TMEB8704

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RFID Evaluation and Development Kits, Boards provide a platform to engineer to test and design wireless technologies such as RFID. TMEB8704 is a board in this category that provides a smart and easy way to evaluate the RF performance of small antenna with chip. And no additional components and equipments needed for using the board.

The TMEB8704 is widely used in RFID communication research by its user-friendly interface and features. It supports 1200 bps-data rate and up to 8km reading range. And it can be integrated with other devices such as Bluetooth, Zigbee, and Wi-Fi for wireless data transmission. It can also be used for most of the RFID tags. ​

TMEB8704 supports 12dBi superior antenna with the high frequency up to 4Gbps. And it is also compatible with other RFID systems. On the board, there are 4 channels analysis function and this allows 4 signals to be monitored simultaneously. It also features a built-in graphical user interface that allows engineers to debug or modify the design of the board quickly.

The working principle of the TMEB8704 is quite simple. The board receives RF signals from the fixed antenna or mobile antenna, then the signals will be processed in the RFID chip. The chip will decode the information, then the decoded data will be sent to the display screen. This process will happen in few milliseconds allowing fast and accurate data transmission.

The main applications of the TMEB8704 are those related to RFID communication and data transmission. It can be used in medical equipment, bank systems, agricultural, military and many other domains. Specifically, the TMEB8704 can be used to detect the installation of the RFID antenna, monitoring the inventory levels, tracking goods, monitoring patients and asset tracking.

The TMEB8704 is a versatile board with a wide range of applications. It provides high accuracy and convenience for RFID communication and data transmission. Its user-friendly interface and features make it suitable for many different domains. It also offers built-in graphical user interface that allow engineers to quickly debug or modify the design of the board.

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