 and here's the Gigabyte D120-S3G. So this is using anapurna. It's a quad-core ARM Cortex 850, right? So this is a CPU that's better optimized for cold storage. Cold storage, and this is the SoC for better for the cold storage. They integrate with the LAN, controller, RAID to late, even have the hardware RAID inside of the SoC. So this SoC is very good for a bunch of, it's kind of like a NAS or the kind of market, right? Yes, yes. And is it fully optimized for this? Yes. And this integrating all these things on the SoC is not something Intel was doing before? No. So before there's some extra chips? No. So the difference is for this kind of SoC is integrated with hardware RAID and it can control 8 of the hard drives. So inside of that, we also mount two of the Marvell chips. Each one, two of the Marvell chips. Which one? There? Next to them? Yeah, next to them. And what are those, they do what? Marvell. Each one of the Marvell chips can control 4 of these hard drives. So totally in one such small motherboard, we have 16 SATA hard drives and controlling 16 hard drives. What's the difference between, is this a Marvell arm, small arm CPU? Marvell? Marvell, yes. Not small arm CPU, but it's a kind of the hard drive controller. It's a very single chip, which can control 4 of the hard drives. But isn't it higher performance to use the ANAPORNA? Yes. So that means 8 will be fast and 8 will be slower or no? Yeah. We developed these kind of 16 hard drives because currently in the markets, the most of the core storage or most of the J-BAR storage is only 12 hard drives. So the first one to develop these 16 hard drives and we want to use the lower power consumption, lower latency and good efficiency to do these kind of things. But wouldn't it be most optimal to have 2 ANAPORNAs to do 2 times 8 or no? No, no, no. Is it better to combine like this? No, this is for cost concern. Cost? Cost. So how about, so you were saying there were less chips on the board if you compare over here with Intel, this is the Intel CPU. This is the new Broadway DDE, Xeon D CPU. So we use the stem system structure and we use the Broadway DDE to use to control this. So which one was the RAID controller, for example, the stuff I got? Is not on the CPU, is it separate? This is the RAID controller cards. We have the RAID controller cards. It's usually standardized cards. Ah, so the card like this? Yes. So you can see. So this one no need on the ANAPORNA? No need. Which other thing is no need? There's less RAM over there, right? Yes, because Broadway DDE can run in the same as they can run in DDR4, so it's better to use. I mean, different platform for ANAPORNA is very efficiency cost efficiency economic servers. And for Intel platform Xeon D, it's also the first one can use Windows Server to do the cost storage. So Windows Server special here, it has just Ubuntu? Only Ubuntu? Yes, only Ubuntu. And the different purpose for these kind of two things is for the ANAPORNA is good for the cost storage. But for the Xeon D, it's good for the cost storage, also warm storage. So warm storage means it's turning all the time? Turning all the time. Cold means what? Something you need to put in the data, but the data is not frequently to use it. So how's the power consumption here compared to there? This power supply is 350 watts, but in that one it's 400 watts, a little bit more. Only a little bit more? Yes. So it's not a big difference in power? Not a big difference. Because most of the power is the hard drive? Yes, and most of the power is hard drive and the fan for the ANAPORNA itself only 12 watts. But then there's a difference in price maybe for the... Yes, yes. Is that not yet public, right? Yes. But there will be a difference in... So for all the cloud storage companies, this is the solution? Yes, this is one of the solutions. And if customers want to use Intel Windows Server, you can use Xeon D. All right, cool. And this is the maximum capacity right now? No, this is the second capacity because WD, they have 8TB of sleep. Yes. Crazy. So 8TB means totally you can have the 128TB in one server. So compared with the price and the value, you can see each TB you can purchase more with the low cost. When you say that this is good for cold storage, is the Intel not good for cold storage? Cannot? It's nothing not, but it's also good for warm storage. Depends on the customer using. But when you do cold storage, the power consumption can be very low, right? Like how low does it go? If everything is cold? If everything is cold, the power consumption of this one, it can only use like 30% of the power. 30, okay. Yes. Cool. And so Anapurna have been working with them for a while? Yes, for last year. Anapurna just been merged by Amazon Web Service in a general timeframe. And this is the leader, one of the leaders for cloud service. So there's a reason. Yes. So it's because it's very good for the cloud. Yes. All right, right here.