Timothy M. Archer
Analyst · Cantor Fitzgerald
Thanks, Ram, and good afternoon, everyone. Lam delivered another great quarter. Revenues and profitability came in at the upper end of our guided ranges. Our gross margins exceeded 50% for the first time since the merger of Lam and Novellus and EPS hit a new high for the company. We achieved record foundry revenues driven by strong performance in both gate-all-around and mature node markets. And again, our upgrades business grew to a new high, up mid-teens percent over the prior quarter as NAND customers migrate to higher layer count, higher performance devices to meet the faster read right requirements and greater storage demands of AI applications. In short, we are executing well on the served market expansion and share growth story we laid out at our Investor Day earlier this year. 3D scaling of device and advanced packaging architectures is accelerating growth in etch and deposition intensity, and Lam's new products targeting key technology inflections are winning with customers. Furthermore, in advanced services, Lam is at the forefront of realizing the vision of an autonomous fab. We are gaining momentum with our Equipment Intelligence enabled Dextro cobots, which provide device makers with an unprecedented level of equipment maintenance precision and repeatability. The result is enhanced tool-to-tool matching, improved machine availability, lower operational costs and, in some cases, higher yield. In the June quarter, Lam expanded our Dextro capabilities to cover 3 additional tool types, and we are accelerating the road map to support more products and more shipments in coming quarters. Turning to the overall market environment for calendar year 2025. We expect wafer fabrication equipment, or WFE spending to be in the $105 billion range, up from our prior view of approximately $100 billion, predominantly due to an uptick in domestic China related spending. We see non-China investments remaining broadly consistent with our prior view. Currently, we expect WFE in the second half of the calendar year to be roughly flat with the first half. Looking forward to 2026, it is still too early to comment on the overall level of WFE spending. However, our strong position in gate- all-around, advanced packaging, high-bandwidth memory and NAND layer conversions, we feel confident that Lam is well positioned to outperform. In 2025, Lam's served available market, or SAM, is set to expand to around mid-30s percent of WFE due to these industry drivers and we expect them to work in Lam's favor again in 2026. Longer term, we are on a solid path to grow our SAM to the high 30% range of WFE by continuing to deliver critical solutions for atomic level device scaling, new materials innovation and advanced packaging integration. The key R&D investments that we've made over the last several years have enabled us to create the broadest, most competitive product portfolio in the company's history, thereby putting us in a strong position to win over 50% share of the incremental SAM over time. I'll share a couple of examples that underscore our early progress towards our SAM expansion and share gain goals. First is our Halo ALD Moly tool, which is ramping at multiple NAND customers this year. We expect moly adoption to increase broadly as more customers convert NAND capacity to 200 layers and higher in the next few years. Lam is leading the industry transition to ALD Moly not only in NAND, but also in foundry/logic. AI is driving greater transistor performance requirements and, in turn, accelerating the inflection to gate-all-around device architectures. However, below 2 nanometers, gate-all-around structures begin to encounter significant resistance capacitance or RC challenges. Narrower transistor contacts in these devices cause greater electrons gathering, resulting in higher resistance of the deposited tungsten films. Replacing tungsten with molybdenum solves the resistance problem, but the process of depositing this higher performance material is inherently slower and more complex. This is driving a roughly 3x increase in Lam metal deposition SAM per wafer when transitioning to advanced gate-all-around nodes. Today, we are the only company with ALD Moly tools already in production in foundry/logic. And in the June quarter, we secured a key win at another leading foundry customer for their next-generation application. As moly adoption expands across various metal interconnect layers, the flexibility of Lam's unique multistation architecture to execute both plasma and thermal processing in the same chamber enables optimization of process conditions and process step sequencing to meet requirements for different applications and over multiple generations of future logic devices. Another area where we have made strong progress is advanced packaging. Advanced packaging is critical for scaling system performance to address next-generation AI requirements and so far has enabled up to 100% improvement in memory density, 4x improvement in bandwidth and an approximate 40% gain in power efficiency. Lam SAM is growing with greater adoption of next- generation packaging architectures for DRAM, CPUs, GPUs and ASICs used in data centers. In 2021, leading-edge foundry/logic customers spent just 1% of WFE on advanced packaging. With AI's rapid adoption of advanced packaging, that number has grown more than 6x. In the future, we expect end consumer devices like mobile application processors and laptop CPUs to also feature more complex packaging schemes as on-device AI becomes mainstream. We are a leader in the advanced packaging inflection and are leveraging our experience to win more opportunities. For example, Lam is a mass unmatched experience in copper plating hardware design and process technology over the last 20 years. We have, by far, the largest installed base in the industry and recently achieved a significant milestone of 6,000 installed plating sales. By incorporating our learning from the installed base into improvements in our latest SABRE 3D system, we are delivering best-in- class collinearity, uniformity and defectivity in high-volume advanced packaging environments. The experience we have gained at the leading edge is now cascading to additional wins with next tier customers seeking to adopt a proven best-in-class solution. SABRE 3D market share in advanced packaging is expected to grow nearly 5 points year-on-year in calendar 2025. Finally, let me pivot to the strong momentum we're seeing with our newest generation etch tools. In NAND, we continue to solidify our leadership in high aspect ratio dielectric etch. Equipped with our cryo process, our Vantex system recently won a key multigeneration etch decision at a major NAND customer. This further confirms our differentiation in both technology innovation and high-volume production worthiness in the NAND segment. Across all device types, our state-of-the-art conductor etch tool Akara, is off to a solid start since its launch earlier this year. By combining direct power coupling with Lam's unique plasma pulsing capabilities, Akara delivers industry-leading depth uniformity and profile control that is vital for DRAM scaling. In the June quarter, Akara secured multiple new application wins at a top DRAM maker. So to wrap up, I'm excited by the breadth of opportunities I see ahead for the company and encouraged by the outstanding progress our team has already made for the long-term goals we communicated at our February Investor Day. Etch and deposition intensity is rising with 3D scaling. Our products are winning in key technology inflections. And as a result, there is tremendous potential for Lam to continue expanding SAM and to grow share at each successive process technology node. Now here's Doug to talk about our quarterly financial performance and the September outlook.