Jack Holder is the one to keep your eyes on here. Jack Holder comes into this race desperate for a win. He sits on six points from four outings without a win. Both Max Frick and Jack Holder in this one need to win this race. There we are. Kim Nielsen off the inside in red. Max Frick out of gate number two in blue. Simon Wozniak gate number three in white and Jack Holder off the outside in yellow. Five points for Max Frick. A win would be very useful indeed. A win would be even more handy for the man who sits in second place in the championship chase, Jack Holder. Certainly he'll be wanting to produce something pretty special here. Not a lot of grip out wide. Not easy to run around. We saw in Dan Buley in the previous race it just didn't work at all. He did just lay his cards on the table right from the work go but it didn't work out for him. Hard to generate enough speed that far wide on the first turn. Absolutely. Heat number 19. Angry lights on, tapes up, we're under way. Nielsen's matter of smashing start on the inside. Clear into the first corner. Here comes Holder around the outside trying to get the better of his compatriot. It's tight there with Wozniak coming up the inside of Max Frick. A little bit of argy-bargy. Kim Nielsen out in front. Here comes Holder. Holder now. Super move from him. He needed the win. He's fired himself to the front. Kim Nielsen now relegated to second place. He needed that all back in third but Jack Holder is back against the wall. Needed a win. Producing really when he needed to. He's been chased by Kim Nielsen. Jack Holder second in the championship chase. Coming good when he really needed to. Yeah, Jack Holder coming from gate four didn't make a bad start. Just got across two other riders. Kim Nielsen led him but he great cut back on the first lap and now he's looking reasonably comfortable. I'm sure he'll be hearing all the noises. He's been in this race. He's just working the track now. You can see how hard he's riding. He's stretched his arms. His body weight is far back as it can be down the straights. They're all suffering from wheelspin. Jack Holder then a crucial win for him in the context of the evening and the championship. Keeping his hopes alive of another final been so consistent. He's been in the final in the last three occasions. And I would say there's a sense of relief there after that crucial win but a character building ride. That's for sure. Fair play to Jack Holder coming through when he really needed to. Three points for Jack Holder then. Kim Nielsen is best rider of the night. Second place there. Max Frick disappointing on third place and Rosniak a night to forget for him. But now we can see where Jack Holder suddenly pushing his way into fifth place there. Nine points. Just what he required and they will be able to be a little bit more confident about the rest of the evening because certainly he had pace but for Ty Woofenden he's under threat. Certainly hanging on to eighth place but Jason Doyle in the last one but we'll wait and see exactly how it transpires but certainly for Jack Holder this was crucial. Yeah this was crucial. This puts him in the semi-final and as you rightly say Kelvin it keeps his challenge on Smiles League well and truly alive. I would say though Max Frick will be disappointed he's going to miss out on the semi-final spot on six points. Looking at the score so far Heat 20 coming up I think the positions are already settled Kelvin I think it's done. I think the top eight right now is the top eight. Okay well that means a good fortune for Ty Woofenden who hasn't won a race tonight but it's just going to potentially squeeze through and have it confirmed of course by the FIM at the completion of this next race and we'll have it confirmed for you but Jack Holder is through.


no people thoughts thing I think I'm having them like right now I don't know like I don't know what what do you do when you think you're having people thoughts you know and how do I not yeah I think it's it's you know the ego people the world so the only way out of the world or you might say the only in way inward is you've got to have a lot of fun like so much fun that you you start to forget about the people thoughts you know and we've all had limpses of that you know I mean even when we were kids you know when we were like playing in the clay or you know we're out in the creek or route you remember when maybe like summertime when you were a kid when you started to play and you just got into the plague and you were having so much fun playing and playing playing what happened you lost track of time you've lost track of space and you definitely lost track of the people thoughts it was almost like like like an intruding thought when when mother said lunch time and you like it's almost like it jars you know when you're out there in the middle of the clay just in the goo all over your hands and you're making a little thing out there you know you're just having fun in the clay or doing something in the stream and then launch time it's like a striking it's a people thought you know and and you notice another thing too is the more that you get into this joy and this happiness that your appetites leave you you know when we were playing when we were kids why isn't that we could just go for so many hours without thinking of eating we were like little mystics you know we're we're just into playing we haven't had so much fun playing we can't be thinking about being a better and jelly sandwich or something like that you know it's just it fades from awareness so so perception is selective and the more you get into this vibe of extending this true love the true spirit that you are your mind becomes riveted it's almost like you come into like a vertical alignment of this happiness and this joy spirituality ultimately is fun yeah you could retranslate the whole thing to fun if you're really having fun I mean truly intrinsic fun not fun based on something of the world but really