 So, we're here at the Mobile World Congress 2019. My name is Mohamed Awad. I'm a VP of marketing for the infrastructure business. And so, there's been some new launches of Hamar recently. What are these new chipsets? So, last week we announced our N1 and E1 Neoverse platforms. N1 is really all about the compute plane and managing all of that compute that's happening from the edge of the network all the way into the core data center. It's highly performant, scales really well, and we expect it to have a very broad footprint from enabling diverse solutions from edge of the network all the way in. The E1 platform is really all about the data plane. Arm has a leadership position in the data plane today within the infrastructure, and this is really about extending that leadership position as we look to onboard the data from a trillion intelligent devices and just kind of managing that data as it moves through. It's got about two and a half times the throughput efficiency of the existing cores which are servicing that infrastructure. In this case, we're talking about the A5X family. A53 is one of our more popular designs in that space, but A55 as well. This networking, what is special about this processor is not just like a server processor, it's like a client-side processor. How is it optimized for networking? Yeah. So the E1 platform is really optimized for networking in a couple of different ways. Primarily it's designed to shuffle bits back and forth. It's a very efficient design, so if you think about things like a 5G base station where you've got to live within a 35 watt power budget, the E1 is designed to do that and move those bits very efficiently. It's a multi-threaded design as well, so it's specifically architected to move bits around. And the other one? You're talking about comparing A53 and A55? Now, with the E1 platform, I'm referring back to Cosmos platform, which was A72 based. A72 based? A72. Yeah, so our Cosmos platform was A72 based. This E1 platform is about, on spec-based benchmarks, about 60% better performance than that. But if you look at specific workloads, things like Nginx, Memcache D, Java-based benchmarks, we're seeing significantly better than that. So Nginx, one of the top web-based front-ends, we're seeing about two and a half times the improvement over in A72. For things like Memcache D, we're seeing about two and a half times performance over the Cosmos platform. And then when you talk about things like Java, we're seeing about 1.7 times. Is it on par with the Cortex A75, but re-optimized somehow? No, back in October, what we did was we actually bi-procated our roadmap. So our Neoverse cores are really designed for infrastructure, so it shares some of the same micro-architectural implementations as A76, but then it's really been optimized for the infrastructure and is reflected in some of the other features that we've added, things like RAZ support and some of the other performance enhancements that we put in place. All right. And the other one is the smaller one? The E1 platform? Yeah, so you're talking about a bigger one and a smaller one? No, we're really talking about the E1 platform, which is really data plane, and the N1 platform is really about the compute plane. And is infrastructure, the businesses are building the 5G feature and all that stuff? And when I say infrastructure, really what I'm talking about is all the devices that exist from the edge of the network. I think the wireless base station area where ARM is historically been very strong all the way through to that core data center in HBC. So that's kind of what I mean when I say infrastructure and if you look at that, those devices, ARM actually has architectural preference within that area with about 27% market share, which makes us the market share leader.