A Complete Technical and Application Guide to NTAG21x NFC Chips NTAG213, NTAG215, and NTAG216—often collectively referred to as NTAG21x—are NFC chips developed by NXP Semiconductors and released at roughly the same time.All three comply with NFC Forum Type 2 Tag and ISO/IEC 14443 Type A standards, which means they share a high level of compatibility […]
In modern livestock management, accurate animal identification is essential for traceability, health monitoring, and regulatory compliance. ICAR-certified RFID tags ensure that animal tracking systems meet international standards and maintain reliability across various environments. What is ICAR Certification? The International Committee for Animal Recording (ICAR) establishes global standards for animal identification and performance recording. ICAR certification
Animal RFID tags have become a foundational technology for modern livestock management, wildlife research, and zoo operations. By enabling reliable identification, traceability, and data collection across different species and environments, RFID-based animal tracking systems support better animal welfare, regulatory compliance, and operational efficiency. This guide explains how animal RFID tracking works, where it is used,
Animal RFID identification systems rely primarily on two low-frequency (LF) transmission technologies defined under ISO 11784/11785: FDX-B (Full Duplex) and HDX (Half Duplex).While both are widely used for animal identification, they differ significantly in signal behavior, reading performance, system compatibility, and application suitability. This article provides a neutral, engineering-level comparison of FDX-B and HDX animal
Animal RFID tags are widely used for identification, traceability, disease control, and ownership management across livestock, pets, and research animals. Among all technical components of an RFID animal microchip, the encapsulation material plays a decisive role in safety, durability, and long-term performance. Bioglass encapsulation has become the industry standard for injectable RFID animal microchip tags.
Proper tagging is the foundation of effective linen tracking in industrial laundry, hospitality, and healthcare environments. Without a reliable identification method, linens are easily lost, mixed, or prematurely retired. This tagging guide explains how RFID technology is used for linen identification, what types of RFID laundry tags are available, how they are applied to textiles,
In industrial laundry environments such as hotels, hospitals, uniforms rental services, and commercial laundries, UHF fabric laundry tags must withstand extreme physical and chemical conditions while maintaining stable RFID performance. One of the most critical — and often overlooked — factors is material selection. As an RFID tag manufacturer, XIUCHENG RFID specializes in large-scale production
Accurate linen tracking is essential for hotels, hospitals, industrial laundries, and workwear rental services. For years, barcodes have been widely used to identify and count textiles. More recently, RFID laundry tags have become the preferred solution for large-scale operations. Both technologies aim to improve inventory visibility and reduce losses, but they differ significantly in durability,
Selecting the right RFID laundry tag is a critical decision for industrial laundries, hotels, hospitals, and uniform rental services. While RFID technology is proven, not all laundry tags perform equally under real-world conditions. Factors such as fabric type, washing process, temperature, chemicals, and mechanical stress directly affect tag durability and reading performance. Choosing an unsuitable
Managing large volumes of linens, uniforms, and garments is a major operational challenge for industrial laundries, hotels, hospitals, and workwear rental services. Loss, miscounts, premature replacement, and lack of visibility can quickly drive up costs. RFID laundry management solves these problems by enabling automatic identification and tracking of each textile item throughout its entire lifecycle.