true fun then that will like grow in strength in your mind and it will it will edge out all of the people thoughts just like ego is edging God out this is going to be like fun edging the people thoughts out because they really can't they have no basis you know God didn't create them there's the spirit didn't say I wish that you would live a life of people and the people worlds and people galaxies and and have all kinds of complex relationships and complex interactions and I thus say that there shall be marriage and divorce I say that there shall be union and separation I say that there will be oneness and multiplicity you know that's ridiculous you know what does oneness have to do with multiplicity it just it doesn't go together but the only way that you come into that experience is through the fun you know I mean I I feel like I look at my life as it unfolded over the years I just kept giving more fun and more fun and even more fun and then even more fun and then even more fun and then as you get into the joy of that then you know you your mind is not focused on people you know even with doing this festival it was a fun idea really strawberry fields festival nothing is real nothing to get hungry strawberry feels forever it's a fun idea it's a great song it's a fun idea and you know really we weren't too concerned about how many people came how would we finance it you know we had no criteria for success which is if you're gonna stay in the fun you really can't have any worldly criteria for anything for success you know wasn't a success well if I have fun it's a success you know that's the way you have to live your life and the more you get into this vibe of giving the joy away you do notice that everything is taken care of but it just seems to happen in unconventional ways I mean I can't I have to really strain to even think of the last time that that there was like a focus on on people or numbers or money or those kind of things but with the egos world it's like the egos saying you got to put all of this energy on balance sheets and debits and credits and making sure that everything balances out but we've already discussed that trust would settle every problem now if I am just truly willing to trust the spirit and say I trust that everything will be taken care of then literally it works we have people that are that come here that are part of our community and they bring different things some people bring experience they bring like a sense of the knowledge of how to do certain things some people have financial resources and some don't some people have debts some people don't have debts they have credits you could say that's in credits but the spirit is orchestrating everything so that we are lifted up into a unified experience of the world unified perception is what it's all about it doesn't really matter whether you seem to have money or you don't have money or you have resources or skills and abilities or you don't you could have you could be a total zero a total zilch a total nada a total nothing in the world in the world's eyes we could say in the perceptions and judgments but if you come with the spirit and the willingness of trust then you literally have everything the rest is totally immaterial you know if you look at the the flowers and the trees and the plants you know they wouldn't be judged as as a good a good catch or of something good by the world you know they're just just flowers they're just plants they're just trees and the idea of being stationary it's like you look at some of these shrubs and everything they're really not that mobile I think in this world some mobile is overrated you know trees are very not very mobile at all just sit in the same place year after year decade after decade how you doing sitting here still sitting here where you been nowhere what you've been up to lately nothing I do a little swaying everyone someone come on baby let's do the twist no they're just not going anywhere but that's more of a symbol of contentment and peace of mind is contentment you won't find anything in this world that's greater than contentment when you have an experience of contentment let me tell you you have it all because there's not going to be any temptation for you to have something more contentment doesn't even know what more means there's a part in the course in the beyond all idle section where Jesus says what he starts off the beginning of the paragraph what is an idol do you think you know an idol is for more of something it does not matter more of what I think those are some of the most profound lines that were ever uttered I guess that's do utter we utter words and of course other words it's the most profound lines ever uttered because it's saying that if you if you are content with what is then you know who you are and if you believe that you need more of something more of anything to be who you already are then that's the wheel of time that's what time is all about it's like chasing a dream that that goes nowhere and leads to nothing so if you were a cat chasing your tail the best thing to do would be to stop and purr just purr and purr and purr purring is contentment when cats are purring there what does it mean they're content and that's what we want to cultivate so that's the quick answer I would say have the fun if you give yourself fully over to that give yourself permission to really go for the fun then that's that's going to be the end of the people thoughts we're always just relating to ourself in mind so whenever we think of people as real then we're thinking of ourself as a person we reinforce that construct in mind and Jesus says in the course you have great difficulty of thinking of yourself as an idea an idea and a person are two different things Christ is an idea in the mind of God Christ is neither male nor female Christ doesn't live in any particular time frame Christ doesn't have a form or take a form it's just a perfect pure idea and you might say the true spirituality is starting to accept yourself as an idea instead of a person so that's where this fun comes in you know of course it's going to have to be fun why would you leave something behind unless you found something greater something more spectacular than the human condition and oh there is something more spectacular than the human condition


