 Hello, my name is Ryan Metivier. Welcome to the ST booth at CES, and I'm here to talk a little bit about our wireless charging solutions. At ST, we have been a leader in wireless charging solutions for several years now, and I'm excited to show you a number of our fully monolithic solutions as well as some of our higher power devices as well. The first device that I'm going to show you today, actually a series of devices. And the first solution is our Qi-compliant baseline power profile receiver and transmitter. This here is a certified Qi-1.2.4 reference design that includes STWLC38. The STWLC38 is a fully monolithic solution. And what do I mean by that? That means everything including the controlling MCU and all the power electronics are in a single, which as you can see here provides for an extremely compact design. It makes it very, very small for these devices. Its sibling device, the STWBC86, is the matching transmitter device, which is also fully monolithic. Typically, transmitters have external MOSFETs for doing the charging and driving the coil. Here we pull the, just like with the STWLC38, we pull in all of the power and intelligence into one single package to allow for simple designs. And these designs are Qi-compliant and have been certified and our reference designs will be on our website for for testing very shortly. The second solution I would like to show you is again taking advantage of the extremely compact design with the STWLC38. This is an example design of an earbud charging case. On the back you can see what is a slightly smaller coil than what we had before, but it's still compatible with a standard Qi transmitter, still the STWBC86. And this STWLC38 provides for very small PCB designs. The first two designs that we talked about today are more Qi-compliant and are good for up to about five watts. The actual STWLC38 receiver is good for up to 15 watts for extended power profile. The third and final solution I want to show you is a lower power incarnation, which is perfect for wearable solutions that are very small. Don't require Qi-compliance. This is using the same STWLC38 and an extremely compact board with a much smaller 15 millimeter receiver coil. Here is the same charger transmitting IC we talked about before, the STWBC86. The monolithic design provides for an extremely small board area, so it's very simple to design a transmitter and a receiver package using the reference materials we will have on our website. And finally, the last solution we're going to talk about is the STWBC2 High Power and the STWLC99. We are now pushing the limit of wireless power technology to 100 watts using the same type of Qi technology. The solution is also backwards compatible for a Qi extended power profile, but also implements ST's supercharge technology, which breaks the ceiling of that 15 watts and allows you to receive and transmit up to 100 watts. And those are the solutions that we have available for you for a wireless charge at ST. Please visit our website www.se.com for more information.