With the rapid development of Internet of Things technology, RFID (Radio Frequency Identification) technology, as an important part of it, has been widely used in many fields. As the core component of the RFID system, the RFID tag chip’s classification and use directly determine the application scope and effect of the RFID system. This article will elaborate on the classification and uses of RFID tag chips.
Classification of RFID tag chips
We can divide RFID tag chips into various types according to their operating frequency, energy and storage capacity.
Working frequency classification
According to the working frequency of RFID tag chips, we mainly divide them into three types: low frequency (LF), high frequency (HF) and ultra high frequency (UHF). We mainly use low-frequency RFID tag chips for short-range identification, such as access control systems, animal identification, etc. The technology is relatively simple, so it is usually cheap. High-frequency RFID tag chips are suitable for medium-distance identification, such as smart cards, public transportation systems, etc. The technical complexity is slightly higher and the price is medium. UHF RFID tag chips have a longer range. The recognition distance is long and the recognition speed is faster. We use it widely in logistics, warehousing and other fields. Due to higher technical requirements, the price is relatively high.
Energy source classification
RFID tag chips vary according to their energy sources, we can divide them into active tag chips and passive tag chips. The active tag chip has its own power supply and can actively send signals, and the recognition distance is longer, but the cost is higher; we can activate the passive tag chip by receiving the radio frequency energy emitted by the reader, the passive tag chip is lower cost, but the distance is closer.
Storage capacity classification
According to the size of the storage capacity, we can divide RFID tag chips into read-only tag chips, read-write tag chips and tag chips with encryption functions. The storage capacity of the read-only tag chip is small, and we mainly use it to store fixed information.They are usually cheaper. The read-write tag chip allows users to write and read information. It is suitable for situations where data needs to be updated frequently. The technical complexity is slightly higher and the price is medium. Prices vary based on write count and data retention time. Tag chips with encryption capabilities provide higher security so that others cannot illegally read or tamper with data. However, due to the need for additional encryption algorithms and hardware support, their prices are relatively high.
Purpose of RFID tag chips
Due to its unique advantages, we have used RFID tag chips in many applications.
Logistics and warehousing field
In the field of logistics and warehousing, RFID tag chips can realize real-time tracking and management of goods. By attaching RFID tags to goods, we can obtain the location, quantity and other information of the goods in real time, thereby optimizing the logistics process and improving warehousing efficiency.
Take IMPINJ® MONZA® 4QT as an example. It is an ultra-high frequency (UHF) RFID tag chip with excellent read and write performance and reliable tag memory management. It is very suitable for use in logistics and warehousing environments. The chip supports long-distance reading, ensuring that we can accurately capture location and quantity information during the movement and storage of goods.
By attaching RFID tags equipped with MONZA® 4QT chips to goods, companies can obtain dynamic data on goods in real time, thereby more effectively optimizing logistics processes, improving warehousing efficiency, and achieving goods tracking and tracing. The application of this technology helps reduce manual errors, improve operational efficiency, and bring higher economic benefits to enterprises.
retail sector
In the retail field, we can apply RFID tag chips to scenarios such as smart shelves and unmanned stores. By reading the RFID tag information on the products, we can implement functions such as automatic inventory of products and quick checkout to improve the shopping experience. At the same time, we can also use RFID technology to prevent theft and loss of goods and reduce merchants’ losses.
Alien Higgs® 4 is a high-performance UHF RFID tag chip suitable for a variety of logistics and retail applications. It has long reading and writing distance and high-speed data transmission capabilities, making it very suitable for application scenarios such as smart shelves and unmanned stores that require real-time tracking and management of goods.
Through the Higgs® 4 chip, we can accurately track the location and quantity of goods and achieve automated inventory management and optimization. In unmanned stores, Higgs-4 chips can help achieve fast checkout and self-service shopping, improving customers’ shopping experience.
Public safety field
In the field of public security, we can use RFID tag chips for the identification and management of ID cards, driver’s licenses and other documents. By reading the RFID tag information on the document, we can quickly verify the authenticity of the identity and improve public safety. In addition, we can also apply RFID technology to pet identification, animal tracking and other fields to provide strong support for public safety.
MIFARE® DESFire® Light is very suitable for the identification and management of ID cards, driver’s licenses and other documents in the field of public security. The chip supports multiple encryption algorithms and authentication mechanisms, such as AES-128 and 3DES, to ensure the security of data during transmission and storage. Although named “Light”, MIFARE® DESFire® Light still provides enough storage space to store the information required for ID cards, driver’s licenses and other documents. Moreover, MIFARE® DESFire® Light supports high-speed read and write operations, which can quickly read and verify document information and improve public safety. It also supports a variety of applications and can be customized as needed to meet the needs of different public safety areas.