What's new? It's time for some new products. And some updated products as well. Some revisions. First up we've got a revision for the ADT-7410. This temperature sensor from analog devices, which is why it's in red. It's a partnership with Digi-Key and ADI. It's in beautiful red, now has a nice silkscreen. And it's also, this was literally the last sensor before we stem-a-QT-ified everything. We finally ran out of the old PCBs. We now have the stem-a-QT version of the sensor. It's a lovely temperature sensor. It's inexpensive. It's analog device quality. And now it's plug-and-play with stem-a-QT ports on it. You can still use all of our existing circuit python and Arduino code. But I don't have to do any soldering. All right. And for the next one, before we go and talk about it, we have this sort of rule at ADT-7410. We don't want to put our logo on like shot glasses and like, you know, t-shirts in our pool or just like basically almost anything that's not electronic based. But people all the time say, I want ADT-7410 swag. And we're like, I don't want to like print it on a pen or like rebrand someone else's soldering iron. I'm definitely glad that the whole shot glass thing is over. Yeah, it was like really nice. Yeah. And we're just like, none into that. So anything that we put the logo on has to be special. And usually that's reserved for PCBs. So we have a workaround. And here is one of this week's new products. Well, this is coming soon. They're not quite in the store, but we do get nice photos because why not? These are PCB coasters. Two PCB coasters. And there's two designs. Yeah. One is aluminum PCB. So it's a stiffer material and one is FR4, but it's two millimeter FR4. Ironically, the aluminum is actually a little less expensive. But it comes in silver with lead free hassle on the top. And the gold one is again, FR4, two millimeters thick. But it does have ENIG gold coat. So you have silver and gold. We're not going to make these forever either. So this is just a fun experiment. This is one of the few things with the nature for logo. So yeah. We had the other PCB coasters that were actually down in the clearance section if you want to pick them up. The hexagonal ones that we did as a partnership with. I can't remember their names. Boldport. Wow. That was a good find. Who says memory? Who? Who said your memory goes away? I forgot who said memory. All right. So you're just coming soon. All right. So the start of the show tonight, besides you, Lydia, our community, our team, our customers, everyone who makes this thing go is... Yet another RP2040 feather.  This is the USB host feather. It's a big deal. I like that we're getting really weird boards out. This is a weird one. The DVR feather was weird.   So this is an RP2040 feather and it's got the ARM Cortex M0 dual core, 133 megahertz, 8 megabytes of flash, boop button, reset button, STEMAQT, LiPo battery management so you can take this portable and recharge the battery. USB-C. All that could stuff it on the other end in the space leftover. There's a USB host port. So this is your standard type A USB port. And even though it's a surface mount package, it's quite strong. Believe me. I've definitely plugged and unplugged many, many a thing and it does not rip off. Although, don't try. You could if you really wanted to. And as well as that, there's also got a... To the left of it, you see that big inductor. There's a five-volt boost converter and you see that thing that says five kind of above the RX. It's kind of in the bottom right corner. That's a five-volt fuse so that if you happen to short the five-volt power, it won't accidentally damage your battery or your boost converter. And you might be saying, hey, wait, the RP-2040 doesn't have two USB ports. What's going on? Do you switch between the two of them? How do you do it? Good question with a lot of hacky code. So this... The native USB is still the USB-C port. So it's how you program the board, get into the bootloader, do debugging, et cetera. And on the right is a PIO bit banged USB port. So you can actually... Because this is a thing. The RP-2040 does have native USB host. You can use the main port as host, but then you have to unplug it every time you program it and it's a total pain. So what this does is it has a separate single core dedicated just to PIO bit banging out USB host. And it works. And it works kind of well actually considering your bit banging USB host, which I don't know who else has done it. It's based off of... I'm going to mispronounce their name. I think it's Sikong Donok is their name. They're a developer who wrote the PIO bitbang code in Pico SDK. And then we turned it in Infrut and TAC, who works for us on TVUSB, turned that into a supported interface in TVUSB Arduino. So within Arduino, you can now plug in USB devices like mass storage, CDC, USB serial, HID, or if you want to add other protocols, go for it. I think even hubs work. And you can send and receive data as if it had a native USB port. Now, I'll say it's bit banged. This is not high speed. It's full speed. You're not going to get out. That's okay because there's some really good uses. But there's a lot of uses. And again, it's very, very rare to get a low cost device that has USB host. Usually you have to go to a very high-end microcontroller to get two USB ports. What could you use this for? So one is HID. Well, first off, one thing I thought would be cool is you plug in a USB key and then you do data logging to that USB key so you can write and read data off of a USB key instead of an SD card.  