 Hello my name is Ralf Orschow from Fitech in Germany and I would like to introduce you our solutions for embedded imaging. Here we see our new Zenzobot. It comes with a 5 megapixel Mipi camera Zenzobot and you can connect it easily to our platforms like i.mx8 and i.mx6 so it's very easy for you to integrate imaging into your product. And you do a whole range of sensors all kinds of resolutions. It goes from WVGA 1, 1.3 megapixel and this one is a 5 megapixel. This is a 5 megapixel you're right and it is all sensors we choose are industrial grade. That means long availability and also in terms of temperature range we have industrial temperature range available. Is it like Sony sensors or different suppliers? Who's making the best that you use? We have Onzeemi as a big partner from us and yeah and we are able to offer also other sensor suppliers because we have an interface where you can easily connect these sensors to our platforms. So it's possible to go the parallel interface, short distance and we have also FICAM-S which is a serial interface LVDS so it's you can have longer distance between the camera and the system on module. And new is MEP CSI interface FICAM-M because most of the new processors have MEP interface so that's the solution for some like i.mx8. So there's always like the sensor side and what is this showing with the camera? Right we have the sensors, sensor boards and you can connect different objectives onto the sensor. That means we have this M12 thing we as FITECH we also offer to build these cameras in-house we have our own production for that. Is it like showing right here? That's a good overview about the lenses and yeah we offer customers to build them in-house and you can also connect as you can see imagine there you can also connect a CS mount objective which has a much better quality and I'm afraid we don't have that here. Okay but there's a catalog about your imaging. Right. Do people also buy your imaging solutions with other boards or they always compare with your boards? It's an open standard so we also have people buying the cameras using other suppliers for some. That's right but mainly because of software it's not only the hardware also the software is integrated in our Linux box and pod packages so it's easy to use them combined with our system on modules. There you can see that you can mount on M12 but it's also possible to mount other objectives to the sensors. And there's special considerations about the embedded cameras. What kind of use case are very popular? Popular is for example medical use case. We have projects where automatically sends the probes of blood or whatever can be tested so it's going automatically. We have data matrix code recognition. We have in wind turbines our hardware is included to measure the how much wind it is and things like that so you can you can find embedded imaging in a lot of applications. And also with AI you might do more and more of this now because you can use it as a sensor for all kinds of stuff. Right yeah and we have plans to make boards with where we have embedded imaging combined with AI as you said before so then you can make face recognition and several other things. And you've been doing this for a long time already the imaging and is it special in the embedded world to be specialized in this field? Yes we have our department who is doing that is more than 20 years on the market knowledge more than 20 years we starting with let's say with Grabbers that now because since 10 years the chip suppliers integrated camera interfaces into their chips and we use it to build low-cost image processing solutions. So it's low-cost it's not expensive? It's not expensive because you don't need a PC or x86 hardware you can use it with a price optimized arm based solution. And there's no need to have like 20 megapixel 40 megapixel 100 megapixel? From our point of view not no there might be a project where this is needed but most of them they don't. 5 megapixel is already a lot for this industry? Right yeah I think so yeah we have a lot of projects where one megapixel or two with a fair in us yeah. So this is the kit that you have? Right this is a starter kit you can easily start your image processing project with a kit from us we have here at the iDOT Mx8M processor combined with a MIPI camera and you can get the kit completely and start your software development. We have integrated video for Linux drivers into our bought support package so it's easy to start your application with this heart and software from us. With the video for Linux it accelerates the playback and the recording or it's like a codec optimization for the chip set. It's a standard driver to trap imaging pictures into the into your application. And it's affordable to buy one of these kits or people can just buy it on your website? You can buy it at our website we have a webshop right or just contact us.