 Hi, I'm Jonathan Miller at Diamond Systems and we're here at Embedded World and today I'm showing you our newest NVIDIA Jetson carrier board. This is called Osborn and if you know Diamond's products you know that all of our NVIDIA Jetson carriers are named after rock and roll stars or rock and roll characters. So here we have Osborn. So there's a couple people whose last name was Osborn, maybe you can think of them. Anyway, Osborn is our newest product and this is focusing on the AGX Oran which is NVIDIA's highest performance carrier, a GPU module. The Oran module mounts right here on this socket in this area on the board and then we have a, we have a, it's covered up on this side, let me see if I can pull this off to show you. There we go. Okay. On the backside we have expandabilities. So we have two mini cards, we have M.2 socket here for Modem and we have a camera adapter board here. In addition, we have here a PCIe by 8 slot connector. So if you have a high performance graphics card you can, or camera adapter board you can plug it in here. So it's got a lot of expandability as well as a lot of IO on the board already. Now the interesting thing about Osborn is not just that it has the AGX Oran support but also it has a concentrator connector over here. So all the IO on Osborn comes out on a single IO connector. What this allows us to do is make us a group of interchangeable IO adapter boards. Just like you might plug an IO board on top of a board, here you plug an IO adapter board on the connector so you bring out the IO in exactly the way you want it. So in this particular case we have these commercial style connectors, RS232, DB9, RJ45, USB, HDMI and so on, right? And these connectors, this is for CAN right here, RJ11 is for CAN and then POWER. So this is the commercial style connector board that can be used to go inside of a typical box PC kind of enclosure. But if you wanted to use Osborn or use the AGX Oran in a rugged application, then we have a second connector board that looks like this right here with the military style connectors, right? And so here we have the exact same board to board connector but now we have different connectors on it which are designed more for a rugged military application. So the same carrier board can fit in any different application and of course the customer can design their own carrier board as well, I mean the IO board as well so that if you want to do something different or a different kind of connector or even different military connectors, whatever, then we give you the design files and the specs and everything and you can make your own adapter board to adapt Osborn to your application. So it's kind of flexible. Could you describe a little bit, what do you call this connector here? Oh, so this is basically just a module connector. I don't have an example of the Oran module here but the Oran module is like a big metal cube kind of thing and it plugs directly onto here. And it has all the input, output power and everything? Right, everything you need to drive the Oran is on this connector, 699 pins. That's a lot of pins, right? That's a lot of pins. That's a lot of pins, that's a lot of money. And that's everything, that's the whole interface, then it mounts on these four threaded spacers here. And then you were talking about this right here? So this is just a standard desktop slot connector that you plug in a typical slot board in. It has PCIe by 8 on it. The Oran module has PCIe by 8 available, so we bring it onto that connector. So some customers want to use those desktop style adapter boards for whatever reason, graphics or Ethernet or something like that. So we give them the ability to do it with this connector here. And there's 10 gig... 10 gig ethernet is available on this board, yes. 10 gig, there's one 10 gig port available on the Oran, we bring it out here. So it's actually on this connector. I think the bottom one is the 10 gig Ethernet. Using a 10 gig PHY right here, this little part. So this is high performance potential? Super high performance. The idea is high speed video end, high performance GPU for analysis and inference and whatever it is you want to do with the energy coming in and then 10 gig high speed Ethernet out so you can get the data out really fast to the network. So it's a real high speed edge processor and the whole chain is high speed. You have many years working with NVIDIA. We've been working with them for I guess four years now. This is our fourth embedded world with the first time was 2020, just before the pandemic we had our first NVIDIA products. So it's about four years now. And you have a bunch more? Yeah, this is our latest one, but we actually have one more development coming up. We're showing it here. This one is called Jackson. So Jackson is for the other Oryan products, Oryan is actually a family of the latest Jetson modules. So AGX Oryan is the high performance one we just looked at. This one is for the Oryan Nano and Oryan NX. Those are the lower cost, lower price, they call it entry level sometimes and they're like a dim style. So they plug into this socket here, very low cost socket. So the module will plug into here and then on top of it you have your cooling solution and the IO comes out here. So this is more for the lower end applications, still a very high performance because the Oryan is something like five to ten times the performance of the previous generation. So you get incredible value, incredible performance at a very low price with the new Oryan NX. What's the main CPU? It's all NVIDIA GPU. The NVIDIA GPU is actually a... With an R? Yes, they have what they call it, I can't think of the word right now, heterogeneous design. So they have an ARM complex, which is either quad core or hex core or 8 core or 8 core or 8 core or CPU complex to run basic Linux OS, basic applications, user interface, things like that. And then they have a secondary GPU, which is for all the fun is, which is for all the video and analytics and inference, AI, robotics and so on, it's all being done inside the GPU complex on the module. So it's kind of a dual processor. The kind of thing they can do is they can bond a bunch of networks together, they can encode issues, do all these advanced things people want to do. Yeah, the most common thing I think is really the video analytics, so take a picture and analyze what's in that frame, do you recognize the person, can you read the text, can you detect the motion of the person and what they're trying to do, things like that. And there's one application, for example, where they use the Jetson to analyze the video frame to watch people going into a building, so they can tell if it's one person or two people or if you're trying to pull equipment in that's unauthorized, this kind of thing. So they use the AI in real time to detect whether the action at the door is authorized. And so that's an interesting application, the entrance control, so it's very interesting. And there's other boards around here you want to talk about? So yes, so this is the previous generation, this is called Floyd. This is the same, very similar, but the previous generation of our carrier board. Here you can see the module is actually right here. This is the Jetson module installed on the board, and this is the cooling solution on top of it, it's a heat sink with a fan on it. So it's very similar, there's a larger board with a little bit more IO on it. This is called Floyd. A lot of people have been using it. Floyd is pretty popular, Floyd is being used to electric vehicle charging and pill dispensing and all kinds of applications. Right, so that's it. So these smaller systems are designed for this kind of enclosure. So that's why they have those connectors on them. So we put them inside a box so you buy a complete solution. You can buy the box, make your own enclosure, or you can buy a complete box system from us, ready to go. So the modules in there, the Linux OS is installed, everything's ready to go, just powered up. Just a minimum order of quantities to work with you. Just one. One. Sure. If you want to customize, there's a story. But we sell one to, you know, $9.99 all the time. All right. Cool. So thanks a lot for the show. Okay, thank you. Always busy in the embedded world. You know, no matter what I think of, someone else thought of it already. A lot of innovation here. It's really, I drink it from a fire hose to come here and see what's happening. It's so much fun, very educational.