MB86L12A-RFSS-P1US1

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RFID Evaluation and Development Kits, Boards features versatile and easy-to-use hardware and software solutions to provide the findings and performance evaluation of RFID in various proximity applications. In particular, the MB86L12A-RFSS-P1US1 board provides a powerful and efficient solution for RF proximity applications.

Applications Field

The MB86L12A-RFSS-P1US1 is suitable for a wide variety of applications, including short- and mid-range proximity systems such as asset tracking, automatic identity verification, supply chain management, work-in-progress control, inventory management, and so on. It is also useful in adjacent field systems such as asset tracking, file access control, context aware systems and location based applications. In addition, the board comes with several advantages that make it suited to many scenarios, including: automatic time adjustment to keep track of time, no external power supply is needed, and secure end-end encryption algorithm.

Working Principle

The MB86L12A-RFSS-P1US1 board operates by establishing a wireless connection between two points, using RF signals. The sender transmits the RFid signals using the protocol defined by the ISO 15693 standard. The transmitting antenna creates an electromagnetic field, in which the receiver is located. The receiver antenna captures the signa, and processes it using a customised digital signal processing (DSP) circuit. This circuit decodes the RF signals and then sends the data read from the tags to the host system.

The host system contains an instruction set, based on the ISO 15693 standard. This instruction set enables the host to analyse the signal and retrieve the encoded information from the tags. The information makes it possible to identify the asset and set up other parameters associated with it. These parameters include the status and type of asset, location, and access rights associated to it.

Additionally, the MB86L12A-RFSS-P1US1 board supports advanced security features such as end-to-end encryption to protect data. This ensures that the transmitted data remains secure while it is transferred from the source to its destination.

Conclusion

The MB86L12A-RFSS-P1US1 board is a powerful and efficient solution for RF proximity applications. It can be used in various scenarios, including asset tracking, file access control and context aware systems. Furthermore, it supports advanced security features such as end-to-end encryption. All these features make it an ideal choice for the development of RF proximity applications.

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