IQRF technology is now a mature technology that reflects the needs of developers who have used IQRF in dozens of different IQRF projects in the past. Since its inception in 2004, it has undergone tremendous development and is currently the world's No. 1 in wireless low-power mesh networks. It is secure, simple and interoperable. Read more
Thanks to its structure and location, Smíchovská střední průmyslová škola (SSPŠ) was chosen as ideal for testing in difficult conditions of urban development and dense road traffic. "Sensors were installed in ten classes to permanently measure indoor air pollution levels through atmospheric carbon dioxide (CO2), relative humidity and temperature values, and transmit these data 24 hours a day to the O2 internal system," says Petr Hájek, expert from O2. At the same time, two sensors were installed at the school to measure the level of air pollution through dust particles, and in some places outside the school windows, the noise level was also measured.
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The finals of the IQRF Summit, 2017, featured the five best competitive projects. Both students and the public could compete. Both students of secondary high schools and university students met at the final contest. Thanks to the interconnection of the world of schools and the world of practice, the experience is intertwined. Younger students can draw inspiration from their older and more experienced rivals and can build valuable partnerships with other institutions. Read more
Development set for IoT with UP Board by AAEON as a high performance IQRF gateway. Read more
Due to discontinuation of key component MRF49XA (RF IC by Microchip), all TR-5xB and TR-5xD series are going to be discontinued soon. Recommended replacement: TR-7xD series. Read more