Patrick Gelsinger
Chief Executive Officer at Intel
Thank you, John and good afternoon, everyone. Our strong second-quarter results exceeded expectations on both the top and bottom line, demonstrating continued financial improvement and confirmation of our strategy in the marketplace. Effective execution across our process and product roadmaps is rebuilding customer confidence in Intel. Strength in client and data center, and our efforts to drive efficiencies and cost savings across the organization, all contributed to the upside in the quarter and a return to profitability. We remain committed to delivering on our strategic roadmap, achieving our long-term goals and maximizing shareholder value.
In Q2, we began to see real benefits from our accelerating AI opportunity. We believe we are in a unique position to drive the best possible TCO for our customers at every node on the AI continuum. Our strategy is to democratize AI, scaling it and making it ubiquitous across the full continuum of workloads and usage models. We are championing an open ecosystem with a full suite of silicon and software IP to drive AI from cloud to enterprise, network, edge and client, across data prep, training and inference, in both discrete and integrated solutions. As we have previously outlined, AI is one of five superpowers, along with pervasive connectivity, ubiquitous compute, cloud-to-edge infrastructure and sensing, underpinning a $1 trillion semi industry by 2030.
Intel Foundry Services, or IFS, positions us to further capitalize on the AI market opportunity as well as the growing need for a secure, diversified and resilient global supply chain. IFS is a significant accelerant to our IDM 2.0 strategy, and every day of geopolitical tension reinforces the correctness of our strategy. IFS expands our scale, accelerates our ramps at the leading edge and creates long tails at the trailing edge. More importantly for our customers, it provides choice, leading-edge capacity outside of Asia and at 18A and beyond, what we believe will deliver leadership performance.
We are executing well on Intel 18A as a key foundry offering and continue to make substantial progress against our strategy. In addition, in July we announced that Boeing and Northrop Grumman will join the RAMP-C program along with IBM, Microsoft and Nvidia. The Rapid Assured Microelectronics Prototypes-Commercial, or RAMP-C, is a program created by the U.S. Department of Defense in 2021 to assure domestic access to next-generation semiconductors specifically by establishing and demonstrating a US-based foundry ecosystem to develop and fabricate chips on Intel 18A. RAMP-C continues to build on recent customer and partner announcements by IFS, including MediaTek, Arm and a leading cloud, edge and data center solutions provider. We also made good progress on two significant 18A opportunities this quarter.
We are strategically investing in manufacturing capacity to further advance our IDM 2.0 strategy and overarching foundry ambitions while adhering to our Smart Capital strategy. In Q2, we announced an expanded investment to build two leading-edge semiconductor facilities in Germany as well as plans for a new assembly and test facility in Poland. The building out of Silicon Junction in Magdeburg is an important part of our go-forward strategy, and with our investment in Poland and the Ireland sites, we already operate at scale in the region. We are encouraged to see the passage of the EU CHIPS Bill supporting our building out an unrivaled capacity corridor in Europe. In addition, a year after being signed into law, we submitted our first application for U.S. CHIPS funding for the on-track construction of our fab expansion in Arizona, working closely with the U.S. Department of Commerce.
It all starts with our process and product roadmaps, and I am pleased to report that all our programs are on or ahead of schedule. We remain on track to Five Nodes in Four Years and to regain transistor performance and power performance leadership by 2025. Looking specifically at each node, Intel 7 is done and with the second half launch of Meteor Lake, Intel 4, our first EUV node, is essentially complete with production ramping. For the remaining three nodes, I would highlight, Intel 3 met defect density and performance milestones in Q2, released PDK1.1, and is on track for overall yield and performance targets. We will launch Sierra Forest in first half '24 with Granite Rapids following shortly thereafter, our lead vehicles for Intel 3.
On Intel 20A, our first node using both RibbonFet and PowerVia, Arrow Lake, a volume client product, is currently running its first stepping in the fab. In Q2, we announced that we will be the first to implement backside power delivery in silicon two-plus years ahead of the industry, enabling power savings, area efficiency and performance gains for increased compute demands ideal for use cases like AI, CPUs, and graphics. In addition, back-side power improves ease of design, a major benefit not only for our own products, but even more so for our foundry customers.
On Intel 18A, we continue to run internal and external test chips and remain on track to being manufacturing-ready in second half of 2024. Just this week, we were pleased to have announced an agreement with Ericsson to partner broadly on their next-generation optimized 5G infrastructure. Reinforcing customer confidence in our roadmap, Ericsson will be utilizing Intel's 18A process technology for its future custom 5G SoC offerings.