Another thing you can do is it, which I use it for, is I use this to program microcontrollers. So if you have a board that programs like an ESP32 and you program it over the USB CDC, this can read and write the serial data as if it was just like a normal UART. And I use it to program USB, sorry, ESP32 boards over USB. And then we have a really big keyboard we're going to show you. Another thing is you can do HID remapping or other weird USB devices. I'm going to go to us. You go to us because this is amazing. Okay, so you have these IntelliQ keys and underneath is actually a touch matrix of 28 by 28 buttons and you have this overlay that goes over. So this is just like a touch matrix. It's not capacitive touch, it's resistive touch and it has like 28 or 24 by 24 or something like that matrix of keys. And then you can have these different overlays that go over it. So this is, you know, used in an assistive technology setting. And it's great because it's amazing. But these don't work with modern computers. That's right. And the reason they don't work for a lot of computers is the company, I don't think they want to visit, but they discontinued this product. And the way it works is it dynamically changes the, first off, the firmware is loaded with the driver. So the driver itself, it only is for, I think, Windows. And I think it stopped working as a Windows 7 and it loads the firmware for the Cypress Easy USB chip through the driver itself. So when this connects, it says, Hi, send me the latest firmware and the firmware binary blob is sent over USB and then it re enumerates as the new device. Second, depending on what the overlay is, it has different devices, for example, this one has a mouse overlay as well. So it can act like there's a mouse keyboard, whereas this one has arrow keys. It's only keyboard. So it comes as a different device. And when you talk to people who need a device like this, they're not really able to find something right now. Nothing that really does, especially something that works with an iPad or a Chromebook or an Android tablet. So this doesn't work still on Windows. I think you can still kind of get it working on Windows. You can compile it, but it doesn't work on other devices. However, one thing I'll say, because I've talked to folks that are caretakers, for primary caretakers, for people that have accessibility needs, they're not Windows 7 experts. Yeah, and Android is unsigned. Yeah, it's like, okay, all you need to do is like recompile a kernel. All of a sudden, it starts to, you know, it's like, you may as well just. But also maybe you want to use like a tablet. Like a lot of people are using tablets and phones these days. You don't want to follow around the laptop with them. And iOS has a lot of accessibility stuff, but there's nothing that plugs into it that's like this. So what you do is you've got, you know, this or you have other devices that are HAD and you want to twist them or convert them or remap them. And then you plug it in, this is the IntelliQ keys plugged in. I'm doing this live demo. I hope this works. I tried it before, but it works. It plugs into USB host here. And then this is the Feather. And then the USB side of the Feather connects to a USB camera. These are like the camera adapters. Lady at us, she's like, do you have one of those lightning to USB connectors? And I enrolled in with two different types. This one works. And this allows you to connect keyboards to devices. So let's try. Yeah, I'm going to go to the overhead. So let's see what happens with your iPad. Okay. So just take a second because it's like, it has to enumerate. What am I? How do I get here? Okay. Let me see. It didn't make the noise. I don't know. I will say that this is a live demo. Okay. Yeah. I heard the noise. It just beat. So now when I type on this, oh, do you want, can you put me in the corner? I can, I can, I can put us here like, like this. Yeah. Okay. So let me try it live demo. So I'm going to try typing. So there you go. This is like a scene from Sphere. Yeah.  So USB can just plug it in, but it's actually so difficult to get this stuff working. For the folks who know what this is and what this all about, you're going to freak out.  So it does work. Okay. So here's the caveat, caveat incoming. This is only far. Do we know it's not supported in circuit Python at this time? And I do not know if or when we might be able to get it working. We could use some help if somebody interested in helping. But we do have it working in Arduino. We've got mass storage, CDC and HID. So not every, like you can't necessarily plug in a camera and you can't necessarily plug in like your phone or a candle. Not everything is going to work. Just some of the really basic USB devices. But people could have every county, every city has people who have use these or now these are about to get thrown away or like they're in a warehouse somewhere. So this just means we could potentially unlock a lot of hardware for people with accessibility needs. Also, this is really cool. Like, this is a cool keyboard. Like, this is neat. Okay. So that's a lot of demos. That's the USB host feather. Really neat. Also, of course, if you want to do USB host to something else, like you want this to go to iSquad C or you want to maybe have it read a keyboard and then have that come out through the UART, right? You could still program it very easily because the USB port you're not doing that hot swap USB port thing. So it doesn't have to be USB to USB conversion. It can be USB to something else or back and forth or whatever. Anyways, I think it'd be interesting. Yeah. And you know, on a side note, Adafruit is still around. We're still able to do hardware. We want to do weird stuff like this. And even if you don't buy stuff early, weird stuff like this, when you buy other things, it supports all this. Yeah. And this took a large development time. And this was a heavy lift. It was a heavy lift, but we did it. Very cool. So that's this week's new product. Check it out. It's in the shop and you can get 10% off.


