 So here we have the world's fastest Processor in the world not just the world's fastest arm processor the world's fastest processor in the whole world Yeah, so hi. So who are you? I'm kuzhi guy. I'm charge of social development for post-k post-k, which is a Fuji Fuji to Fujitsu's a super computer. Yes, and it's this is right here for the first time in the world you show This is a PCB with two. Yeah, you have two processor. Yes, and it's water-cooled So hello, so who are you? Oh, my name is Masaki. I and what do you do? Oh, I'm a compiler developer Developer like a software. Yes Software and hi. So who are you? I'm Takihara Kato. I'm a engineer in from Fujitsu and I'm also Assigning engineer in Lino. So you work with Linaro for a while already, right? All right all the Linux I'm I'm involved in Engaging the spread the use of Processing HPC world So what is the CPU here? What is this a 64 FX? Yes, so this is how many core inside here? and 40 48 computer core and the for a stand course always 52 quarts. So you say 48 compute core computer core. Yes, and and the for Assistant chords assistant cord assistant chords. So is this custom design? Custom does yes arm processor Fujitsu original processor. So It's on the arm V8 point two So can you explain what does it say here? What is this Sve? What is Sve? 500 at work with what Cindy is very wide-length So very wide SIMD nobody do this before This is widest in the world. Yes. So And there's a very fast memory bandwidth. Yes. What is this one? Yeah. Yes one terabyte per second It is very fast one terabyte per second What is this showing here? This is the architecture. Oh, yes, and this is a For CMZ and CMC has a certain course 12 Calculator core and one ascent core The these are these connect Each HMM HBM to Memories, what is this HBM to HBM to is very fast a core memory each is a 256 bandwidth Each one is 256 and bundles a power CMG Total is one terabyte per second. And what is this tofu? To afford to do what? Tofu is Fujitsu original interconnect very very fast too This is 60 mesh and towards interconnect this is To 28 gear BPS and to lands and It has 10 ports Yes, and a 16 lanes PCIe gen 3. Yes. So what does it mean a lot a lot of RAM? What does it mean? What is the PCIe for? I your connection for I your connection for I also is networking or is RAM or no, is that working, right? In our system we use a PCIe express it is for connection between the CPU and system board and storage devices and All right devices. All right, so How big is this is big one as big ships big ships. Yes How This this is a seven nanometer for input and these have s 1786 Million transistors 8,000 a thousand many Transistors so 8 nearly 9 billion transistors So 9 billion transistors right here and What is the consideration? How can a PCB be so small normally PCB is bigger no for server for super computer? What is this size? Small or small. Yes, it is very small is very Compact yes, and what is it has yes to socket and it this is optimal devices in in this in On this the most compact Super high 52 core each or what? Yes 120 104 cores. Ah, yes is on this board. Yes And what people can do with this is like super computer. Yes, what what will happen with this? Why is it so important? Important. This is important. It's very fast and a fast core and fast network is very important So it it will allow exit scale Yes, nearly Yes, that means the fastest super computer in the world. Maybe maybe yes, I hope how soon how soon? Yes How soon is maybe available? How soon is this on the market? 2020 to quarter Second quarter of second quarter. Yes, second quarter 2020, but you show it here. So why it's not ready now What what you need to do is it working now? Yes, we're working now. You know, we are we are testing in Chips and what is a collaboration with the narrow? So what what do you do with an arrow? you know we collaborate about OpenHPC and It's a compiler a software compiler software for SVE So as we is a new new addition to 8.2 8.2 a can do this 8.2 a SVE architecture, yes What is new new feature and the advantage of SVE is Specifically for HPC market, right? Yes. Yes, very very fast and very long SIMD and right here. It says So 2.7 teraflops for each chip. Yes. Yes. Yes. It chips. How's it compared with other chip? Who's the closest number two, you know What is a K? K computer. Yes. Teraflops Okay, one 10 petaflops 10 petaflops for the whole Yes, but each chip was our chips is Before This is our Effect our supercomputer effects 100. This is 1.1 teraflops now a64 FX is 2.7 teraflops So and now is before it was spark and now is now is arm What is the main advantage to use arm? I mean is a low power and We can build ecosystem We can't build a system in spark because you were the only one But arm everybody is using. Yes. So is it is it a good ecosystem to work on the arm? Yeah, a lot of collaboration with the Leonardo, right? Right. We we are now we collaborate with in the compiler area and Middleware middleware software as of HPC soft Fundamentals of two years In opening HPC project is everything working or is a lot of work still to do It works it works now almost Muscle Most of things which we should do is We should do is Done but we need we need improvements and More effectively your Optimization optimization optimization for everything of specifically for HPC process, right? So now Leonardo has a HPC group, right? Right. So there's a lot of collaboration Fujitsu is doing there right with HPC group and So this if it becomes available will be in Japan or will be all of the world This possible for first is in Japan, but we We won't serve to why why but is this is this a similar Chipset that is can be used in a server was only for super computer Now We don't have Any plan to server now, but I won't but I won't you want to yeah Yeah, so but it's a similar no the server business HPC is a similar kind of It's a big chip. Yes can put a slightly different maybe maybe who knows right and this is 7 nanometer Yeah, 7 nanometer Pimper chips so but in 7 nanometer is very small. So why is the chip so big? Yes That means you have so many things going on there, right? This just include a shipy core 52 core and Interconnect chips and 32 gigabyte HBMs Memories So it's like everything on package one package one package for everything. Yes, and how's a yield? I'm joking, but you don't know yet. So so then hopefully There will be a super computer with many many thousands of these or 100,000 of these or how big how many you need to make exascale you need several hundred thousand, right? So it's just like a exascale You need I don't know one million of these so 300,000 something like this you need many many many many Yes, and one building. Yes, and then it will solve many things like weather weather forecasting weather forecasting medicine Car engine Engineering space. Yes space on the airplane Physics physics earthquake Yes, earthquake is big deal in Japan also Yeah, it's great. All right. Cool. All right. So this will definitely if it comes out We'll be faster than Trump's super computer, right? We fast I mean I'm a little bit joking but the faster than faster than the US faster than China It will be Japan number one. Yes Cool