 Welcome to the Teledyne LeCroy HDMI tech zone booth. We'll take you through a quick tour of our products that we're providing and our relationship with the HDMI LLC. So what does Teledyne do? Teledyne makes test equipment. We manufacture and we're showing three different versions of our testers here. First being the 980, a laboratory tool for developing, in this case, the first one to develop HDMI 2.1. So this is a laboratory tool for testing 2.1? Yes. So testing the cables or testing what? Testing everything. Testing devices, testing cables. It has both an integrated transmitter and receiver for HDMI 2.1. So it says here, ask about 48 gigabits video HDR test solutions. So there's a whole system here with the cable in, cable out, all kinds of stuff. So the 2.1 is our 48 gig video test solution. And all of our products, starting with the 980, going to, moving over here to the 780E. The 780E is the functional tester. So while the 980 does bit-level testing, the 780 will do functional testing of HDR. It supports multiple interfaces and HDMI 2.0 transmitter and receiver. It also provides a very involved HDR lab tool so that manufacturers using it in the functional test and or people who are integrating HDR, HDMI, HDR can validate the products, the hardware, the products that they use, the cables. And in this case, it's a very, very objective test. So as simple as running up a pattern, it will tell you, indicate that HDR is on based on reading multiple metadata. We can also change patterns here and look at the clipping pattern which provides verification that we're meeting light output levels for HDR from anywhere from 400 to 1000 nits. The last set of product that we have is a brand new product called the 280. The 280 is an, is a installer tool. It's designed to aid people who are building systems in homes, digital cinema systems. And any other applications like boardroom and the like that would utilize HDMI. In this case, we've split the two products. They do support 4K and 16 with 4.4 sub-sampling as well as HDR. These both devices are designed to be able to test in wall. One is a analyzer and the other one is a generator. So again, you can separate the two pieces into different rooms if you have to, basically determine if your HDMI links are working properly. So HDMI 2.1 was finalized the spec in November only. That means you're very fast at getting something like this done, right? And during the elaboration of the spec, you keep tweaking things to support each of the new features that the implementers are putting inside? Yes. We, as forum members, we do participate in the development of the 2.1 spec. So we have a little bit ahead, a little bit of a lead and the ability to get involved. In time. Get it ready. Get a little bit ahead of this schedule. So in this case, we're supporting main link, FRL and with forward error correction. So again, focusing on the main link and again main link protocol. So we're capturing protocol and then basically capturing a sector of our section of protocol in packet alignment. So by packet, time stamped, and then also looking at the specific protocol packets that are involved. And then we can also then give a little more interesting view that's time-based so that we can start with the super blocks. Look at the character blocks that are associated with those super blocks. Go all the way through to error correction and break the signal completely down so that the developer can get exactly what they need in their product. And you had solutions like that previously for the previous generations of HDMI? Yes. They're big like that and then after a while do you get them smaller? Yes. We've basically been supporting HDMI since the outset and so we have test tools that support 1.4, 2.0 and now 2.1. So there's thousands of customers out there or more? I don't know. Lots of engineers working with your tools? Oh, absolutely, yes. Every company here or something? I would expect so. We're pretty popular with our developers and both on the semiconductor and equipment side. Where are you based? We are based out of Elgin, Illinois. That's our factory and our development lab.