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Sub GHz makes IoT applications cover a longer distance and a wider scope
On the one hand, wireless communication is moving toward high frequency bandwidths to obtain faster transmission speeds, and on the other hand, it is moving toward low frequency bandwidths in order to pursue longer distances and a wider scope. Generally, low frequency bandwidth refers to the frequency band below 1 GHz, which is called Sub GHz in English. This article will introduce you to the characteristics of Sub GHz applications and the four Sub GHz transceivers from ON Semiconductor.
5GHz noise filters greatly improve Wi-Fi efficiency
Wi-Fi is the wireless communication technique which is most widely used at present. Along with the evolution of the technique, it has come into the sixth generation with increasingly faster transmission speed. However, the problem of signal interference still has a strong impact on transmission efficiency. This will introduce the latest development of Wi-Fi technique and 5GHz noise filters launched by Murata.
RJ45 Products and the Internet of Things
Registered Jack (RJ) products have come a long way since the 1970s, when they were used primarily for connecting to telephone networks. As technology advanced, RJ45s took on the task of transmitting data. As demand grew for greater data transfers at faster speeds, RJ45 products needed to change to remain relevant in the industry. This led to the creation of magnetic connectors and ports, which include internal magnets to help filter signals and allow for higher speeds.
Inertial measurement unit improves navigation performance and reliability of autonomous machines
More and more machines need to have accurate motion sensing function to achieve autonomous moving ability, such as robots, unmanned aerial vehicles, autonomous vehicles and other applications, among which Inertial Measurement Unit (IMU) plays a key role. This text will introduce the application of IMU and the latest solution launched by ADI for you.