BRT-30 PCB Anti-Metal Durable RFID Tags supported ISO 18000-6C Protocol

With the gradual maturity of RFID technology (radio frequency identification: a type of automatic identification technology, non-contact two-way data communication through radio frequency), with its high transmission efficiency, strong information security, wide application range, and simple operation characteristics , Has become the most advanced, convenient and widely used management technology after barcode management technology, and it is being widely used by large logistics giants such as UPS, Fedex, Wal-Mart, Decathlon and so on.

BRT-30 PCB Anti-Metal Tag is designed specifically for complex metal environments. It has the advantages of large reading distance, high sensitivity and easy to install. It is especially suitable for a variety of metal environments, easy to use in metal asset equipment management, gun control, medical equipment management, logistics and etc.

Core technology advantage

1) Have complete RFID and testing equipment, including darkroom, network analyzer, label tester, comprehensive tester, etc.;

2) Master core technologies such as phase control technology, multi-beam phase control system, wide-band vibrator and multi-system design;

3) Have rich application and project experience, have done RFID projects of various application types, and are familiar with how to choose antenna, label and reader products to get the best system integration effect.

Broadradio implements the global business strategy, strengthens the development of the international market, increases interaction with customers and suppliers, responds to customer needs quickly and comprehensively, and establishes a more stable long-term partnership. At the same time, Broadradio implements forward-looking and characteristic solutions based on local conditions, and promotes Broadcom's intelligent products and services to be widely used in all walks of life, providing global users and partners with an overall RFID that keeps pace with the times. )solution.