basket of goods on the counter to instantly complete the transaction. At the delivery station, parcels are sorted by scanning boxes with equipment next to the conveyor belt, automatically identifying their destinations. When swiping a work ID or passing through a residential access control, cards don’t need to be pressed tightly against the reader—just a quick flick suffices... Well, today I’ll tell you the answer: these amazing operations are all made possible by—RFID technology.

Have you ever wondered what kind of "magic" is behind the automatic toll deduction with a "beep" from the ETC device when you drive through a highway toll booth? And what kind of mystery is it that when you pick up a piece of clothing in a clothing store filled with a dazzling variety of items, the screen in the fitting room immediately displays all its available colors and sizes? Behind all of this, there is an indispensable "invisible" hero — RFID technology.

RFID electronic tags are a crucial component in RFID technology. It is believed that many people have seen and used conventional electronic tags. However, what do electronic tags that can only be applied in special scenarios look like, and what characteristics and precautions do they have? RFID special tags are mainly designed for harsh environments, special materials, or special application scenarios, and they undergo special treatments in terms of materials, packaging, antenna design, or chip functions.

RFID readers have been promoted and applied in multiple fields due to their high efficiency and convenience. RFID ultra-high frequency (UHF) readers are divided into various forms based on application scenarios and functional requirements, and each form has significant differences in installation methods, reading and writing performance, and applicable environments

In the current era of booming e-commerce, 618 has become a grand carnival of nationwide shopping. For the jewelry industry, this is not only a golden opportunity to boost sales but also a crucial node to test brand strength and operational capabilities. In this fierce competition, however, traditional jewelry management methods have gradually exposed numerous problems, becoming a bottleneck restricting the industry's development.

In the current era where the digital wave is sweeping the globe, competition in the footwear and apparel industry is increasingly fierce, and traditional management models have struggled to meet the needs of enterprises' rapid development. Ultra High Frequency (UHF) RFID technology, with its unique advantages, has brought about a brand-new management revolution in the footwear and apparel industry, making management smarter and more efficient.