 So here the call-come booth you're talking about the internet of everything. So what is the internet of everything? Hi, so Pocom is our hardware provider primarily, so we build Wi-Fi chips for the IoT But I'm showing off here is our 2002 IoT developer platform It's based on a one-by-one Wi-Fi In this case it's hosted with a free-scale free-scale microcontroller and we also have a reference design for the GT202 and Here we have partners that have built the GT202 reference design based on their own microcontrollers. So this one is from Renaissance Okay, with their RX 111 microcontroller. So this is a what kind of microcontroller they have here It's it's their RX 111 platform Okay Just based on their own then you Wi-Fi is over here the Wi-Fi is over here This is a 4002 from Pocom and it's paired again with the Renaissance microcontroller This is the free-scale freedom board Again GT202 is the reference design Over here. It's paired with the free-scale microcontroller K22 and this is the Pocom 4002 Wi-Fi chip over there All right, and then again another GT202 reference design this time with the ST micro microcontroller and again paired with the 4002. So this 4002 is a Is it what's special about it? The good thing over here, this is a low-power Wi-Fi very low power very low power meant for embedded applications Runs a real time operating system And again, it's a one-by-one Wi-Fi So it goes in speakers not for speakers. It's meant for more embedded applications low power solutions So for instance, it's used In this solution over here, which is a turnkey module for lighting that we co-develop with life apps So in this case and the 4002 is paired again with a free-scale microcontroller We add a PWM to the board and so now this particular board can power an LED lamp So these lights over here actually have that board inside. So it's now Wi-Fi LED lamp Nice So these are in the market? These are on the market today sold by Lifex, correct So when was this platform launched? So the 4002 is about a year and a half old I think almost two years old and The idea of the Internet of everything is basically IOT right? It's all about IOT correct And so IOT is about connectivity and interoperability So Qualcomm is the other original creators of the all-join open-source project Which is now part of the all-seeing alliance and so what we do is we actually ship all join natively on all of our IOT platforms as well All join is like a platform to make it easy to work It's essentially a connectivity framework So allows the developers to not think about how the devices will be discovered or interacted with across the network all join Does that automatically for them? So it allows developers to basically focus on what they do best, which is build product What are those speakers? So the speakers are part of the Qualcomm all-play Yeah System so what we did is we took a Wi-Fi SOC and We made a special purpose module for High bandwidth high quality low latency streaming of music over Wi-Fi high bandwidth low latency and low power high quality High bandwidth low latency Okay, so with this system you can have up to 10 stations up to 10 speakers all synchronized Playing music in some cases. You can have different music streaming to different speakers. What are the CPUs? We are looking at there. What's the big one? So this is a MIPS based CPU Qualcomm MIPS. It's a Qualcomm MIPS based product, correct and So it ships with the proprietary all-play software on it And so speaker manufacturers like you see over here. We've got one from Intatchee Panasonic monster they take the module they build their own speaker their own branded speaker But these can all interrupt with each other Because they run all join and because all run from the they run the same all-play system So all join all plays for music is for all kinds of IOT data, right? All join is is for all types of use cases all plays in particular for music and we can try to all play to show how it works so Does it work with Spotify and with this Spotify set you look over here those are all the Music services that incorporate all play as part of their product Those are the speaker manufacturers that are building product today with the all-play system. All right, and then it just goes from Local network. Yeah, so basically streams of a Wi-Fi You can also take Bluetooth as an input and then restream that Bluetooth over Wi-Fi I can also take analog in and restream that all right, and so I can show you I can start playing some music over here Yeah, it'll stream automatically on this case and streaming from this device to all three all three. So it's multi room multi room right now I can go and Change the grouping of the speakers so I can take the set I can basically take them attach you and the monster out of the group and say like which one is right Which one is left so that's well now It's gonna play just to the Panasonic and I could essentially stream something different to those speakers if I so choose That's called party mode nice cool So it's a very comprehensive system right and and all these companies around here are showing a bunch of So these are all member companies of the all-seeing alliance and all basically showing product that they've built on top of all joint A lot of them actually using the Qualcomm Wi-Fi developer platforms as a base for their product. And what is this one the? 4010 is our newest Yeah, it's this board over here. What's the premise over here This is a fully hostless solution. So this is the Wi-Fi chip It also includes an MCU in it It's also upgraded to a 2x2 Wi-Fi. So what kind of MCU is inside? It's a 10 silica core It comes up to 1.5 megabyte or grand. It's about 80 kilobytes available for applications. Is it arm Cortex something? It's not arm based But it does it does support a lot of different types of applications. So again, it's our task-based ThreadX is the operating system and what we've added over here is support for a lot of different IEAW So it includes PWMs to drive mergers and light bulbs as well as all the other IEAW that you would expect for an IEA application So people can order just this part or the whole? Well, this is the development board