I work with Children's Legal and Educational Center providing legal help to vulnerable youth. I'm just wondering how you plan to utilize your youth council to better the lives of all vulnerable children around Canada. Great question. The youth council behind me are 26 young people from across the country who were chosen from over 16,000 young people who applied online who said they wanted to be part of this political process engaging directly with Prime Minister and his cabinet on youth issues.  We were stuck in a bit of a vicious circle where politicians didn't bother talking to or about young people because young people didn't vote and so young people were even less motivated to come out and vote because they weren't being engaged at all and therefore politicians were validated and not reaching out to them and you had a spiraling circle that I was pleased to be part of breaking in the last election as young people stepped up and voted more for all different parties than they ever had before and we can be very, very proud of that as a country. But getting young people out to vote isn't just about getting a few more bodies out to vote although that's very nice. It's also about recognizing what insights and abilities young people bring to a political conversation. Young people are used to change from high school to university to your first job to your first apartment to buying a home to starting a family. Massive transitions, upheavals happening in your life as a young person and being able to be resilient in the face of change to understand that change can be daunting but is also positive is something we need to bring into our political thinking a little bit more. We need to challenge the status quo. We need to think critically about how we can move forward in different better ways about the leaps we might need to take as communities or as societies to be reflective and responsive to the changes in technology and automation and the job market that we're facing. So drawing in young people to the very heart of the kind of political conversations we're having is absolutely essential and I am incredibly proud of this group of young people but also of young people who have activated across the country in various municipal councils, provincial councils, for ministers who are understanding that your voices matter deeply in shaping the long-term future of the country we're part of. Thank you for your work with youth and thank you all as well for all the work everyone is doing.


Hey guys, welcome to SSULitech society side, and this is continuation of Power BI tutorial So here as we are going to discuss about the M language and data analysis expression that is DAX So basically in the power BI we can use two languages. First is the M language and second is the DAX language So where we can use these? Let's go to on Power BI desktop and we'll see in the practical so here I'm in the Power BI desktop if we'll go on the transform data in the query editor So inside the query editor, what language we can use? Here we can use the M language. So how we can see? So here go to on the dim address table and here as we can see the address line one So what is our requirement? We want to add a one more column and on that column We just want to fit first five character from this address line one So how we can do that? Go to on the add column and here we can use the custom column So we have already discussed about this. So directly go here and Let's call that as first five character and Here we need to specify the M language. So in the M language, we will use the text dot start So it will be act as left in the DAX or any another language like in SQL Server in Excel So now we can start the bracket after that here. We need to specify the column name So that is address one. So address line one comma then how many characters we want? We want five character. Now we can Close the bracket after that we can click on okay So it will add one more column and it is having first five character from the address line one So this is the M language by which we have created this column Now go to on the power way desktop after loading this and where we can use the DAX formula By which we can get first five character from the address line one So if we are in the power way desktop not in the query editor Then our DAX formula will be help us and if we'll have inside the query editor Then our M language formulas will help us to Manipulate our existing data So here we need to wait few seconds until it will not be loaded Now it is loaded here. I want to add one more page and here We can add the table. So don't worry about this. We'll see in the upcoming videos about the variations So make it bigger now go to on the address table and in the address table We have the address ID address line one. So we can drag and drop this address line one and here We can see the first five characters column. So we can drag this and drop it here So here we can see it is having first five characters so We made this in the end language now go to on the DAX and we'll try to create one more column So here we can see the data. So what on the data view and Here go to on the dim address. So we need to select that table and Here we can see the address line one. So we need to create one more column in the Power way desktop and that will have first five character. So here we can see add column option So we can click on that After that if we'll add one more column So this is our newly created column and here we can call this as DAX first five character in the DAX It is very similar as we have formulas in the Excel or in the SQL server So we can directly use the left after that we can start the bracket Then we can see the address line one So this is address line one we can select that one then comma then five then close the bracket And here we can see the commit so we can click on the commit So new column will be added and that will have only five characters from the starting so go to on the Report view and here we can see we have this DAX first five character So drag it and drop in the values So here we can see we are having the same data as we seen in the query detail same in the DAX formula So it's up to you either you can use the M language or you can use the DAX formula for creating such type of things and I will also create a separate playlist for the DAX formulas. So where you will learn about the DAX formula in details So don't worry for that will create a separate list for that And we'll try to add few important formulas in the M language on that playlist So guys as I have told you we have a single Power BI and inside we can use two languages. First is M language second is DAX So guys, I hope you have understand where we can use the M language and where we can use the DAX So thank you so much guys for watching this video if you like this video Please subscribe our channel to get many more videos Don't forget to press the bell icon to get the notification of our newly uploaded videos. Thank you so much guys


Stop! Stop scrolling! Not before you learn these quick hacks to boost your productivity throughout the day. Write down the must-dos of the day first. Turn off unnecessary notifications. Use your calendar to keep focus and track your work priorities. Focus on one task at a time. This is Chris, always here for a sharing Sundays. Follow me for more tips and hacks.


