The tests were conducted using a prototype of the Nordic nRF52840 for the hardware and an alpha version of Soft Device S140 for the software. The tests were carried out with two preview development kits (PDKs). Both PDKs were linked and moved further and further apart to measure the power consumption, data throughput, and range of the Bluetooth 5 line.
One of the results of the study was a significant increase in range compared to the previous version, Bluetooth Low Energy 4.2, with a simultaneous reduction in energy consumption. The measurements were carried out in an open field, a forest, an urban shopping mall, and offices in order to simulate different areas of use. In addition, the white paper provides not only the detailed results of the study but also a brief summary of the specifications of the Bluetooth standard and an overview of relevant products.
Rutronik Supports Young Researchers
The white paper is the result of a bachelor thesis written by a Pforzheim University student who interned at Rutronik, where he was responsible for studying the performance of Bluetooth 5.
“Supporting university students is a matter of course for us. Working on projects and the opportunity to contribute their own ideas to academic research not only benefits our students
– we as a company also profit from their ideas and can directly pass on the knowledge we gain to our customers as added value at no charge,” says Bernd Hantsche, Marketing Director Embedded and Wireless at Rutronik.
You can download the whitepaper here: <link www.rutronik.com/bt5wp - external-link-new-window "open internal link">www.rutronik.com/bt5wp</link>