 So anyway, so and that, by the way, there was one of the major reasons why I decided to start my own company because, you know, we, you know, look, losing nine months in a race because everybody after the four thousand four, the four thousand four was the first design to show what you can do with Silicon Gate. I mean, when you have a model before people say, oh, Silicon Gate, yeah, this is difficult to do who cares. It doesn't do anything better than the others, you know, that kind of stuff. Right. So now they see it. They say they can test this. Oh, my God, you know, we got to do something. Right. So when when the 80 80 came out, which was early 74. And we had lost nine months of lead. Six months later, the 6800 of Motorola came out was the first microprocessor of, you know, so competition was competition. Yeah, and it was well done. And, you know, so we risk losing the leadership that took took me so so much my effort to get it out to do it because when I started with the four thousand four Intel was six months late because they didn't nobody knew how to do it. And so they hired me to do it. Okay. And but they lost six months and and so. So this time you when I had to work 80 hours a week to make up for the for some of the delay, I couldn't make up everything. And so, you know, now we lose nine months because, you know, or we cannot figure out what to do. I mean, come on. Right. So, so I decided that's it. That's enough. I'm going to go start my own company. So I started as I load, which and and then I came up with the idea of the 80, which was very successful. The 80 we actually I was looking back at the evolution of SGS Thompson and one of the acquisitions made was a company called Moss Tech. And earlier in this week I was in our facility in Capell, which is really kind of a genesis of Carrollton where we acquired fabs through this company. And one of the interesting things I saw from Moss Tech is they they had a second source agreement for the Z 80. And they also had the rights to the x 86 architecture. And I find it interesting that around the same time had they, you know, it'd be interesting to see because you're tied in with both that being the founder of the 80. They went down a path of DRAM rather than capitalizing on the x 86, which Intel eventually capitalized on. What would you think or do you think Moss Tech and SGS Thompson could have gone down the x 86 path instead of the DRAM. Well, yeah, they certainly could have could have done probably as good than AMD did, which, you know, as you know, AMD also eventually got the license for Intel. But Moss Tech was better off process wise and AMD in those days. So they probably could have done better. Though there was there was room to maneuver with the microprocessor like like the 86 because you know, price was fairly high. So you could, you know, you were not so tied to yield. But also Moss Tech was it was a memory company. Most of the DRAM was it was it the RAM. They frankly they did the best for, you know, 4K DRAM after the 1103. So Intel had to kind of rush. But then the Japanese came in and it was only, you know, destroy the ecosystem here. The only the only survivor is micron. Yeah, exactly. The only survivor is micron. Everybody got out except for micron. So the Z80, though, was extremely. But the Z80, you know, but, but, you know, I must say that you probably don't don't know. But I gave the license to to SGS for the Z80 also. Paleto was engineer Paleto was the CEO in those days. And, you know, and that was probably 70, 77, 78, 77, 78. That's when I gave the license of to to and also the Z8 license to to SGS. So how did that Z80 success translate then to your your next move from the log? Well, I mean, then we did the Z8000 and the Z8000 was certainly better than the the 8086. But then, you know, but then the problem without with Xilog was that we have an investor. They wanted to compete with IBM. And IBM has said no products of Xilog in this in this company. So they choose the wrong side. And so, you know, so actually, this is true. I mean, that's what happened. And so, you know, basically we we were cut off from the most lucrative and deep because Intel in those days, they had lost the leadership in the Z80. The Z80 had taken the market over with the 8080 was just, you know, disappearing rapidly. So so in the Z8000 was much better than the 8086. So really, I mean, it was it would have been game over if it wasn't for IBM. And then you went to into a telecommunication application. Then I then then my next company was, yeah, was a signal technologies that develop a very smart telephone for data invoice. You could you could send the screen and talk at the same time. I mean, something that in 1984 was unheard of. So but was too soon. And besides in 84, the entire communication ecosystem was was upset by the breakup of AT&T. So and of course that I didn't see it coming because then you went on to find Snaptyx. I found the synaptics of working on neural networks. I wanted to make computers that learn and was then and it was a time when the people that knew about AI. They were they were looking at us like what stupid thing to do. Neuronetros. Everybody knows that it don't work, right? Yes. Well, that's not true because as you know, you know, started from 10 years ago. Neuronetros saved the day of AI because up until 10 years ago. AI with expert systems, their own methodology never could solve the problems of complex pattern recognition. So so it you know, I was convinced that the neural network could do the job. It could do it very well. And I, you know, and the solution was analog in those days because it was the only way to have the the the, you know, the density, the computation of power with with two transistors. It could have been done with one, but two transistors. Multiply add floating, floating gate storage. Therefore, no volatile storage for learning and storing the value. And you could, you know, you could do, you know, billions of operations per second when, you know, you couldn't do it in the in 86, 87, 88. You couldn't do it with digital, you know, with simulation. So we were we were making emulators of Neuronetros, not simulators on Neuronetros, which is what people do today. And how did you come up with the name? Synaptics synapse synapse. It's the same synapse is that transistor floating gate transistor was the synapse was the was the emulation of the synapse of the Neuronetros.