 Hello everyone, welcome to Renotox IP. What is NMOS? This is a question I receive a lot and I want to address it. So I have to mention before we start that I'm not an expert in NMOS. So but for more information, please send me the question you have on top of the one you already sent and I will make sure that I answer them in a Renotox IP. Maybe we can go a little bit deeper in some part of the NMOS topic. So well, let's go to the 2110. 2110 define standards like how to send packets like the wide narrow like we talked before in the Renotox IP. Define a common transport layer bandwidth also synchronization protocol. So and also the 2110 was done to eliminate it's eliminate a lot of things distribution amplifier and better is in the end better to elementary stream so you can split the essence and you remember we talked about that in a previous one previous Renotox IP as well. So but 2110 don't talk about control. Don't talk about how to you discover equipment. So the goal at some point is not to have you don't want to have to go to all the switches and configure the IP and say okay I have a new device in my network you want this to be discovered. So they started with this. So Amra group created the NMOS. So they created NMOS ISO4 standard to start to identify a model identify your source and destination but also talk about a discovery workflow. Then they said okay cool. Now we know we have a new device in the network. So let's talk about connection API. So that's ISO5. So how to connect the source destination or more importantly how to connect destination with let's say multiple audio flows one video and one in Celerion so on and so on. So then we talked about audio flow. I just talked about it a few seconds ago right. But now we have to assign which audio channel we want to to listen. So that's ISO8. So ISO8 enable you to select which audio you want to listen which AS which flow which multicast you want to listen or unicast. So then they talk about security because it's really important to make sure that all the signals are protected and also you don't change the flow you listen to by having a non-secure connection with your device. ISO6 was created after for network control ISO7 event entirely because we know it's important when you do production. So ISO9 was the system and finally ISO10 was the authorization. I don't want to go too much in detail on one all of them because there's multiple parts in NMOS. You have the big overview. I will talk about what RIDOL did to help you with NMOS. So we created the NMOS Explorer. So basically you can add devices ISO4 compliant in your network and then you will see them in the Explorer. You can start doing some connection and you can start playing with NMOS. This is available through RIDOL.net. We will make sure that you can play with it and you can connect any device that are compliant to ISO4, ISO5. So there's something we did as an industry as the manufacturer. We sit down together and we define the ISO9 and we also talk about TR1001. And to enable NMOS in your studios and your plan and in your infrastructure we decided to regroup some key technology in TR1001. We did interrupt around it and we certified the TR1001. So we did 2110 for streaming. We talked about the PTP for timing in 1001. We talked about HDCP, no not HDCP sorry DHCP sorry it's an old thing in HDMI. So we talked about DNS for address deployment. We talked about ISO4, ISO5 for connection management. We talked also about multicast address appliance through ISO5. And finally we talked about ISO9 as the system-wide information deployment. So with this we were able to do some interrupt, RIDOL hosts some interrupts in our 8 quarters in Vopital and then we were able to certify. This was done in 2019 and we were able to certify multiple vendors. We didn't do it as RIDOL but we did it as an industry and we're really pleased with the to say that the MediaNet IP are compliant with TR1001. And we'll follow the interrupts. We will participate to the interrupt to make sure we continue to be compliant. So thank you very much for watching. I hope this 10,000 foot overview of the NMOS was interesting for you and you have curiosity to read a bit more about it. For more information and more videos please visit RIDOL.net. I'm Renaud. Thank you very much for watching.