So this is querying at ePaper 2.0. So what's the latest? This is a beautiful big display. Correct. And good to see you again after one year. A lot of improvements. We've gone from 1.3 inch to 9.7 inch panels. We've gone from 8 colors to 4,000 colors. Our improvements have been recognized all over the industry. This year Lenovo became the first major customer to invest in a company. Lenovo is the biggest laptop manufacturer in the world, right? They are. And they are now on the board of our company. And that's a major confirmation of where we are going to go. With this technology we have today 300 million US dollars in confirmed commitments, largely for education applications. As this is seen as the future for primary and secondary education. These are reflective displays. No blue light. Ultralong battery. Ultralong battery. Video rate. Full color. I don't want to have any secrets or anything, but I'd love to have a think pad with this display. But you're targeting mostly the smart notepad, right? Like tablets. No, we're targeting education. So it's both tablets and simple laptops for school use. So the think pad is high end. We will go there later, but the immediate biggest opportunity in laptops and tablets is really in education. Where Bill Gates also mentioned in his annual letter that the big trend that he forgot to notice is that education is completely digitizing. Paper textbooks are going out of business. And that's where we step in. So as the technology matures, we'll go into more high end markets such as what you call it, the think pad or the iPad space. But for now it's education. One of the main drivers of my career, for example, has been the OneLaptop a Child project where they wanted to get the laptop to every child in the world and developing countries level powered. They don't have a lot of power to be solar powered. All this is happening now. So the social value of this technology is enormous. There's many emerging markets where there is a high brightness environment. There is a shortage of charging points really. And we can make educational devices for emerging markets that will last a month on a battery charge. One month battery. Yes. And we're talking about 500 million children. We're talking about it. It's a sizable market. It's a lot of potential to make the world a better place. It's the solution for education for emerging markets. Yes. And there's a lot of emerging markets to cover for us. We need to write partners. We need to invest more. What you see today is impressive. We actually still have a while to go. It's so awesome. Like people have been waiting to see this one, right? Yes. A large one, a large clear ink. We've always been popular at the display week show, but this year we've been totally overwhelmed. We have had triple bookings, quadruple bookings, CTOs of all major companies take notes. Take notes, take notes, take notes. This is something that we spoke about in the last few sessions and that we now actually are able to show. There's many non-believers that have been converted this week. So the SID display week is seeing is believing and now we're seeing. So totally can believe it. I think the number of believers has just multiplied by five X or so. But people have been hoping to get these in the market already, right? How soon is this on the market? So this one? Our current schedule is to bring Gen 1 products in the market in 2020, mid 2020. 2020. Yes. By the Olympics. I think it's mid 2020. So 9.7 is an important size or? So we're told that 10 inch range is what's preferred in education for simple textbooks. So the typical e-readers, the kindles are a little bit too small for textbooks and that's why the first product will be like a 9.7 inch. Is it easy for you to just cut different shapes, different sizes or like you have to re-optimize everyone? We have one customer who's good for an initial 100 million dollars in revenue who wants an eight inch device and we're designing that. It's a matter of design. And then let's say a device like this is going to be super thin and it's going to have one month's battery. A super thin device? It's basically like an LCD with a much longer battery life. And the black and white mode here, how good is it too for reading? It exceeds anything that's in the market available today. It's dynamically updateable. It has a better contrast ratio than anything you've ever seen. So how exciting is it right now at clearing in the office? You should talk to the team. The team is very excited. They have been talking to the heads of display technology at the major electronics companies. Everybody comes to the booth. It really motivates the team. The team believes in the mission and the mission is to create a class of displays that stands next to LCD and OLED. This is what's happening here in the technology. This is a simplified explanation of what's happening here. Cool. It's so awesome to see it real. It's like a magic a little bit. What's happening? It is magic. But it's magic with a very important social and environmental impact as well. People are becoming more and more concerned about climate change.  This is a Green New Deal display. This is a Green New Deal display as well. This should be compulsory. No more wasting of power in all these power plants running and running all these displays. It is a bit sad that we, for example in China, for every year nine million trees are cut to print textbooks which are obsolete and out of date six months later. And that's about 750 million kilograms of paper. It's really not necessary. There is a solution. So here's the latest clear ink demonstration right here. Full color video. So hi. Hi. I'm Sri Peruvambas, Chief Marketing Officer for Clear Ink. I'm very happy to show you the progress Clear Ink has made in developing its ePaper 2.0 technology. At the SID's display week, we are showing three different demo products. This is a 9.7 inch display in what we call black and white mode to sort of imitate the look and feel of paper. So we're showing some educational content here, text. You can see very fast motion. We try to replicate a textbook experience in this particular case, mostly for reading purposes. The 9.7 inch display has a contrast of 16 to 1. We've actually in the lab produced even wider contrast than that. 227 dpi product driven less than 5 volts and 16 levels of gray. So it is in what we call a low power mode. So the frame rate has been deliberately reduced so that we can get much more consumption out of this in terms of low power consumption and longer read times on this display. So one of the things that you'll see is that the white state reflectance on this is probably one of the best in the