 Hi, I'm Phil Chen, the senior VP from JetBird Display, JPD. So what's happened the last three or four years? Yeah, so we have been developing our micro-OD displays in monochrome color and also in polychrome, which is our latest product. We call it the hummingbird, which we officially launched yesterday at SID. So this is full color? Full color, the world's smallest polychrome micro-OD projector with a volume of only 0.4 cc, cubic centimeter. Nice, and you have it demonstrated? Yes, and here we have a reference design where we couple our latest projector with a decent wave guide. So you can see through the glasses, you will see very vivid images. Let me try to capture this on the camera. So it's full color? Yes, it is full color. How good colors do you have? We have 8-bit, we have resolution-wise 640x480 at pixel pitch, 4-micron. 4-micron, quite small. That's how we can make the world's smallest projector. Full HD, 640x480. How soon can you make 4K? Next year. Maybe two years or so. That's amazing, so how do you combine all three? This is three there? Yes, so we combine them through an X-Cube geometry. Is it this one? Yes, it's an optical combiner. Polychrome? What is shown here? Yes, so you take three individual model from micro-ED panels, you combine them together through an X-Cube, and then on top of the in front of the X-Cube you have the color-mating lens. So overall you finish this, you complete this projector. Polychrome. Alright. So there's like some kind of prism with all three coming in? Yes, through the X-Cube, we call it the X-Cube optics. It is basically an optical combiner, which combines three colors into the four-color white. Is it very difficult to design this? Yeah, it takes some efforts to design it in such a small form factor, and also it is challenging to do the active alignment because you need to make sure all three colors align well. And through mouses of engineering, we managed to achieve this. Nice. How bright is the image? Yeah, very good question. So we are now looking at in two eyes more than 1,000 nits, and by our design, because we are already recently going into mass production, so the nominal EI brightness, coupled with a decent waveguide, could be close to 2,000 nits, which is sufficient for outdoor applications. The previous videos I did with JBD, I think about a million nits. Which color, how do you do so much brightness? Yeah, at an individual single-color monochrome panel level, we now have 0.75 million nits from red. We have 5 million nits out of green, and then we have 1 million nits out of blue. So when you combine all these three colors together, you can achieve such high brightness. But how is it that 5 million goes down to 1,000 nits? Yeah, because if you look at the waveguide efficiency, it's way less than 1%. We certainly hope that we can see better. So what are we looking at here? So that's our 0.13 inch display. So that's going into that pair of glasses, and this is a projector based on the 0.13 inch display. Actually, this display is on the display of the year award at SID. All right. Yes, and here we have got an end product from one of our customers called Liu Wike, and they just use one monochrome projector here and split the image, but it's a very clever design where you have a binocular vision with just one projector, and it's using waveguides. Nice. Binocular with just one projector. That's right. And it's very clear in there. It's green. It's very green. It's just using one projector, and the claimed brightness to the eye is about 1,500 nits. The green one originally starts at what nits? So it's about 4 to 5 million nits, depending on the display. So for this display with the spy quad-spy interface that we just saw, that's got a typical brightness of 4 million nits, and our new version with the MIPI interface is typically 5 million nits. All right. So it goes from 5 million to 1,500 at the end? Yes, because you have got losses through the projection optics and the waveguides are extremely lossy, but that's why you need a microlet display. So if you start at 1,000, you'll end up with 1. Is it possible to have a different design for the waveguides and everything, that brings you 10,000 with the same chip? There's different architectures available. Waveguide is known to have the smaller form factor, lightweight, and it's manufacturable, especially the diffractive kind, but there are other architectures available, which are more efficient. So what's in your box here? So in the box, you've got different just samples here. We've got the same display that we talked about, and this is the full-color display that you see in the binocular glasses demo. And we've got the three displays going into the X-Cube, just being shown there. Is this the size of the projector in my next phone to project on a wall? It's designed to be focused at infinity, so you need to redesign the lens to focus at a certain focal plane. But yes, it can be integrated into various micro-projection systems. So do you have some demos? Projectors? No, we do not have a projection demo because no, it's not set up. We're just showing AR? Yes. And do you do VR? We are capable of doing displays for VR, but we do not have a standard range of products that goes into VR. And we also have UV displays. The same projector is available as a UV projector as well, and it's a really small hobbyist projector that uses UV illumination to kill the vat and the resin. So what is it for? It's for printing small intricate parts. So if you are a hobbyist 3D printer, if you make your own projects, many people have 3D printers at home to print their models. So let's say like Dungeons and Dragons figures and what not, figure range if you want to make your own. So my next phone could have a built-in 3D projector. The 3D printer. You could cure material, yes. If you integrate that projector, you can cure material. Projector and printer and AR all from the same chip. It should be nice to have a device that does all at the same time. That would be fantastic. So that's the MIPI display that goes into this projector. So that's also the display of the year. All right. Can you talk a little bit about the last three, four years? What's been happening at your company? All right. So we have come out a long way. That's our CEO presenting the display that won the display of the year award. So the next display is about our video. It's about our new factory in Huffay. So we have got a fab in Shanghai. But this is our new factory in Huffay. This makes us the largest micro LED manufacturer by far. This is our clean room. The whole building? Yes. Is JPD? It's all JPD. Yes. And it's a micro display fab? That's a micro display fab. As you can see, the wafer is being inspected here. We are showing some non-critical processes. Nice. So there's a huge demand for this. Correct. And the market is just about to explode, no? Yes. And you can see it from independent analysts. They're predicting when the market is growing. And at the moment, most smart glasses that are available in the market has got a JPD micro LED display. We have got a very, very good coverage. And here for that, what it means is that our displays have to be super reliable. And this is our reliability chambers. So this whole room is for reliability testing. Nice. This is your wafer? That's our wafer. Here you have 615 AR glasses. I'm joking. But how many? It could be a bunch on the low wafer. Yes. So that wafer itself has around 350 displays on it. Cool. So there we have a whole village full of AR glasses. That's right. Sorry, you just missed it. They were showing how the chip from there, the wafer is picked and packaged. And you have office in Hong Kong also? We have a small financial office in Hong Kong. But we have got people all over the world. I'm personally based in the UK. We have got colleagues in the US, both R&D and also on the marketing sales side. Yes. And there has been announcements. I think music, for example, they are working with you. We have been partners for a long while. We have got a very healthy partnership with music. So they have got a new platform. They are launching with microlet displays. And we work very closely to get the products out. They are awesome company. They are the best. There is so much. There is a rumor that on June 5, some company over there is going to launch VR. But then AR, who knows? And then if this turns out great, maybe millions of people want products like this. Absolutely. That company we are talking about has a huge market presence. We believe the product they will launch will be very successful. And it will be great for the industry. You know, a number of thousands of very smart people are working in this industry. They just need the consumers to be aware of what is going on. And this company in particular has the brand value to get consumers curious. Cool. And there is your 0.4cc. That is correct. That is the one. Do you announce anything about the next gen? We are a bit cautious when we release a press release. So when we are ready with the technology and a product that is reliable, we announce it to the world that we are ready for production. So this is our latest product that we have launched in the market that is in mass production. So it is a cycle time of roughly around 6 months that we announce a new product every year. Hello. I am MrBeast. No, I am not MrBeast actually. But if I was MrBeast and if I was sending you a bunch of money, I would use Wyze. Wyze is a really smart way to send money around the world. Tiny little fees. Check out my video, a 7 minute video where I try to explain some more. It works in hundreds of countries. 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