Yes. Thanks, Tom. Yes, let me -- maybe the best way to talk about our confidence in delivering superior revenue growth and accretive margins moving forward. Really, I think the best way to do it is for me to talk about GlobalFoundries growth strategy and specifically, the four pillars that we base that strategy on. So the four pillars we based on is basically the essential chip technology, focus on high-growth market segments and battlegrounds, global for local manufacturing in all three major regions and then a balanced customer support model. So let me walk you through what we mean with these four pillars or how we're approaching these four pillars. So starting out with essential chip technology. Just to maybe ensure that everybody knows what essential chip technology is. The best way to talk about it is really, it is the technology -- the major technologies behind embedded processing, analog, and power. And if you think about companies out there that are in these spaces today that are well known, the companies like TI, ADI and ASP. So that's really the technologies that we are focused on. It's 10-nanometer and above. Within essential chip technology, you then get down to three major areas of technology, CMOS. And within CMOS, you have bulk, which is a typical commodity second source type of CMOS, you got feature-rich CMOS, and you've got ultra-low power CMOS. Within RF, you have SOI, silicon germanium, and GaN. And within power, it's really the BCD technologies, the MOSFET, the silicon carbide and GaN. So that's what essential chip technology, what the market is and what the technologies are that people are focused on there. Now, if I take GF strategic overlay and put it on these three technology areas. We basically can talk about it in the following technology product vectors. First, ultra-low power CMOS; this is where we have our 12LP and our 22FDX technologies. Our focus here is the 22FDX to offer 30% to 50% higher performance and/or 30% to 50% lower power at the same kind of performance levels. The latest NXP announcement that we just did a few weeks back, we're exactly on 22FDX and was exactly on the -- for the reasons of providing the higher power -- higher performance and the lower power. And those wins were across multiple applications, like we mentioned earlier, automotive, IoT, SMD. Next to ultra-low power CMOS; you got feature-rich CMOS, which really focused on sensing, computing and display. This is 28-nanometer and above. A good example here of the technologies we have and the differentiation we have is 40-nanometer NVM technology that now is powering the number one automotive MCU portfolio in the world. But other areas like display and imaging are also very prominent in that space. Next step, we have RF, basically, the 8SW, the 9SW, the silicon germanium and our RF GaN with the recent Finwave announcement, very differentiated technology, single source across the gamut there, power being the fourth one, 130 BCD, 55 BCD, 650-volt and 200-volt and 100-volt GaN, the latest acquisition we announced there with Tagore on the GaN side, really focusing in on higher integration of GaN devices. And then lastly, silicon photonics, which -- where we offer the highest bandwidth at the lowest power. And we mentioned earlier, three major players in optical transceivers are engaged with us on that. So that's really the essential chip technology pillar. That's the first one, differentiated technology, single-sourced and in high detail to what our customers need in the segments they're playing in. The second part of -- the second pillar of the strategy is really the high-growth market segments and battlegrounds. And as an example here, we are growing our service addressable market from $60 billion. We're expecting that to go to about $120 billion by 2031. Key markets they are automotive, smart mobile devices, industrial and home IoT and of course, communication infrastructure and data centers. And as you look into those markets, we focus in on the key battlegrounds that drive superior growth, it would be automotive safety, powertrain, body electronics and automotive, of course, in SMDs, they are high front end, Wi-Fi, audio haptics, display and imaging and IoT, it's home and industrial, AI at the edge, MCU, Bluetooth, Wi-Fi, aerospace and defense. And lastly, in communication infrastructure and data center besides silicon photonics that we mentioned earlier, in power delivery, we're also seeing quite interesting growth of design wins in the commercial satellite communication space, and we mentioned that earlier, the last phase, the ray antennas. We have a major win there that we believe is going to drive some meaningful growth for GlobalFoundries moving forward. So the third pillar is really the global for local manufacturing. We are in all three key regions: Singapore, Germany, and the U.S. We are at scale with our manufacturing; we have 300-millimeter factories in all three regions. We have automotive and dual qualification on all our major technologies, so we can support almost any technology needs out there from an automotive standpoint and we give the security of the dual qualification across factories. And we have a very CapEx-efficient capacity expansion model for the next few years as we move forward. And then the last pillar really is a balanced customer support model and that really consists of three different components here. The first one, we talked more about in the past, that is the LTAs, as Tom mentioned, fixed price, fixed volume, fixed duration. That was about $20 billion. We announced that in the 20-F. And last time, we had a major announcement around LTAs was the Infineon announcement; we did early in the year, which was also very meaningful. Outside of LTAs, we got our sales force deployed on the top 100 major accounts across the world. So we have sales coverage and support across those 100 accounts. These accounts, the design wins we are seeing there and the momentum that we have built in the last 18 months, 90% single source and accretive to -- margin accretive to our long-term model. Again, the latest announcement there with NXP is a good example of one of these design wins, and you will see more of these announcements coming in the future. And then thirdly, within the balance customer support model is really the channel. And this is where we get to the next 100s of customers. We built the ecosystem around that. We have a set of channel partners from a worldwide basis and we believe based on the design wins we're seeing that the margin will further be further accretive to our long-term model. And like Tom mentioned earlier on, just the latest GTS summons that we did with our customers, we had more than 1,000 customers and partners attending that, which bodes well for the growth into the channel. So if I should summarize why we believe we are well-positioned to deliver superior revenue growth at margins that accreted to our long-term model, it really comes down to expanding and strengthening the portfolio of differentiated essential chip technologies, focused on fast-growing markets and segments with the same doubling from $60 billion to $120 billion by 2030. The global and local manufacturing footprint with a very efficient CapEx expansion. And in the balanced customer engagement model with a very meaningful growth of time line and design wins and again, at margins that are accretive to our long-term model.