industry. Actually it is the best in the industry. So it is very white. It is very white and the contrast therefore also is excellent. So with the same technology what we could do is put a color filter and create a color version of this display which is what the market desires. Now there's a lot of monochrome content for which you can use the exact same color display and show black and white content which is very relevant for different applications. In this case we are showing reading type applications and educational content and there were also some images you can see that because it's so fast that you can do cursive writing, you can swipe, you can have drop down menus, all of these things and particularly the fine lines because it's a 227 dpi display you can get relatively fine lines on this screen and so you can do cursive writing in pretty much any language that you want. So that is the monochrome version of the product and here's the exact same display in landscape mode but it is the color version the content is in color. So here the intent is to take it into applications where they want color and video. So with color you can convey a lot more information and particularly in educational settings where you have much more information in terms of describing a particular product or a phenomenon or whatever it is that you're doing that can be much better conveyed with colors. You're not looking for 16 million colors you're looking for this particular device or this display has 4096 colors that is what is required in the educational environment and that's what this display is created for and it's still very low power mode it's sunlight readable we're trying to mimic the sun here by shining a lot of light on it there is no front light on this particular display there's obviously no backlight because it's a reflective display technology and it has got all the goodness of a typical traditional e-paper and but it also adds color and video to this. Now the color created on this display is through a CFA and so it is manufactured in a LCD factory and we are using probably 80 90 percent of all the processes in LCD factory therefore it is fairly low cost to manufacture a product like this and it can be brought into market a little bit sooner than building your own factory and creating exotic processes which this does not have this is basically an LCD process for the most part. Is it full frame rate? Not in this particular demo this demo also is less than 30 frames per second but the company has been able to produce 33 frames per second product that has been demonstrated more internally than in external environment. That's a big screen 9.7 inch e-paper 2.0 so it's the next generation of product essentially taking the e-paper 1.0 if you will including reflective LCD and other e-paper technologies there were so many different e-paper technologies and this is a step past that in terms of color and video. Here in this particular case you see in this screen you have a lot of very fine writing and this is what we expect a typical use case in an education environment where you have a whiteboard where the teacher would potentially write either in this case of math formula or you know draw some sketches and things like that and that entire experience is replicated on a little tablet device that each student carries and that's what we're trying to do here. Now you're going to have situations where there's not a lot of ambient light and therefore you would need a front light and there's a front light demo. The nice thing about reflective display technologies like Claring's e-paper 2.0 is that you don't need a very strong front light. You need a very simple front light with very few LEDs to drive it and because it's front light and not a back light there's not a lot of losses in terms of power efficiency and you only need to use it when there's not enough ambient light. So in bright sunlight or high ambient you would essentially turn off the front light and you only use it when you need it and this would be more in terms of reading or using it at night or in low ambient kind of condition. So that is what is being demonstrated here with the front light technology. So is a tuned front light especially well made for the clearing or just standard front light technology? This particular one is not specifically tuned for a clearing as yet but that is what is in the process right now but what is nice about this technology is you can tune the front light in such a way that it'll take maximum advantage of the TIR structure on top of the display that's the front plane and it makes it much more efficient with that particular feature. So you said there's a TR front plane so the like the material whatever is happening on the screen is specific something specific is happening that's a clearing thing. Yeah so the clearance technology uses only one particle it's got a black particle that will result in black pixels. The white pixel is pretty much given for free you don't need to move any particles the light reflects off of the front surface which is a microstructured material that has the total internal reflection feature and that's what creates the white pixels. So with this combination by introducing a color cfa color filter array you're able to get these 4096 colors which are shown here in this particular graph. Nice it's just so awesome to see a big clearing display. Is that process that's been going on it took a while to get here right? Yeah display technologies are never easy and this is one of the fastest developments in the display space. The company has used probably one tenth of the amount that typically display companies use to produce a technology and it's been developed much faster than normal anybody else and the product and part of the reason is the technology is fairly simple and it is also a technology that can leverage existing LCD fabs and get it to the market live it sooner. And there there's even more optimizations that will be happening right even more color what's called absolutely yeah absolutely if you were to talk to our CTO he's looking at broadening both the number of colors as well as the color gamut in terms of percentage of NTSC the work is going on in that area we will also develop you know more higher resolution displays for certain applications right now it's a 227 dpi display which is more than ample for the education type of application but for other applications where you need more resolution that is also possible and that is in the works and then outside of this there are non-display items that will sort of augment or sort of the ecosystem which is developing unique drivers for the technology, developing newer color