 Good morning everyone. So the agenda for today. So we've done the PC check-up, we're doing the getting started now. In a bit I'll do something on the positioning of the MP1. So what are the objectives for today? Understand what the MP1 is. Obviously it's a new product from ST. In a way it's a new venture because we're going away from microcontrollers to microprocessors. So understand a bit about how that fits into our portfolio, how it might fit into your projects. It says to get confident with moving to this platform and the ecosystem. So obviously this is just a very quick whistle stop tour of the ecosystem and getting familiar where to find things. But there's a whole lot more you can do offline after this to get more familiarity with it. And so getting started with the host setup, with your PC setup, making sure you've got something that you can actually go away and play with. And knowing where to find more information, that's kind of one of the key things of today. Okay, so we're going to have a quick bit of a play with the board. Just so we want to make sure the hardware works. Two, make sure all your cables are working. We'll need one at the moment for this particular part. The second type C cable, so the one that's a type C to type C, you only need that for one lab later on in the day, unless you're using it for the power. You might have chosen to do C to C as your power cable. But the second type C you don't need until one of the labs, and you only need it for one lab only. So don't worry about lack of USB ports, and if you've not got a type C to type C, I do have some adapters to convert that to a type A. So we're going to have a quick look at what we've given you in front of, in respect to the hardware. So the board that we've given you is the MP157C-DK2. So it's one of our discovery boards, and it's the top of the range with the graphics module included. So Chris will cover the rest of the family and the kits later on. In this particular kit, we have a Wi-Fi and Bluetooth module somewhere on the board. You can see your big DSi panel on the front. You've got the Gigabit, Ethernet and HDMI. So that makes up the bulk of the kit. And inside, software-wise running, we've got our starter package. And other Chris will explain about the starter package later on as well in the morning. So that's what you've got bundled in, and that should already be pre-programmed into your target board. So if you lift the screen off and had a look underneath, you'll see the MPU in the middle with the memory chip. We have a PMIC to do all the power management, sat there on the board. Your power connector is the one that's down next to the Ethernet socket. So the type C next to your Ethernet socket is providing you your power. You've got four USB sockets on the opposite side. So you'll be using these later on in the day with the memory stick that we'll hand out again later on in the day. The second type C there, as I say, we need for this one lab in the afternoon. And the ST link, you will be using pretty much in every lab during the day for your terminal window. So you can see what's going on in your target board. So that'll be providing the terminal interface into the Linux that's running on your Discovery Kit. And your Wi-Fi modules just up here in this top corner is where your Wi-Fi module sits. For the buttons and LEDs, there's a collection of LEDs on both sides of the boards. The reset button you will be using on and off during the day. So we will ask you to reset your board every now and then so that we can see certain things happen. So, and reset is the black button. So we're having a try and read the salt screen. There should be three blue buttons and one black button down there on the underside of your board. If you turn the board over, you'll see your Arduino connectors. So you can always put add-on shields on. And when we give you out the memory sticks in the extra material somewhere else, there is a demo for adding an add-on shield. So it's one of the MEMS add-on shields you can put on it. So there's some extra material to cover that. The SD card, which is where we're storing our Linux image. So that's what we're running from is our SD card. And then you've got the boot pins as well. So we'll explain what the boot pins do. We won't be playing with them during the day, but we will explain what they do during one of the hands-ons or one of the theory sessions. So to get started, you need to make sure your boot pins are set to the on position. You've connected your SD link cable. You've connected your power cable and your SD card is plugged in correctly. And hopefully, your boot you board up, you should see our demo launcher, as it's called. So as I say, you only really need one type seat at the moment, which is the power one for this particular lab. But you can always plug in the SD link. It won't do any harm further than that one. So you can click on some of the icons that you've got on this screen. So I have the board here. So I'll do the easy option. So I'll pull out my HDMI and I'll plug my HDMI in. So hopefully, it should now transfer onto the screen. So hopefully, you should be seeing this screen on your target board. It shouldn't take too long. You'll get nothing probably for about three or four seconds when you power it up. So your power is the one next to the ethernet socket. Then eventually, you should see a blue LED come on. And if it starts flashing, then that's a good sign. That means your Linux is working. So at the moment, mine is I've got a blue LED flashing and a red LED flashing because I've not got my SD link plugged in. So rather than me trying to struttle and see exactly where the icons are on the screen, I'm going to plug in my USB mouse into one of my sockets, just purely so I can see a mouse. And because it's Linux, it just works. You plug a mouse in on USB, it works. So you can go along and click on any of the icons. So if you click on the 3D cube, you get your nice 3D cube, you can drag them around the screen if you want, things like that. So that's just a fairly basic one using all the graphical functions that we've got. So if you click anywhere outside that box, double click outside the box, or outside the cube, it'll back you off to the main menu. Now, again, I have a USB webcam. So I'll plug that in. And if I click on my camera icon, there we go. Have a nice picture of the audience. So I also have a Bluetooth speaker. So I'll click on my Bluetooth link. I'll switch my speaker on. I'll put it into pairing mode. And I'll start a scan. There we go, a braven. I'll say connect. There we go. So it says it's connected. And now I should be able to play a video and I should get some audio coming through, hopefully. So again, you can play video. You can connect any Bluetooth device to it as well. So again, the Linux just gets you up and running. It automatically connects to anything else. And the final demo is the AI demo. So this one's now utilizing the Cortex M4 as well. So it's taken our XCube-AI package, if you've seen that before. I've got a few nods. So that's running in our Cortex M4 inside the device. So that's doing the character recognition. So the graphical side, the A7 side, will be sending the information over for which characters come in to the M4. It'll do the interpretation and send the response back to the A7 side. So that's what you've got included inside the board. If you buy a board yourself, you get all those particular features embedded inside your target board. So to help you out when you're doing your developing, we have what's called the wiki. So we'll be referring to this on and off during the day. And we'll show you a few more slides of it later on in the morning. It tells you everything about this board, how to get up and running and start with the board, how to play around with it, and it'll go into a lot more detail for the development side. We'll show you a bit more about the wiki as we go through the day. But that will be your biggest place for gaining information. So you've got the sd.com with all the documents, but the wiki's got all the guides and more of a detailed explanation of exactly what's going on. So we'll highlight a bit more in the wiki later on in the day.