摘要： 随着射频识别系统的应用领域的不断推广，对于射频识别系统的应用而言，主控制平台(上位机)与射频识别系统的通信方式通常采用传统的RS232串行通信或工业总线形式。这些方式往往有部署性和通用性的缺陷。为了进一步扩展射频识别系统的应用，论文提出了采用通用网络接口的高频射频识别系统，实现了射频识别、网络通信接口、存储器管理和时钟控制等功能，使射频识别系统可以作为互联网上的一个节点来实现远程控制和数据下载。

关键词: 射频识别, TCP/IP, 互联网络, 智能标签

Abstract: With the rapid development of radio frequency identification (RFID) system, the practical application of RFID system often uses RS232 serial port or other industrial bus to communicate with the control platform. But those methods are lack of deploy ability or difficult for use. In order to extend the application field of RFID system, an RFID system with general network interface is introduced. An integral framework and design of this system are put forward to implement the functions of RFID system and its communication with the control platform. It can work as an endpoint of Internet to exchange data and implement remote control.

Key words: RFID, TCP/IP, Internet, Smart-label