 So we're here at the ARM booth, we're checking out the ARM Elinio Studio right here. So hi, so who are you? Hi, my name is Ross and I lead ARM's HPC tools engineering team. So what is the ARM Elinio Studio? So the ARM Elinio Studio, we have a demo up here on the stand, is it's a big culmination of efforts bringing together our compilers and libraries for ARM with the debuggers and profiling tools that we acquired from a company called Elinio about 12 months ago. We released this last week and really the key message here is we are ready for people to deploy on ARM. So what does Elinio do? So Elinio is a company, they produce cross-platform tools for Intel, NVIDIA, for IBM, ARM and their tools are called DDT, MAT and Performance Reports which is a debugger, a profiler and as ARM, we're continuing to produce cross-platform tools as well. We are also, whilst we're here pointing at our commercial tools, we're also very invested in the open source community as well. So can we see the tool, how it looks like? What does it do? We can. So this is up here. And it's running on ARM desktop. This is running on ARM desktop. Let me check this thing here. It's an EnVentek 64 bit Thunder X workstation. Yes, that's the Kavium Thunder X1. And there's been a lot of news on the Kavium Thunder X2 so far, I see. So on the screen here you can see ARM DDT which is a debugger. This is actually a bit of code here where it's broken. So you can use the debugger to step through and actually fix the problem. Yeah, so it's tools, right? And it's the main announcement at this event. ARM has been announcing some tools, right? Right, so from an ARM perspective, in terms of what we've done, yes, this is our big announcement, is that we have in the past week released the ARM Linear Studio, which is what we promised to do, which again is bringing together the compiler, the library and making it work well with the debug. Can we see what it says in here? Yeah, sure. So you can see the key fixes coming out here, right? We've got the cc++ compiler based on the LVM. We have streamed things back to the community. We've got a Fortran compiler. You know, a lot of HPC codes are still written in Fortran. We've got the performance libraries. I keep mentioning the debugger and the profile tool as well. So this is tools that the community has been looking forward to? Yeah, absolutely. So this is what people, the market's demanding, commercially supported tools and open source tools. And in terms of the linear tools, prior to the ARM acquisition, you'll find that they're on a large majority of the world's top supercomputers. So absolutely, we're bringing together everything people need to deploy on ARM. What's going on over here? Right, so this is an open source program called Paraview, which allows you to visualize models. So what this demonstrates nicely is an end-to-end, taking some code, compiling it with the ARM compiler, running an open phone to do the modeling, and then running Paraview as well. It's all compiled for ARM. So it looks fun. It's running on the tool. What kind of tool? So this is using the compiler that we have to actually get the tool running. So this isn't an ARM tool you're looking at. It's just the ARM tools have been used to get it up and running. So supercomputing in ARM is going to be a big feature, right? ARM wants to have a big role in supercomputing. That's the plan. And all these people that are going to develop for that are going to be using these tools. I believe they'll be using a combination of our tools and then tools by the third parties as well. And actually, that's what we want, right? We want a healthy ecosystem where it's not just ARM developing the tools. So I'm not going to start listing all the vendors, but many of them are here obviously with their own compilers as well. And in fact, if you actually do want to do a... It's the word of luck. Part of the booth here, you can see we've got Fujitsu and Cavium as well on the booth with other ARM-related demonstrations.