 Hi, welcome to CES 2020. My name is Julio Sanchez. I'm the technical product marketing engineer for low power RF Today we are presenting our newest BLE family member the Blue Energy LP Which is Bluetooth 5.0 compliant SOC running on a Cortex M0 Plus to 56k of flash 64k of RAM. It complies fully with the standard We have the 2 megabit per second We have the coded 5 and we have the advertising extension In this particular demo we're Presenting or showing the coded 5 functionality What we have set up is for receivers here and the transmitters we put one on the next room and This one all the way to the back in a it's about a hundred meter distance And what and what we're doing is that we're comparing the LP the 5.0 BLE to our legacy part the blue energy dash 2 which is a 4.2 And what we're doing here is that we're sending a hundred packets every 10 seconds And we are measuring the packet error rate Usually when we talk about coded 5 the first thing that comes to our mind is long distance solutions But that totally changes when we're in an indoor environment, and that's what we're showing here so for a short distance So Application in an indoor environment. We can see that using a BLE 4.2 in this case a blue energy dash 2 They see The connection link is kind of weak Here we're seeing that we out of every three packages that we send we're basically losing more than two in average Compared to the blue energy LP in which we are using the coded 5 we can see that Basically, we are receiving for from every three packets. We're receiving actually two or more Which makes a really robust? Connection link Now if we move to a farther distance as I mentioned, it's about 80 to 100 meters and we do the same situation of Course on the blue energy dash 2 we're using a 20 dBm PA to be able to reach that far But even though with the PA You can see that the connection link is really weak compared to the coded 5 with the blue energy LP So imagine in an office building where you have a lot of people a lot of blocking objects a lot of 2.4 signals signal interference You can use this kind of Setup and you can use a blue energy LP with the coded 5 feature to improve the connectivity in this type of environments So apart from the point-to-point connection that we just showed with our blue energy LP We're also presenting our blue energy mesh for industrial building automation, which is sick certified our BLE mesh stack works with all of our BLE devices From 4.1 to 5.0 one of the things that we have done That makes this unique is that we added intelligence to the edge What does this mean in the past what we used to do is that all the information that we got from the sensors an MCU or the cloud used to process it adding latency in the case of the cloud or Having the our customers having them to go to a bigger microcontroller with more features more cost in this case ST is the only one that has this Technology so when an event happens in this case if we have a machinery and we detect the machinery is starting to vibrate All this processing is done inside the MEMS and the only thing that we get is an interrupt and this interrupt or changing state Goes through our mesh networks and fires an alarm. So this is really important another key aspect of Bluetooth mesh and in this case our stack is that we have the most complete the stack in the industry Apart from that we can apply it to different applications. For example in a smart building solution We can use it to control the lights using proximity or gesture recognition one important thing that we have also added is our embedded provisioner in the case of industrial applications You're not going to be using your your smart tablet or iPhone or Android phone to be connecting and managing your network You need something more Appropriate in this case the embedded provisioner gives you that You're able to use a user interface and the embedded provisioner to you know secure way Manage all your network another functionality that we that we have is voice over BLE We're capable of sending voice commands through BLE To the tablet and from the tablet using Wi-Fi to Google's cloud in this case Translate that into a text command compare it to the Google dictionary and get a response Let's test that turn on the lights Turn off the lights Having if we have in mind the demo that I just did on the BLE point 5.0 and our Bluetooth mesh ST has a complete solution for Industrial and building automation If you have more questions, you can talk contact our sales offices or visit our website at st.com