 I'm here at the NHK booth, you're showing off an 8K GCO codec, so what is that? It's one of the mezzanine compression technology, and we were introduced to such a production system for simply buying them and it's right there. So, what does it mean? Mezzanine compression psychology? It's a so-called visually lossless compression, to identify the difference between the original and the decode. So it's like a lossless? It's actually lossy, but mathematically lossy, but it looks visually lossless. It looks visually lossless? So this is 8K 55 inch, and what are you showing here, an encoder decoder? What is this hardware? Well, this is in the FPGA. The special FPGA? Altera? How about the conventional one? Yeah. Is it a feature with life? And then you program the FPGA to do encoding real-time 8K? Yeah. What's the bit rate? An uncompressed signal reads to 48 Gbps, compressed to 12 Gbps. An uncompressed signal reads to 41 Gbps. 12 Gbps? Yes. Gbps per second. So you need a lot of cables to get this data out, right? Yeah. For FDI? For FDI input and one FDI output. And the decoder? Is it the same FPGA over there? Yes. To decode? A little bit. But what's the point of Tico? What is a useful Tico? It's not H265 and it's not VP9, it's not AV1? It's not suitable for the point-to-point transmission but for the inside process system. It's a light compression process and the feature is also very low latency. So it's like similar to ProRes. Something people use only for post-production internally inside the NHK building. Yeah. From one computer to the other when they're working, right? Yeah. Very low latency. Minimal latency is an important point. It's a very low latency and easy, fast environment to work with maybe. And keeping all the quality before you broadcast later in H265 maybe. Yeah, right. And is Tico developed by you? Tico is developed by Intfix, the Virgin company. We developed it adapting in 8K video. Did you show something over there about Tico? Yes, also some Tico there. Tico there? Yeah, Tico is a green one. Yes.