 So I'm here at the Ivy Tech Show with Renesys. Renesys, tell us what you're doing. Hi, Ash. My name's Ash Patel. I'm the segment marketing for medical segment for Renesys. And we are at this show to enable, to print the electronics. And we have some of the technology we make and enables this product. So here you have a Bluetooth solution, which is an integrated Bluetooth solution, and showing it in an automated demo. So it counts steps. Then here we have a heart rate monitor with pulse ox measurements. There's a printed 3D printer, which is based on an RL78 family. And it is doing the motor control. That's the function here. And Renesys is number one in microcontroller space. By volume we are number one. And so basically all our products revolve around microcontrollers. We do have other portfolio like memory, analog, MOSFETs and a lot of other portfolios, wireless devices. But MCUs are called bread and butter. So in this 3D printer, what is your technology doing? So in this printer, the micro is the heart of the control, right? The entire communication and the algorithm. So what we got, you've got a motor here for the X and you've got a motor for the Y. So our micro is driving those two motors. Or from a microcontroller? Yes, microcontroller. All you need is one external driver to create those high level voltages. But that micro, the RL78 and G14 is driving the motors. You can do so many things with microcontrollers. So how do you create this ecosystem of designers and makers who can take this enabling tool and build things on it? How do you sort of market into all these channels that you have to? Yes, so as you said, it's not only the chip cell but it's more about the ecosystem, right? The tools and the development systems there. So just in October we introduced this platform which is the Renesys energy platform. This is to enable the mid and the low touch customers in the microcontroller space. So what we're doing, we're integrating the software middleware as part of the entire package. The customer just works on the software API level. And it comes with a synergy gallery, which is right here, which is a cloud based gallery. That's where a lot of algorithms and codes will reside. So the people who are using this, they log in there and they will have access to a lot of existing algorithms to build time. Right. So you've got a whole library of tools they can use to build their own project. And existing sample codes and algorithms. Oh, great. So you enable them faster. And what's this? Yes, that is. So this is a pretty cool demo here. What you have is for the new smart home automation segment. And this is just a printed PCB for captors which is inside behind this door here. And what this has, this door has proximity sensing. So when you come on, these lights will come on. And then the secret code will come on your phone, which is Bluetooth communication. Right. And this code, you enter on the particular sequence because nobody is supposed to know. And the door will open. So you have a microcontroller inside and a Bluetooth device inside. And which has captorage capability, right, because we did the captorage. This is the captorage film. Right. Yes. That's excellent. And do you make the trans-CV unit or is that separate? You focus on the microcontroller? No. Your customers would use whatever? No, we have both. Okay, right. So we are getting on that more and more. So this is the right Bluetooth device, which has the micro plus the Bluetooth in 1.0. And that's what you saw here. Small Bluetooth module. This is a Bluetooth module. Yeah, you just break it from here. Right. And that small thing is a micro plus Bluetooth certified. Just paste it on any application. So that's all on one IC, the micro plus Bluetooth. And the antenna is here. Oh, nice. Yes. So that's the size. So it's everything. Great. So we have four wireless, which would be the sub-gig, Wi-Fi, 6-Lop and trans-CV. We're going to have all those devices. Great. So you're helping enable the internet things, I guess. Connect to things. So that's exactly where the synergy is based on. It's just starting off. Yeah. And 3D printers. That's very cool. So all of that is based on one of your micro. One micro, yeah. It can drive two or three motors. And it has the whole algorithm. It's got IOs for communication. Right. Very interesting. Ash, thank you very much. No problem. Thank you.