 the NXP and the home so who are you? Hi I'm Rudan Bettelheim from NXP and I'm responsible for the made for iPod accessory program at NXP particularly the home kit accessories and the home kit software development kit which we are showing here. So this is, what is this? Okay so this is a development system for home kit which is using Bluetooth low-energy transport and then we're using a processor that does the control of the application and what we have here as an example is showing a an RGB LED light bulb where you can control the color and the brightness and then also we have the Schlage log which has been available on the market for about a year and is based on an NXP microcontroller and home kit software development kit. And over Bluetooth low energy. Is the Arm Cortex M4 solution? Yes Arm Cortex M4 our home kit software development kit will also support the ARM A-Cores like on the iDot MX family. One of the good things with home kit is that it's been designed with really good security from the ground up and you can also use Siri to control the various accessories which although this is not a good environment for voice I can show that working for you. But the home kit stuff does that work with Android also? No home kit is by Apple and Unity is iOS devices but the home kit accessories are available from a wide range of different suppliers so the NXP home kit software development kit enables various other companies to make accessories like locks and lights, light switches, garage door openers, window coverings, thermostats, security systems and a bunch of others. And here the NXP booth you have some... What are the other things that are over there? Okay yeah so we have right here we have a point of sale solution. Yeah sure if you want to talk to you about this point of sale solution so I work out as a solutions architect for payment and access and one of the things we have launched is this device that it emulates a payment terminal so there's actually a lot going on between a payment terminal and the card so I'm gonna go through a couple of demo scenarios so here you can see we have a user interface where you can say you want to make a payment and you enter an amount and I'm gonna put a low-value amount here so I'm putting a $5.55 and it's saying to insert or tap card and I'm gonna do the transaction oh it didn't go through so let me reset the board here see if that fixes it but what I was trying to show is the payment transaction for a low value amount there's actually preset rules in the card and the terminals to determine whether or not the payment transaction should be accepted. So NXP is one of the leaders in these kinds of cards right? Yeah so you know there's a lot of technology that goes into the payment system there's cards with security there's payment terminals with security and this is one way for us to demonstrate concrete examples for secure embedded applications. And this is a development kit? Yes so if you go to nxp.com and search for SLN POS RDR you can get more information about this development kit and so this is just one of our solution products that's available. All right and what's over here? So we're looking over here we're looking at a modular IoT gateway yeah so can you show what you see? Just give me a minute. Okay so it connects a multi-particle edge to cloud connectivity. Just ask gateway. All right. So this is voice commands? So yeah this is a modular gateway from NXP and it has connectivity for ZigBee, Thread, Bluetooth all the different protocols and right now it is connected with ZigBee. And then we have mobile application which can control this gateway. We also have Alexa application from where I can turn things on and off for example. What are you using for the voice? So here we are using Amazon Alexa. So this is an Alexa app. That's just an app on iOS and Android? Yes it is an app on iOS. You can also do it using Amazon Echo kind of device. All right the connection is yeah it's a lot of maybe interference around here. And what is this? So this is like as this one is used for developing the gateway this can be used for developing the devices. It is again modularity with slots on it and then you can decide which connectivity you want to use in one slot and which sensors you want to use in another slot and then build your platform for proof-of-concept. All right. What kind of arm is in here? So this is AMV7 based IMX6UL. IMX6DUO in there. All right and this one we're talking right here. So Clark Jarvis with NXP. So we're showing here is we have a at NXP we have multiple portfolios of processors that based on the Cortex M4 and so we're showing off the software that engineers will use to develop on those boards. So it's just what is this software? This is a web-based utility that lets the users go in and actually do the pin-much configuration. So they can go in and say here there's 100 pins on the board but they each have 10 different uses. So it goes in and allows them to say I'm going to use this pin as this and this pin as that. So what pins are you talking about here? So if we look at the scaring here. So this is the main processor we're talking about and you see you have to get this. It probably has 144 pins on it but each one of those pins has nine, ten different use cases and so it becomes a complicated issue for the engineer to actually go in and say can I get a configuration that actually works how do I manage all these pins and so we have a web utility. It's also available as a desktop utility to let them configure that. They also go in they can specify all the clocks and the peripheral settings that they need to and we generate code they can then feed into this SDK so they get a foundational set of libraries that they use and then an IDE tool as well to compile that in. And this works with all your boards? All of the protection for base parts. So the two portfolios that we're talking about are the Kinetis portfolio and the LPC portfolio.