 Wireless charging is getting more and more popular with every new mobile phone released, and it is pretty clear why. It is comfortable, easy to use, it may even make your device more reliable. However, wireless charging doesn't have to be limited to mobile phones only. Other devices would benefit from it as well. Let me show you some of the examples and advantages of wireless charging. Nowadays, wireless charging is often used in smartwatches and earbuds. Other devices, previously reliant on wireless charging like health tracking monitors, spot sensors and smart glasses, are also being augmented by wireless charging. We may help you save up on PCB space as well, since our circuits are highly integrated, requiring very few external components. A notable advantage of wireless charging is that we can remove charging ports entirely. This helps avoid corrosion due to harsh environments, but this is not the only advantage. A rotating device, such as this camera, would normally be powered by a slip ring. Here, our STWBC86 transmitter and STWLC38 receiver power the camera wirelessly. This decreases mechanical degradation and maintenance costs, while also improving durability of the solution. We are also using ST60, a high-speed wireless data transfer chipset, providing both wireless data and power. Recently, she got a major update, introducing MVP, a new wireless charging standard utilizing magnets to achieve precise co-to-coal alignment and even better charging performance. With the update, also came new features and requirements, and our STWLC89 supports them all. This wireless power receiver can deliver a 15W inch MPP mode or up to 30W with our proprietary ST Supercharge protocol. Not only that, ST also offers a 7-year longevity for all wireless power ICs. To ensure fast time to market, our support includes co-design insimulation, software for tuning and firmware customization for key customers. For more details on the idea of these products, visit our website ST.com and have a nice day!