 Hello, my name is Gregore Gossignac. I am Field Application Engineer at ST Microelectronics. And today I will show you the USB Type-C and USB Power Delivery Product Families. So what is USB Type-C? USB Type-C is a new Type-C connector, which replaces the legacy USB connector. And it's very thin, it's similar inside of the USB Micro-B. And it's very convenient because it's reversible. So if I have a smartphone with USB Type-C connector, I can plug it on one way. I can flip the cable and it still connects. So here you can see the main situation of USB Type-C and Power Delivery. So USB Type-C enables a new scenario. It can deliver more power up to 100 watts of power. It has a new Type-C connector providing more flexibility. You can use the same cable for ATAN and MODE, which enable to use a cable to send other kind of signal than data. So you can use it as display port or HDMI over USB Type-C. And you can also use it as it can also deliver more speed thanks to the new USB 3.2 protocol up to 20 gigabit per second. Now we will switch to show you some demos of our USB Power Delivery Product. So here we have two kinds of power supply made by ST. We have here a 60 watt DC-DC adapter and here a 45 watt 80 to DC wall adapter. So I will start with this one. It can provide up to 60 watts and I will show you how it works on USB Power Delivery. So on this board I have a small path through power meter which enables for convenience purpose to see the voltage and the current going through the cable. So with this power supply I connect a smartphone with USB Type-A connector. So you can see it starts charging and on the power meter I can read it charging at 5 volts. Then if I use the same cable and I connect it on the laptop, I can read on the power meter it charge at 20 volts. So using the same power supply and the same cable you can see that I'm charging faster my laptop because the purpose of the laptop is to get charged as fast as possible the battery. If I use instead of the 60 watt power supply I use the 45 watt power supply to charge the same laptop. I can see on the power meter now it's charging at 15 volts. Why? Because this power supply is only 45 watts so provided at the maximum 15 volts 3 amps. So the laptop will take the maximum of power available on any power supply to charge as fast as possible the battery. At ST we are building some power supply with different design like this one which contains two USB Type-C ports. Thanks to the USB power sharing algorithm you can balance the power that you want to allocate on each Type-C port. Now I will show you the product family of USB power delivery controller at ST. So today we have three main product family based on the maximum power you want and the use case of your application. So for just a Type-C controller up to 15 watt we have the ST-SV1600. If you want more power with the management of power delivery interface up to 100 watt we have the ST-USB4700 product which is a single chip autonomous USB power delivery controller dedicated for power supply. And finally if you want to support the more complex use cases of USB power delivery thanks to the alternate mode like DisplayPort over Type-C or HDMI over Type-C we have the ST-USB16002 which is based on the STN32 microcontroller which runs the USB-PD stack on it and which enables all the more complex scenarios of USB power delivery. And here we have the equivalent demo board, evolution board for this three-point family. So we have here the ST-USB47 evolution board which is a 60 watt DC DC adapter. It's the same as I showed you just before. We have the ST-USB1600 evolution board for Type-C controller and here we have the full ST-USB16002 evolution board based on a nuclear board and a daughter board with a controller. Thank you very much and if you want more information you can go to ST.com