Moving to products, our client business exceeded expectations and gained share yet again in Q2 as the group executed well, seeing a modest recovery in the consumer and education segments, as well as strength in premium segments, where we have leadership performance. We have worked closely with our customers to manage client CPU inventory down to healthy levels. As we continue to execute against our strategic initiatives, we see a sustained recovery in the second half of the year as inventory has normalized.
Importantly, we see the AI PC as a critical inflection point for the PC market over the coming years that will rival the importance of Centrino and Wi-Fi in the early 2000s, and we believe that Intel is very well positioned to capitalize on the emerging growth opportunity. In addition, we remain positive on the long-term outlook for PCs, as household density is stable to increasing across most regions and usage remains above pre-pandemic levels.
Building on strong demand for our 13th Gen Intel Core processor family, Meteor Lake is ramping well in anticipation of a Q3 PRQ and will maintain and extend our performance leadership and share gains over the last four quarters. Meteor Lake will be a key inflection point in our client processor roadmap as the first PC platform built on Intel 4, our first EUV node, and the first client chiplet design enabled by Foveros advanced 3D packaging technology, delivering improved power efficiency and graphics performance.
Meteor Lake will also feature a dedicated AI engine, Intel AI Boost. With AI Boost, our integrated neural VPU enabling dedicated low-power compute for AI workloads, we will bring AI use cases to life through key experiences people will want and need for hybrid work, productivity, sensing, security and creator capabilities, many of which were previewed at Microsoft's Build 2023 Conference. Finally, while making the decision to end direct investment in our Next Unit of Computing, or NUC business, this well-regarded brand will continue to scale effectively with our recently announced Asus partnership.
In the data center, our 4th Gen Intel Xeon Scalable processor is showing strong customer demand despite the mixed overall market environment. I am pleased to say that we are poised to ship our one-millionth 4th Gen Xeon unit in the coming days. This quarter, we also announced the general availability of 4th Gen cloud instances by Google Cloud.
We also saw great progress with 4th Gen's AI acceleration capabilities, and we now estimate more than 25% of the Xeon data center shipments are targeted for AI workloads. Also, in Q2, we saw third-party validation from MLCommons when they published MLPerf training performance benchmark data showing that 4th Gen Xeon and Habana Gaudi 2 are two strong, open alternatives in the AI market that compete on both performance and price versus the competition. End-to-end AI-infused applications like DeepMind's AlphaFold and algorithm area such as graph neural networks show our 4th Gen Xeon outperforming other alternatives including the best published GPU results. Our strengthening positioning within the AI market was reinforced by our recent announcement of our collaboration with Boston Consulting Group to deliver enterprise-grade secure and responsible generative AI, leveraging our Gaudi and 4th Gen Xeon offerings to unlock business value while maintaining high levels of security and data privacy.
Our data center CPU roadmap continues to get stronger and remains on or incrementally ahead of schedule, with Emerald Rapids, our 5th Gen Intel Xeon Scalable, set to launch in Q4 '23. Sierra Forest, our lead vehicle for Intel 3, will launch in first half '24. Granite Rapids will follow shortly thereafter. For both Sierra Forest and Granite Rapids volume validation with customers is progressing ahead of schedule. Multiple Sierra Forest customers have powered on their boards and silicon is hitting all power and performance targets. Clearwater Forest, the follow-on to Sierra Forest, will come to market in 2025 and be manufactured on Intel 18A.
While we performed ahead of expectations, the Q2 consumption TAM per servers remained soft on persistent weakness across all segments, but particularly in the enterprise and rest of world, where the recovery is taking longer than expected across the entire industry. We see the server CPU inventory digestion persisting in the second half, additionally impacted by the near-term wallet-share focus on AI accelerators rather than general-purpose compute in the cloud. We expect Q3 server CPUs to modestly decline sequentially before recovering in Q4. Longer term, we see AI as TAM-expansive to server CPUs and, more importantly, we see our accelerator product portfolio as well-positioned to gain share in 2024 and beyond.
The surging demand for AI products and services is expanding the pipeline of business engagements for our accelerator products, which includes our Gaudi Flex and Max product lines. Our pipeline of opportunities through 2024 is rapidly increasing and is now over $1 billion and continuing to expand with Gaudi driving the lion's share. The value of our AI products is demonstrated by the public instances of Gaudi at AWS and the new commitments to our Gaudi product line from leading AI companies such as Hugging Face and Stability AI in addition to emerging AI leaders, including Indian Institute of Technology, Madras, Pravartak and Genesis Cloud.
