Variant against Bottlenecks

by donpedro

Würth Elektronik introduces the Proteus-III-SPI Bluetooth Low Energy 5.1 module. This variant of the tried and tested Proteus-III uses an SPI instead of a UART interface. The new module, based on the Nordic Semiconductor nRF52840 chipset, exploits the possibilities of the Bluetooth Low Energy 5.1 standard—with significantly higher performance. With a payload of up to 964 bytes, the module offers four times the throughput of most Bluetooth low-energy modules. As the SPI allows a significantly higher data rate than the UART, with 1.5 times the end-to-end data throughput, the SPI variant bypasses potential bottlenecks on the application side.

Proteus-III-SPI Bluetooth Low Energy 5.1 module  —  Image source: Würth Elektronik 

The Proteus-III-SPI variant—identical in terms of hardware—is the first choice for applications in which no free UART interface is available, or if the data throughput of the UART interface is insufficient. Another advantage: The SPI variant is more power efficient. The integration workload is slightly higher with SPI, but Würth Elektronik provides a convenient wireless connectivity software development kit (SDK) for this task.

With its Bluetooth module, measuring just 8 × 12 × 2 mm, with integrated antenna, encryption technology and six configurable IO pins, Würth Elektronik offers an interesting solution for IoT and M2M applications in radio-based maintenance interfaces and sensor networks. A special feature of the innovative Würth Elektronik solution: Proteus-III-SPI offers a good alternative to the SPP (Serial Port Profile) mode for serial data transmission, which is no longer included in the standard, but is extremely useful for industrial applications. A long-range mode is included. Proteus-III-SPI is now available ex-stock without a minimum order quantity.

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