What is the difference between RFID electronic tags and ordinary barcode tags?

RFID technology can quickly identify, load, and accurately over a long distance. With large storage capacity, it can improve the efficiency of each company's products and information management methods. It can also enable agents and manufacturers to quickly interconnect information and immediately receive and reflect information. Although the cost of traditional barcode is low, it cannot identify several labels, has small information volume, weak security and many other shortcomings. Let's take a look at the differences between RFID labels and traditional labels:

1. Security: the traditional barcode has low security, replication and promotion, and RFID tags will not be copied

2. Cost level: RFID tags can be reused for many times with low cost, while traditional barcodes are not good

3. Label management method: The barcode is independently packaged and printed by the company, and the information is independently keyed in by the company, without the supervision of a third party.

RFID tags can be applied only after the customs department, inspection application control and application, and the products have passed the strict inspection and acceptance, which can fully guarantee the quality.

4. Uniqueness: All products of the barcode use the same barcode, and the labels of each new RFID product are unique

5. Label identification method: customers can not identify the true and false labels, the true and false products, and the true and true quality of products; Furthermore, using rfid tags is different, and customers can easily master the authenticity and quality of products.

What is the difference between RFID tags and traditional tags? The traditional barcode has certain limitations, its security is not very high, the media is printing paper is very easy to damage, and its storage capacity is small. RFID electronic device tags can scan, miniaturize the volume, diversify the appearance, anti pollution ability and durability, penetration, reading articles without natural barriers, large memory capacity of databases and other distinctive advantages have attracted much attention and are widely used in all walks of life.