Features. STMicroelectronics ST25R3916-DISCO
STMicroelectronics ST25R3916-DISCO is a comprehensive development kit designed to jumpstart your evaluation and prototyping of NFC applications. With its versatility and ease of use, this kit is a valuable asset for exploring the capabilities of the ST25R3916 universal NFC device. Dive into reader/writer, peer-to-peer, and card emulation modes, harnessing the power of NFC technology. The kit includes two boards: the microprocessor motherboard MB1396 and the daughter board MB1414, featuring the ST25R3916 device and an embedded antenna. Embark on a wide range of demonstrations, empowering you to develop and test your NFC applications with confidence.
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Key features
Versatile NFC modes: Utilize reader/writer, peer-to-peer, and card emulation modes, expanding your NFC application possibilities
Comprehensive hardware: Includes two boards, the MB1396 microprocessor motherboard and MB1414 daughter board, providing a complete hardware ecosystem
ST25R3916 device: Leverages the capabilities of the high-performance ST25R3916 universal NFC device, renowned for its performance and reliability
Antenna integration: Features an antenna etched on the MB1414 daughter board, ensuring optimal signal transmission and reception
SPI communication: Utilizes the SPI bus for efficient communication between the two boards, enabling seamless data transfer
Power flexibility: Offers multiple powering options, including USB and external power supply, accommodating various development scenarios
Frequently asked questions
The ST25R3916-DISCO supports reader/writer, peer-to-peer, and card emulation modes, providing a comprehensive suite of NFC functionalities.
The kit consists of two boards: the MB1396 microprocessor motherboard and the MB1414 daughter board, which houses the ST25R3916 device and an integrated antenna.
The two boards within the kit communicate via the SPI bus, ensuring efficient and reliable data transfer.
The kit can be powered through USB or an external power supply, offering flexibility for various development setups.