Lightwave Logic Inc (LWLG)

[prototype_101]

Lebby ASM at 12:40 "Our Foundry RESULTS that we presented back in March are 200Gb per lane, but really got the Industry excited is that we did it at 1 volt, so we did it at WORLD CLASS PERFORMANCE!! and clearly we're going to be challenged to this very, very quickly!! Then what we also did with collaboration with Polariton and ETH Zurich in a paper that was presented at the OFC conference, we actually showed with some research work we can do a single channel, 400G. We’re actually showing that our technology, polymer-based technology can go to 400Gbs. Okay, so it’s not ready and it’s still in an R&D state. What you need to do is you need to show the customers that you don’t just have a technology for one generation. You have a technology for many generations. The two things to take away from this slide is WE'VE GOT THIS (200Gbs/lane), and we’re showing this(400Gbs/lane) , and this is really exciting!!"

Folks, Lebby told investors that LWLG has 200Gbs READY for commercialization NOW, and LWLG will have 400Gbs ready in the future, as well as 800Gbs, the Polymer technology can fill the Industry needs for at least a decade to come!!

Lebby, "they (the Industry) want the next level of performance and they’re open for new technologies. Usually when you’ve got a technology that works, you’ve got an incumbent technology, you don’t really want to displace it unless it doesn’t really perform where you want it to be. Well, we have that situation right now. People are really wanting to upgrade their performance and they’re looking at new technologies"

Lebby "We’re leveraging the silicon ecosystem. One of the things that we realized and we see vis-à-vis competition today, and you’re going to see it in some of the Q&A at the end, is our (LWLG) technology can easily fit into silicon foundries compared to legacy and new exotic materials that are being talked about today. We looked at some of those materials and their performance at these conferences and this is one of our main advantages. It’s a polymer. You spin it onto a wafer and you cure in ovens, you connect it, you can pattern it. It is quite easy to use. It’s much, much easier than some of the other technologies that are being talked about and trialed in foundries today. Foundries are giving us that feedback. That is really exciting for us".