ON Semiconductor IoT Applications
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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.
Challenges and Opportunities of Industrial IoT Technology
The Internet of Things (IoT) is the culmination of progression by wireless connectivity and sensing, as well as support given by processing, control and power management devices in recent years. The stage is now set for the IoT to start seeing widespread deployment in both consumer and industrial spheres. The following will describe challenges and opportunities of Industrial IoT (IIoT).
Easy-to-use IoT Product Development Platform
The Internet of Things (IoT) is the culmination of the progress that has been made within a number of different interrelated technology disciplines in recent years. Through major advances in wireless connectivity and sensing, as well as support given by processing, control and power management devices, the stage is now set for IoT to start seeing widespread deployment in both the consumer and industrial spheres. ON Semiconductor continues to lead the progression of IoT technology with the evolution of its game-changing IoT Development Kit (IDK).