Descriptions:
U9 chip coated paper label is a kind of radio frequency identification (RFID) label that combines the U9 chip with coated paper material.
Features:
- Good chip performance: Usually, chips like NXP's Ucode 9 are adopted, which have an EPC memory of 96 - 128 bits and so on, and can store a certain amount of data.
- Suitable operating frequency: It operates in the ultra-high frequency band of 860 - 960MHz, with a relatively long reading and writing distance, generally reaching several meters. It can quickly interact with the reader-writer for data exchange.
- Excellent printing effect: The coated paper has a smooth surface, and good ink absorbency. Clear and vividly colored patterns and texts can be printed through processes such as offset printing and flexographic printing.
- Low cost: Compared with some RFID labels made of plastic or metal materials, the cost of coated paper labels is relatively low, making them suitable for large-scale applications.
Application:
1.Garment industry:
It is used for the identification, tracking, and management of garments, realizing functions such as inventory counting, anti-theft, and traceability of garments.
2.Asset management:
Identify the fixed assets of enterprises or institutions, making it convenient for the inspection, inventory counting, and tracking of assets, and improving the efficiency of asset management.
3.Library management:
Applied to the library management system, it realizes functions such as quick borrowing and returning of books, inventory counting, and anti-theft.
4.Logistics and warehouse management:
It can be used for the identification and tracking of goods, realizing quick registration of goods entering and leaving the warehouse and inventory management, and improving the efficiency and accuracy of logistics.
Specification:
Frequency | 860-960Mhz |
Protocol | ISO/IEC 18000-6C, EPC Class1 Gen2 |
Chip | U8/U9/MR6/H9/M4,etc |
Memory | EPC 96bit/128bit/496bit |
Size | 48x22mm or customized |
Read range | 0~10m (depends on reader and environment) |
Antenna Process | Aluminum ETCH |
Material | Coated paper/ Dry inlay/ Wet inlay/ PET |
Operating Mode | Passive |
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