In addition, the card reader equipment matching MIFARE®DESFire®Light is relatively easy to obtain and integrate, further reducing the overall cost and implementation difficulty of the system.
Medical and health field
IIn the medical and health field, we can use RFID tag chips for tracking and management of medical equipment. We can paste RFID tags on medical equipment to track the usage, location and other information of the equipment in real time, thereby achieving effective management of medical equipment. In addition, we can also use RFID technology for anti-counterfeiting traceability and inventory management of drugs to ensure the safety and effectiveness of drugs.
NXP UCODE® 8 is an RFID tag chip model suitable for the medical and health field. It is a high-performance RFID tag chip suitable for tracking management of medical equipment and anti-counterfeiting traceability and inventory management of medicines. It has excellent read and write performance and reliability, ensuring the security of data during transmission and storage.
By using NXP UCODE® 8, medical institutions can achieve real-time tracking and location management of medical equipment, thereby optimizing equipment use and maintenance. At the same time, the chip also supports anti-counterfeiting traceability and inventory management of drugs to ensure the safety and effectiveness of drugs.
Brand, customization demand, market supply and demand, purchase quantity and other factors will affect the price of RFID tag chips. If you want to know more, you can visit RFID Card®, which has various models of RFID products with detailed introductions and prices.
Future Prospects of RFID Tag Chips
With the continuous advancement of technology and the continuous expansion of application scenarios, RFID tag chips will play an important role in more fields. In the future, RFID tag chips will develop in the direction of higher frequency, larger capacity, and lower cost, and will also strengthen integration with other technologies, such as the Internet of Things, cloud computing, big data, etc., to provide more powerful functions and wider application scenarios. In addition, with the continuous popularization of Internet of Things technology and the continuous improvement of the level of intelligence, the application of RFID tag chips will become more widespread, bringing more convenience and security to people’s lives.
Frequently Asked Questions About RFID tag chips
- What is the difference between RFID tag chip and barcode?
Compared with barcodes, RFID tag chips have higher recognition speed, larger storage capacity, and longer recognition distance. In addition, it can also realize the simultaneous identification of multiple labels, but when we use barcodes, we need to scan them one by one.
- How to ensure the security of RFID tag chips?
We mainly ensure the security through encryption technology and rights management. RFID tag chips with encryption functions can prevent data from being illegally read or tampered with; at the same time, by setting different permission levels, different users can be restricted from accessing and operating RFID tags.
- Is the cost of RFID tag chips higher?
The cost of RFID tag chips is related to factors such as its type, function, and production scale. With the continuous advancement of technology and the expansion of production scale, the cost is gradually decreasing. At the same time, considering the benefits and convenience brought by RFID technology, its cost investment can often get a good return.
Recommended Products
BioPoly™ Vinyl RFID Inlay Sheet NXP® MIFARE® DESFire® Light
The NXP® MIFARE® DESFire® Light BioPoly™ Vinyl RFID Inlay combines advanced AES encryption for secure data protection with the eco-friendly BioPoly™ Vinyl material. BioPoly™ Vinyl is a biodegradable PVC made from renewable resources, designed to degrade faster than traditional PVC, reducing environmental impact. Certified to fully degrade within 3 years, it offers a sustainable alternative to conventional PVC. This inlay is ideal for secure applications like access control and payment systems, providing both high performance and environmental responsibility.
UHF RFID Card Impinj® Monza® 4QT
The UHF RFID cards are made with Photo quality standard PVC sheets into the size of CR80, that are suitable for use with most direct thermal or thermal transfer card printers. Monza® 4QT conforms to the EPCglobal Class 1 Gen 2 specifications with True3D™ and QT® technology.
RFID Card EPC Class 1 Gen 2 UHF IC Higgs® 4
Blank or customized printing RFID card with choice of dimensions available. Higgs® 4 conforms to the EPCglobal Class 1 Gen 2 specifications and is one of highest market performing RFID IC.
UHF RFID Card NXP UCODE® 8
The UHF RFID cards are made with Photo quality standard PVC sheets in the size of CR80, suitable for use with most direct thermal or thermal transfer card printers. UCODE® 8 optimized for serializing items for Retail management, Supply chain management and shipping service, etc.
