NTAG213 White Blank Card

Anti-metal tags refer to a tag with special properties that can maintain its read and write functions when in contact with metal surfaces, while ordinary tags may lose their read and write effects on metal surfaces. This is due to the interference of metals on electromagnetic signals, causing traditional RFID (Radio Frequency Identification, radio frequency identification) tags to fail to work properly on metal surfaces.

In modern society, RFID technology has been widely used in various industries. RFID technology mainly communicates through radio waves and can transmit data wirelessly. RFID tags and readers are two core components of RFID technology. This article will introduce the concept, working principle, types and applications of these two components in detail.

Affected by the remnant circulation of Typhoon Haikui, monsoons and weak cold air, from the evening of September 7th to the morning of September 8th, Shenzhen experienced a heavy rainstorm that exceeded historical records. The rainfall range is extremely wide.

In today’s rapidly changing technological era, corporate innovation and leadership are crucial. As a global one-stop brand digital solution provider, SML Group has attracted widespread attention in the industry with its excellent R&D capabilities and sustainable development strategy.

Recently, an innovative PVC wristband has set off an upsurge in the medical industry, providing hospitals and clinics with more efficient and safe patient management solutions. This new PVC wristband not only has the basic functions of traditional wristbands, but also incorporates high-tech elements, allowing medical staff to more easily identify and record patient information, effectively improving the quality of medical services.

The homogeneity of RFID tags in the general market has brought about full competition in the market. The development of RFID tags needs to seek a more customized market. Customization has become an important trend in the development of the label industry, and RFID+ represents the development direction of customized tags. In practical application scenarios , the requirements for product integration capabilities are getting higher and higher. Stronger integration capabilities can meet richer needs. For special tags, there will be more and more application scenarios for tags with sensing and auxiliary positioning. RFID and sensors, The integration of capacitors, inductors, MCUs, Bluetooth chips, LEDs, etc. may all appear, which also depends on the progress of chip technology. As a passive sensor, sensor tags will have more advantages than traditional sensors in cost, power consumption, and adaptability in certain scenarios.