UHF RFID Tag

UHF RFID tags are generally divided into four areas: 【Reserve】: Address: 0-3; Address: 0-1 Storage 32bit kill the password (kill), the default is: 00 00 00 00;                   2-3 store 32bit access password (Access), the default is: 00 00 00 00.                   When the area is not encrypted or encrypted, the data in the area can be freely rewritten. [EPC]: Address: 2-7; store 96bit ID number, which is usually our device default read out the data stored in the area. When the area is not encrypted or encrypted, the data in the area can be freely rewritten. [TID]: Address: 0-5; store 96bit globally unique and non-rewritable ID numbe...

Industrial intelligence has always been a concern. For manufacturers, it is very important for the production line to provide timely and accurate feedback on all aspects of the information. With the rapid development of RFID technology, intelligent manufacturing production combines RFID technology with existing IT systems to establish a real-time management system for intelligent and digital production lines, enabling more optimized and more rational use of resources, thereby increasing production capacity. , asset utilization and high quality control, so that production creates greater benefits. RFID technology to create integrated intelligent production line management. RFID is entering the core of the manufacturing process. By gradually adopting RFID technology at the shop floor, man...

Impinj, a Seattle-based RFID technology company, has released a solution engine that brings authentication application to ultrahigh-frequency (UHF) RFID technology, sometimes branded as RAIN. The system, known as the Impinj Authenticity solution engine, consists of the company's new M775 RFID tag chips with built-in cryptographic computation capability, as well as cloud-based authentication services to verify each tag is genuine as it is read. It also includes Impinj-based readers and partner products. The solution engine is intended to provide users with a tool to identify and thus prevent counterfeit merchandise, including apparel, automotive parts and medications. The M775 RFID tag chips come with a unique cryptographic key that can be verified by Impinj's authenticatio...

In the context of a globalized economy, the efficiency and transparency of the supply chain are crucial factors determining a company’s competitiveness. Traditional supply chain management often faces problems such as delayed information flow, inaccurate inventory, and logistics inefficiencies, making it difficult for businesses to maintain smooth and precise operations. With the development of the Internet of Things (IoT), Radio Frequency Identification (RFID) technology is increasingly playing an important role in supply chain management. RFID enables real-time tracking of goods, precise inventory management, and transparency across the supply chain, significantly enhancing logistics efficiency, reducing error rates, and improving the responsiveness and flexibility of supply chains....

RFID is a technology that uses radio waves to automatically identify and transmit information about objects. Compared to traditional barcode technology, RFID offers contactless, efficient, and real-time data transmission and updating, making it especially useful in food supply chain management. At every stage—production, processing, transportation, and retail—RFID tags can be used to identify, track, and record key information about food. This information includes production dates, sources, batches, transportation conditions, and storage temperatures, all of which help ensure food safety and quality. 1.1 Traceability from Farm to Processing Plant In the production phase, RFID can help implement quality control at the source. Farmers can attach RFID tags to each batch of ag...

Over the past decade, the warehousing industry has undergone a significant wave of automation. From conveyor systems and sorting equipment to AGVs and the widespread adoption of WMS platforms, operational efficiency has improved considerably. However, in real-world operations, many companies have come to realize that automation does not equate to true intelligence, nor does it necessarily reduce management complexity. Equipment may be running, but still requires human supervision; systems may be executing tasks, yet exceptions and errors remain frequent. This “semi-automated, semi-manual” state reflects the reality of many warehouses today.   At its core, the issue lies in the lack of real-time visibility. In traditional setups, most data depends on manual scanning or inp...