In today's era of deepening digital transformation and the advancement of intelligent manufacturing and logistics, while barcode and QR code technologies play a crucial role in logistics data collection, their inherent limitations are becoming increasingly apparent. Against this backdrop, RFID technology, with its unique automatic identification capabilities, is gradually becoming a highly anticipated technology option in the logistics field.

The technological advantages of RFID are mainly reflected in the following aspects:

1. Batch reading, high efficiency and convenience: RFID can achieve automatic batch reading with fast identification speed. It can accurately capture even fast-moving objects, and the entire process requires no manual intervention, making "unmanned" operations possible.

2. Non-contact reading, strong penetration: Reading does not require precise alignment with the tag. There is no mechanical contact between the RFID reader and the tag, and it does not rely on a light source. It can penetrate non-metallic materials for data reading and writing, and has a longer effective identification distance.

3. Strong environmental adaptability and long lifespan: Utilizing radio communication, RFID tags can adapt to various harsh indoor and outdoor environments, exhibiting excellent resistance to water, oil, and chemicals. Combined with sealed packaging, their lifespan far exceeds that of traditional printed barcodes.

4. Large data capacity and rich information: The data capacity of RFID tags can be expanded to several megabytes as needed, far exceeding the capacity limitations of two-dimensional barcodes, enabling the storage of much richer product information.

5. Globally Unique Identifier, Precise Traceability: Each RFID tag has a globally unique identification code (TID), which can uniquely identify items, effectively avoiding reuse or confusion, and laying the foundation for accurate single-item-level traceability.

6. Erasable and Reusable: Supports repeated data writing, and the tags can be reused, which to some extent reduces the cost of long-term use and improves the recycling rate of resources.