In addition to building near-term momentum with our family of accelerators, we continue to make key advancements in next-generation technologies, which present significant opportunities for Intel. In Q2, we shipped our test chip, Tunnel Falls, a 12-qubit silicon-based quantum chip which uniquely leverages decades of transistor design and manufacturing investments and expertise. Tunnel Falls fabrication achieved 95% yield rate with voltage uniformity similar to chips manufactured under the more usual CMOS process, with a single 300-millimeter wafer providing 24,000 quantum dot test chips. We strongly believe our silicon approach is the only path to true cost-effective commercialization of quantum computing, a silicon-based qubit approach is 1 million times smaller than alternative approaches.
Turning to PSG, NEX and Mobileye, demand trends are relatively stronger across our broad-based markets like industrial, auto and infrastructure. Although as anticipated, NEX did see a Q2 inventory correction, which we expect to continue into Q3. In contrast, PSG, IFS and Mobileye continue on a solid growth trajectory, and we see the collection of these businesses in total growing year-on-year in calendar year '23, much better than third-party expectations for a mid-single-digit decline in the semiconductor market, excluding memory.
Looking specifically at our Programmable Solutions Group, we delivered record results for a third consecutive quarter. In Q2, we announced the Intel Agilex 7 with the R-Tile chiplet is shipping production qualified devices in volume to help customers accelerate workloads with seamless integration and the highest bandwidth processor interfaces. We have now PRQ-ed 11 of the 15 new products we expected to bring to market in calendar year '23.
For NEX, during Q2, Intel, Ericsson and HPE successfully demonstrated the industry's first vRAN solution running on the 4th Gen Intel Xeon Scalable processor with Intel vRAN Boost. In addition, we will enhance the collaboration we announced at Mobile World Congress to accelerate industry-scale open RAN, utilizing standard Intel Xeon-based platforms as telcos transform to a foundation of programmable, software-defined infrastructure.
Mobileye continued to generate strong profitability in Q2 and demonstrated impressive traction with their advanced product portfolio by announcing a supervision eyes-on hands-off design win with Porsche and the mobility-as-a-service collaboration with Volkswagen Group that will soon begin testing in Austin, Texas. We continue to drive technical and commercial engagement with them, co-developing leading FMCW, LiDAR products based on Intel silicon photonics technology and partnering to drive the software-defined automobile vision that integrates Mobileye's ADAS technology with Intel's Cockpit offerings.
Additionally, in the second quarter, we executed the secondary offering that generated meaningful proceeds as we continue to optimize our value creation efforts. In addition to executing on our process and product road maps during the quarter, we remain on track to achieve our goal of reducing costs by $3 billion in 2023 and $8 billion to $10 billion exiting 2025. As mentioned during our Internal Foundry webinar, our new operating model establishes a separate P&L for our manufacturing group, inclusive of IFS and TD, which enables us to facilitate and accelerate our efforts to drive best-in-class cost structure, derisk our technology for external foundry customers and fundamentally changes incentives to drive incremental efficiencies.
We have already identified numerous gains in efficiency, including factory loading, test and sort time reduction, packaging cost improvements, litho field utilization improvements, reductions in steppings, expedites and many more. It is important to underscore the inherent sustained value creation due to the tight connection between our business units and TD, manufacturing and IFS.
Finally, as we continue to optimize our portfolio, we agreed to sell a minority stake in our IMS Nanofabrication business to Bain Capital who brings a long history of partnering with companies to drive growth and value creation. IMS has created a significant market position with multi-beam mask writing tools that are critical to the semiconductor ecosystem for enabling EUV technology and is already providing benefit on our 5 nodes, 4 years efforts. Further, this capability becomes even more critical with the adoption of high NA EUV in the second half of the decade.
As we continue to keep Moore's Law alive and very well, IMS is a hidden gem within Intel, and the business' growth will be exposed and accelerated through this transaction. While we still have work to do, we continue to advance our IDM 2.0 strategy. 5 nodes in 4 years remains well on track, our product execution and road map is progressing well. We continue to build out our foundry business, and we are seeing early signs of success as we work to truly democratize AI from cloud to enterprise, network, edge and client. We also saw strong momentum on our financial discipline and cost savings as we return to profitability, are executing our internal foundry model by 2024, and are leveraging our Smart Capital strategy to effectively and efficiently position us for the future.
With that, I will turn it over to Dave.