Product Knowledge

Electronic tags, also known as radio frequency tags, responders, and data carriers; Reader, also known as reading device, scanner, reading head, communicator, or reader/writer (depending on whether the electronic tag can wirelessly rewrite data). The spatial (contactless) coupling of RF signals between electronic tags and readers is achieved through coupling elements; Within the coupling channel, energy transfer and data exchange are achieved based on temporal relationships.

The integrated reader is mainly used for controlling the identity of vehicles, personnel entry and exit, industrial production line material identification, etc.; Fixed readers are commonly used in warehouse logistics, supply chain environment material inventory, inbound and outbound management, clothing, shoes and hats, jewelry retail department stores, and management from factories to terminal retail stores.

Readers, like tags, need to determine the type and quantity of usage by studying the supply method. When reading and writing devices, in addition to understanding the requirements of the deployed RFID system for the reader, it is also necessary to understand the characteristics of the reader. Choosing the right reader plays a crucial role in successfully implementing other tasks. If the purchasing strategy of the reader is chosen reasonably, it can achieve twice the result with half the effort.

The RFID reader (reader writer) communicates wirelessly with RFID electronic tags through an antenna, enabling the reading or writing of tag identification codes and memory data. A typical reader includes a high-frequency module (transmitter and receiver), a control unit, and a reader antenna.

Active RFID is a category of electronic tags defined by the different power supply modes of electronic tags, usually supporting long-distance identification. Passive RFID uses carrier operating mode and has anti-interference ability. Users can customize the reading and writing of standard data. Electronic tags can be divided into active electronic tags, passive electronic tags, and semi passive electronic tags.

Comparative analysis of the characteristics and application advantages of RFID ear tags in different frequency bands
Most RFID tags used in animal husbandry and breeding use ear tags. Currently, ear tags in the low-frequency and ultra-high frequency bands used in China are more common, while high-frequency tags are less commonly used. What are the characteristics of ear tags in different frequency bands?

NFC (Near Field Communication) is a reliable technology that can greatly improve user experience through efficient integration.
NFC technology is based on the 13.56 MHz wireless communication protocol and supports stopping wireless communication between two devices that are no more than 10 centimeters apart and support NFC functionality. NFC technology can unleash its full potential for users, and the use of NFC technology can provide many benefits for users.

Due to the wide application of RFID technology in many fields and its ability to withstand high temperatures, severe cold and other industrial environments, it can improve work efficiency. How to choose the frequency of RFID? RFID is a radio frequency identification technology, and its frequency determines the distance it can identify product barcodes.
In terms of working frequency, RFID can be divided into low frequency (LF), high frequency (HF), and ultra-high frequency (UHF).

RFID technology has great potential in wine anti-counterfeiting and traceability. It can not only improve the quality and safety of alcoholic beverages, but also help the industry reduce losses, improve supply chain efficiency, and enhance consumer trust. With the continuous development of technology, it is expected that RFID technology will play an increasingly important role in the wine industry, bringing more innovation and benefits to the industry.

PDA devices have data acquisition functions, such as bar code scanning, RFID identification, fingerprint identification, etc., to meet the needs of data acquisition applications in different industries. The industrial design of PDA equipment can be used in complex industrial environments, such as northern and cold chain warehouses, high temperature workshops, outdoor rainy days, dust environments, industrial oil pollution and other harsh environments.

RFID, also known as radio frequency identification, identifies and reads specific target data through radio signals, and does not require mechanical contact or specific complex environments to identify and read and write data. Today, the application of RFID technology that we are talking about is actually RFID tags, which already exist in all aspects of our lives. The following is about the application of RFID technology in the smart home, you can come to understand.

Maybe you have heard about PDA(Mobile Computer) but you don't know what it is and what it use for. Actually, PDA is just around our life. For example, did you receive parcel from couriers? The machine they use to scan the barcode on the shipping label is PDA. This article will tell you what influences PDA has taken to logistics industry。

NFC and RFID look very similar at the physical level, but in fact they are two completely different fields, because RFID is essentially an identification technology, and NFC is a communication technology.

Now every family has a car. Do you feel troubled when looking for a parking space or your car in the parking lot? If the car in front of you is too slow to go through the gate and you are stuck in the exit or entrance? These can be solved with RFID technology.

RFID (Radio Frequency Identification) technology is a non-contact automatic identification technology, which is widely used in many fields, such as logistics management, supply chain management, inventory management, etc. In the field of books, RFID technology has also been widely used.

The hospital is a very complicated environment, and mistakes are not allowed. A single mistake may lead to irreparable regrets. Therefore, proper management of various appliances, medicines, and equipment in hospitals has become an important task in hospital operations.

The introduction of RFID technical terms is difficult to understand, but it is easy to understand when it is applied in daily life.

Know more about the differences between RFID handheld scanner and barcode handheld scanner

With the continuous deepening of domestic economic reform and opening up, the domestic civil aviation industry has achieved unprecedented development, with an increasing number of passengers entering and leaving the airport, and baggage throughput reaching a new height. How to manage the mountains of luggage and effectively improve handling efficiency is an important issue faced by airlines.

With the rapid development of technology, security technology is also constantly upgrading, and access control systems are used in many surrounding scenarios. The application of RFID technology in access control systems not only promotes technological innovation in access control systems, but also promotes the open development of access control systems.

Anti metal high-frequency electronic tags are electronic tags made of new materials with anti-interference functions, which effectively solves the problem of metal carriers interfering with the RF signals of electronic tags attached to their surfaces.

RFID readers and writers can simultaneously read multiple RFID tags, but they have different bias points when used in different frequency bands, such as low frequency, high frequency, and ultra high frequency.

NTAG215 chips are a type of Near-Field Communication chip. They're only known for being used in amiibo figures and cards, and they're very cheap. You can order them in bulk from Chinese companies for hardly anything at all.

There are more and more fashion clothes giant like H&M , Zara,and UNIQLO applied RFID technology nowadays. At the beginning of 2019, the parent company of Uniqlo, Fast Retailing, announced that it would carry out RFID label reform in 3000 stores worldwide. Now, UNIQLO's RFID reform is in full swing. Featured applications may refer to Fast Retailing's various brand stores in Yokohama, Japan, including RFID tags, fitting glasses, shopping carts, self-checkout and other intelligent devices.

The benefits of RFID for events are wide-ranging for both organizers and their attendees. Here are 10 of the most exciting things you can do with RFID at your event.

RFID technology has been tested and it is now proposed to be used in applications as food traceability, instead of the traditional barcode, as that could get advantages of its inherent characteristics: automatic management and distance readability. Among food industries, wine production represents an added value sector and so it would be a target to implement RFID. Wine bottles present some problems to the radio propagation, as liquids are not electromagnetically friend materials.

Barcodes allow manufacturing companies to run faster and more smoothly than they would otherwise. This article explores how barcodes can help manufacturing companies take it to the next level.

RFID is regarded as one of the most important ten technologies in this century. Although this technology has existed for a long time, it was not until Wal Mart, a large supermarket chain in the United States, required its suppliers to attach RFID tags to their goods that an RFID storm began. There is a precedent for the application of RFID technology in the field of sports. This kind of RFID ticket was used in the football World Cup since 2006, and other sports has also achieved good results.