KLA (KLAC) Q1 FY2027 Earnings Call: Q&A Summary

Q: Jim Schneider from Goldman Sachs asked how KLA is thinking about calendar 2027 and its ability to outgrow the market given advanced packaging growth.

A: Bren Higgins stated that the setup for 2027 is favorable, driven by leading-edge foundry and logic investments, greenfield DRAM, HBM dynamics, and advanced packaging, and that supply will be there to meet strong demand.

Q: Jim Schneider asked whether the shape of 2027 will be back-half loaded or more linear compared to 2026.

A: Bren Higgins noted that sequential growth is expected for the next several quarters, making 2027 look a bit more linear rather than having a significant half-to-half spike.

Q: Harlan Sur from JPMorgan asked if KLA can return to the 63% plus gross margin range on a strong WFE outlook in 2027 despite cost headwinds.

A: Bren Higgins explained that while memory costs remain challenging, manufacturing scale, new product capabilities, and pricing initiatives will drive improvement, moving toward the target model as 2027 progresses.

Q: C.J. Muse from Cantor Fitzgerald asked when process control gross margins might return to the mid-60s level seen in June 2025.

A: Bren Higgins stated that on a consistent mix, process control margins can trend there as KLA moves into the second half of 2027 on new product deals. Richard Wallace added that internal engineering work is ongoing to use less memory in systems to lower percent content over time.

Q: Harlan Sur asked if recovering legacy nodes like auto, industrial, and IoT are contributing to the strong growth outlook next year and what percentage of the business is mature.

A: Bren Higgins stated that power and mature nodes are seeing some recovery and year-to-year growth, but at a much slower rate than the leading edge, noting that process control intensity is lower in legacy nodes.

Q: C.J. Muse asked what KLA has seen regarding lead times over the last 3 to 6 months and how that informs hiring and supply chain preparations.

A: Richard Wallace and Bren Higgins noted that lead times average around 12 months or more for Gen 4 and Gen 5 lines. KLA is adding headcount in manufacturing and service, expanding facilities, and working with optics suppliers to support a multiyear investment cycle.

Q: Melissa Weathers from Deutsche Bank asked what inning KLA is in regarding supply expansion and whether the December quarter guidance was constrained by supply.

A: Bren Higgins responded that component move rates are increasing month by month, informing December and 2027 views. While demand was ahead of supply throughout the year, incremental supply is now coming online.

Q: Christopher Caso from Wolfe Research asked whether customer facility delays or supply chain constraints pose impediments to expected growth in 2028.

A: Richard Wallace explained that bottlenecks move around and can include customer clean room construction or power limitations, which actually helps prolong the industry growth cycle rather than relying solely on equipment delivery.

Q: Timothy Arcuri from UBS asked if KLA expects to gain share and grow faster than the low-to-mid 30s WFE growth expected next year.

A: Bren Higgins and Richard Wallace confirmed that with improving supply positions, advanced packaging, and leading-edge process control relevancy, KLA expects to outgrow the market.

Q: Timothy Arcuri asked whether the large projected increase in DRAM revenue is driven by simple fab retooling or increasing inspection intensity.

A: Richard Wallace and Bren Higgins stated that inspection intensity in DRAM is definitely increasing due to complex advanced devices, HBM requirements, and greenfield fabs where yield is critical.

Q: Krish Sankar from TD Cowen asked if greenfield DRAM and leading-edge foundry/logic are the two key early specific drivers for outperformance next year.

A: Richard Wallace and Bren Higgins reiterated that new facilities and technology node transitions are major drivers, supported by an improved supply capability compared to the first half of 2026.

Q: Stacy Rasgon from Bernstein Research asked why KLA shouldn't reach its 2030 revenue model as early as 2027 given WFE levels.

A: Bren Higgins explained that the 2030 model includes assumptions around service installed base growth, non-semi PCB business growth, and market share ticking up from 7.5% to closer to 9%, though top-line performance will scale with demand.

Q: Stacy Rasgon asked if incremental operating margin ranges should be structurally higher than 40% to 50% given current performance.

A: Bren Higgins replied that performance depends on annual growth rates, noting that normalized growth yields the midpoint, while 25% revenue growth pushes results toward or above the top end of the model.

Q: Joseph Quatrochi from Wells Fargo asked what drove the record CapEx this quarter and how to think about future CapEx.

A: Bren Higgins noted a significant land purchase in India for a new campus. Absolute annual CapEx is expected to trend between $600 million and $800 million to support multiyear capacity expansion across sites.

Q: Joseph Quatrochi asked whether services growth will remain at the high end of its long-term algorithmic range in 2027.

A: Bren Higgins stated there is every reason to expect services to operate at the higher end of the range given industry growth, installed base additions, and high tool utilization.

Q: Christopher Caso asked about expectations for China revenue in Q4 and heading into next year.

A: Bren Higgins stated China will moderate in Q4 to the high 20 percentile range and continue to grow at a slower rate than the overall business in 2027, likely operating in the low 20th percentile.

Q: Shane Brett from Morgan Stanley asked if customers require higher sensitivity tools for advanced packaging and how the competitive environment looks.

A: Bren Higgins stated that hybrid bonding and logic devices drive the need for higher sensitivity, allowing KLA to leverage R&D from advanced platforms and maintain a strong competitive position.

Q: Shane Brett asked if KLA has preliminary expectations for share gains from 2-nanometer and 1.4-nanometer nodes.

A: Bren Higgins and Richard Wallace stated that high-performance compute requirements demand advanced capabilities and more sampling steps, positioning KLA well to grow its share node-to-node.