Sintech RFID Intelligent Technology Co.,Ltd

Common chips：	NXP U7\U8、Alien H3\H4、Impinj M4\M5\R6, etc
Working frequency：	860-960 MHz	Meet the standard：	ISO 18000-6C
Memory capacity：	96bit、128bit、512bit,4bytes /64 blocks	Read-write distance：	3～10m (with different antennas)
Working mode：	R/W（Operating temperature）	Operating temperature：	-20℃～+60℃
with different antennas：	<60 km/h	Anti-collision mechanism：	suitable for multi-tag reading
suitable for multi-tag reading：	> 10 years	Reads and writes：	100000times

Label store

Reserved memory includes killing and access passwords.

The EPC memory consists of a CRC-16, ProtocolControl (PC) bits, and a code (such as EPC, hereafter referred to as EPC) to identify the item to which the tag is attached or to which it is to be attached.

TID Memory includes an 8-bit ISO/IEC 15963 allocation class identifier (111000102 for EPCglobal), and can also include label data and vendor data.

User Memory allows the storage of data information specific to the User. The structure of the memory is defined by the user himself.
User Memory allows the storage of data information specific to the User. The structure of the memory is defined by the user himself.

The EPC system mainly consists of the following six aspects

1. EPC coding standards
2. The EPC tags
3. The EPC code
4. The EPC code
5. SavantTM Neural Network Software
6. Naming Service in Object Naming Service (ONS)
7. Naming Service in Object Naming Service (ONS)

The main application

The ultimate goal of the EPC system is to establish a global, open labeling standard for each item. Through the development of EPC system:
1. Can promote the rapid development of automatic identification technology
2. Real-time tracking of goods through the entire supply chain;
3. Support users by optimizing the supply chain;
4. Improve the quality of life for global consumers;

Domain application

logistics

Logistics and warehousing is one of the most potential application fields of RFID, UPS, DHL, FedEx and other international logistics giants are actively experimenting with RFID technology, with a view to large-scale application in the future to improve their logistics capabilities. Applicable processes include: cargo tracking in the process of logistics, automatic

traffic

Taxi management, bus hub management, railway locomotive identification, etc., has been a lot of successful cases.

Identification

RFID technology is widely used in personal identification documents due to its fast reading and difficult forgery. Such as the development of the electronic passport project, China's second generation ID card, student card and other electronic documents.