filters that is much more tuned to this technology, front lights and touch screens and so on those activities are also ongoing in parallel. How exciting is it for you because you've seen a lot of displays right and it's so exciting to see new technology and what the potential is right? Yeah well this is the brightest reflector display to have ever been made right and this is also a technology that has all of the goodness of traditional technologies but brings you an affordable and manufacturable color option through using an LCD color filter and then it also shows video. This has been a struggle in the industry to be able to get a higher frame rate so you can either turn the pages faster or drop down menus internet access in educational applications. Kids want to watch videos of educational content you consume information much better that way and all of those features make this unique and exciting and I like all display technologies and this one I'm particularly excited about because it's got these features and benefits that we've been talking about for you know probably a couple of decades. Is the ultimate dream of kind of like humanity is to have a video newspaper right? Absolutely so we're pretty close to that right and that is the goal the industry has always been looking to replicate a paper-like experience and something that is perfectly visible outdoors in sunlight and something that consumes as little power as possible because paper doesn't consume any power right? However it has many advantages over paper which is you know today tens of millions of trees are chopped down just to make textbooks for the school children worldwide and you don't have that issue here. Second there are remote parts of the world where neither teachers nor there are universities you're not able to get information to the children there and this is a way to get very high quality content latest greatest information literally your video could be watched by a child. My video is going to be okay yes on this yes but it's four thousand colors and it's not going to look strange a little bit or? Well it is not going to look as vivid as an emissive display but the idea is you know it's very unnatural to shine light in your eyes right? Nobody ever told you to look at the sun or look at the bright light but that's exactly what we're doing when you look at an LCD of all its green where there's a light shining in the sky right? And that has its application here using them in mobile phones and tablets and so on but this is for a very different purpose this is for children to read for longer periods of time and for adults that want to read or consume content without having to worry about a light shining in your eyes. There are numerous applications where that feature is very beneficial the sunlight feedability is a very good opportunity for outdoor type applications whether it is automotive whether it is signage and so on and then there is also this whole aspect of low power right? Imagine carrying a device like this with an emissive display technology by lunchtime your battery is going to be out whereas with this you can be you can be you know having this product on a single charge that you can use for many days or many weeks or probably in the future a few months right? Here's once again the monochrome content on the display. So when you want to do monochrome mode you get more black on white than compared to the color version of the right it's exact same display but the black and white mode is going to be the only thing we have done in the black and white mode and we don't even have to do that to realize the black and white content all we're doing is to get more usage on the single charge like get it even lower power we're just reducing the frame rate right and that is what is necessary in those type of applications but you could get the frame rate up and that will not impact the contrast of the brightness or any of those. How good is the black and white here? How good is the reading experience compared to? Well you can see for yourself unless the product is actually put into a device and in the market you know until then you wouldn't know the exact studies and how about the reading experience truly is from a user perspective but you can read content on this you can watch videos on this and isn't it a glossy finish shouldn't it be matte or yeah those options are available depending on the application if you are in a reading environment you would put more like a matte finish or and so that's just a layer of something correct a film of something yes from maybe another provider on the on the on the market just put a film on it sorry those are very well established every display technology uses those types of options and we can use the exact same thing. And how low power are we talking is not by stable this particular version is not by stable the technology has been demonstrated in a by stable mode but the company is not developing a by stable product at this point the the need in the market is a video product and so it is still significantly lower power than an iPad or something but how about this size device very thin what is it like a weak battery life or no so if you use it let's say for about five hours every day in a reading mode it'll last for a month and if you use it for five hours every day in a video mode it'll last for maybe nine or ten days so it's still very significantly higher so if you look at a lot of products they only subscribed to about 30 minutes a day which is really not you know the user experience we are targeting so we think five hours a day is pretty normal in a classroom or some other types of applications in that mode we get 10 days with playing video all the time or 30 days in a reading type application does it have this thing where it needs to wash itself off the spots or is that just because it's a prototype or this is a prototype that's where you see some image artifacts which is pretty typical when you are manufacturing something and you're putting this assembling something for a show but but those are not something that is changed with waveform or like that these these are prototypes and that's all but in manufacturing those are obviously not so the white is the widest in the market how about the black yeah so both the white and black the difference between the two obviously is the contrast this is one of the highest contrast displays that you find in the market and and you can very well see you know with this image that you know words don't describe it pictures worth a thousand words and this demo is worth a thousand pictures so and there we show a combination of both high contrast as well as fluid motion nice