 here in better world 2018 and hi so who are you hi I'm Igor Vereninov and I'm the CEO of AMOLED the makers of new this it says here quad core ARM Cortex a 53 tiny quad core system on module yeah this product actually comes from our own need to replace the Intel Edison which was rapidly discontinued by Intel in our own products so we started looking like can we find a replacement something that is as powerful but it also really tiny and doesn't cost the fortune so that's like something like 50 bucks so basically it launched Edison and quit it after like six months so what happened it wasn't like six months it was more but they launched the product so we take it it was really great value for the money so we took it probably yeah but they make the chip so they can make it really really cheap it was 50 bucks 50 bucks yeah and you get like one gig of RAM you get for geek emmc it was 500 megahertz dual core and it has wireless everything and it's really really tiny so now you have $49 for the whole for the whole package yeah so this is AMOLED new this and it integrates basically the same components so but it's a quad core processor it's one gigahertz quad core ARM a 53 64 bit processor with 8 gigabyte emmc and half a gig of RAM yeah so which chipset are you doing so this is all winner h5 over the h5 yeah and it's great because the community support is so good it's the so we run almost mainline just just the tiny patches and then we can run mainline yeah GPU GPU yes there is there is a GPU but it's not not fully supported yeah there are some binary blobs you are required you will need to run only for GPU but there is actually yes for the GPU and for the VPU there is a development support coming so there is the kind of this company like the free electrons they recently did a Kickstarter to actually develop the to mainline the VPU support for all the inner processors yeah and so it's the VPU is the video processing unit what is that yeah so can we look here so there so what else do you have on here you have a Wi-Fi yeah so this is the Wi-Fi and Bluetooth module was integrated antenna where here this one and you can also connect the like the external antenna if you want to yeah so it's over here the back what can you see on the back on the back do you have two 80 pin double row connectors that are used to connect it to the motherboard or to to your product so this is meant to to be used in other people's products right so for for small to mid-scale manufacturing so small to like you have some examples of what it could be used for or not so we have so this is the development board oh so this is you design all this yeah so this this breaks out like all the main features like USB HDMI as our net SD card use me in the go and so some in-heaters for for just spy I just see all the peripherals how much is the board so the board will be sold for around $150 and it will be available in the module and it will be available in April but it's not just like a general-purpose ARM board right so it's a development board for this particular so you buy one to develop and then later you buy module yeah and how do you customize a module for something specific how you're gonna do that so well the main customization happens on the board so the idea of the module is that you don't really change it but we can for large quantities we can mount like different amount of memory for example example of product that we will be using it is our own like industrial GPS receiver so so something like this will be installed inside on a custom mother board where so something like this yeah what is the rest of it so the rest of it is battery antennas and yeah so industrial GPS you say oh yeah so this is this is actually the the first centimeter accurate GPS 10 centimeter one centimeter one centimeter the first bit all thousand dollars the GPS yeah you combine everything yeah and you do everything in an all-winner yeah all the calculations anything yeah so we have a chip that basically samples the GPS signals then we take the data and process it on this on the chip and you put this in the boat or you put it you can put it in a boat right so on a boat you can put it to for example to do but symmetry of of seabed so that you need to georeference every measurement of an eco sounder or you can use it to to drive a tractor really in parallel lines so that you don't waste fuel you don't waste like fertilizers you have self-driving tractors yes and this is actually this guy is using some self-driving cars so already or not yet yeah so there is some projects going on yeah secret yeah well I can't can't tell which company it is but there is a self-driving company that uses our where are you based we're based in Russia in St. Petersburg is it any Russian car company no I can't think about it sorry so what else are we looking at look behind here some other stuff you have is it's do you put your module in there also yeah so this is like our genus as navigation module the small one this is used on UAVs and it was previously powered by into Edison yeah and the continuous so this is moving to new this as well and this is this is our other direction where we're going this is a drone autopilot a drone autopilot yes where's I mean so this thing can control the drone fully it has IMU inside it does all the motor controls it talks to all the peripherals and this is actually the first drone autopilot to have HDMI compression yeah so you can plug in your camera here with HDMI maybe even this camera and then it will transmit video for up to two kilometers away right what is this one here so yeah so this is this is a GNSS antenna and we're building a high precision GNSS antenna so it's not like your antenna in smartphone which is not really good so even if your chipset supports this really centimeter accurate positioning you need a really good antenna to receive the signals from from satellites and we found that you know the options that exist now they're either too expensive or not good enough so we are building something that is both affordable and really high performance nice so you're not just building the little board you're doing all kinds of stuff around it and what are you doing here the better world who you're connecting with do you want to introduce your team yeah so here's here's our team yes so what do you do yeah so my name is Mitri I'm in charge of external communications so I'm a lot of stuff and PR and community relations marketing yeah yeah our community is great and we have a lot of interesting projects we're trying to tell about them on our community forum we have really a lot of active users people around the world yeah people around the world I think there are a lot of it's yeah about around this and with a around thousand active users every month developers and all that's users and they're from different industries so precision agriculture surveying like marine applications there are actually mapping pilots of course so draw mapping so you're trying to make this the new raspberry pi right that's your job yeah don't do it new raspberry pi please no no this is not what we're doing no this is not raspberry pi it's for building a product actually this is for for manufacturing it's just for fun yeah but you can't like imagine building a hundred products on raspberry pi it's not it's not meant for it for integration it's it's it's a board for for studying mostly right so yeah my name is Alex I'm software engineer I'm in charge of to provide the good software for any customer support yeah Linux yeah next up yeah all right how many people are you in the company it is about 13 30 all right hi I'm Mikhail I'm co-founder and president of the company I mostly focus on structure organization and also R&D stuff so what's next in the company whether you have a lot of you think we're gonna tell you you have probably you don't have to say but you have lots of this is a great start right yeah well we we basically so and it's full mass production people can just order and get it in April in April yeah and what we do is we build we're building a product and then we see some things that are done you know suboptimal from our point of view in our supply chain so we buy the modules we don't think they're good so we kind of build it ourselves and offer it to other people and we also see that you know some stuff like antennas it can be improved and we build it better and we just figure out what does Emily stand for for a free five-letter domain with dot-com it's a good one