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The largest U.S. maker of memory chips, Micron manufactures and sells various types of DRAM and NAND memory used in everything from PCs and smartphones to automobiles and data centers. Founded in the basement of a Boise dental office in 1978, the company has grown into a leader in both semiconductor R&amp;D and manufacturing, with more than 15,000 active U.S. patents and 7,500 active foreign patents to its name and a string of chip manufacturing facilities throughout the U.S. and Asia. The company announced plans in 2022 to construct a “megafab” in upstate New York, promising to spend $100 billion on the project over a period of 20 years.

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Micron Technology (MU): Company Profile, Stock Price, News, Rankings

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Micron Technology

micron technology

As a reminder, today's program is being recorded. And now I'd like to introduce your host for today's program, Satya Kumar, Investor Relations. Please go ahead, sir.

Thank you, and welcome to Micron Technology's Fiscal First Quarter 2026 Financial Conference Call. On the call with me today are Sanjay Mehrotra, our Chairman, President, and CEO, and Mark Murphy, our CFO. Today's call is being webcast from our Investor Relations site at investors.micron.com, including audio and slides. In addition, a press release detailing our quarterly results has been posted on the website, along with the prepared remarks for this call. Today's discussion contains forward-looking statements that are subject to risks and uncertainties. These forward-looking statements include statements regarding our future financial and operating performance, as well as trends and expectations in our business, contractual terms, market, industry, products, and regulatory and other matters. These statements are based on our current assumptions, and we assume no obligation to update these statements.

Please refer to our most recent financial reports on Forms 10-K, Forms 10-Q, and our other filings with the SEC for more information on the risks and uncertainties that could cause actual results to differ materially from expectations. Today's discussion of financial results is presented on a non-GAAP financial basis unless otherwise specified. A reconciliation of GAAP to non-GAAP financial measures can be found on our website. I'll now turn the call over to Sanjay.

Thank you, Satya. Micron had an outstanding start to fiscal 2026, delivering fiscal Q1 revenue, gross margin, and EPS well above the high end of our guidance. This financial performance was driven by our strong execution across end markets and products in a tight supply environment. We achieved a number of records in fiscal Q1. Total company revenue, DRAM and NAND revenue, as well as HBM and data center revenue, and revenue in each of our business units also reached new records. We have completed agreements on price and volume for our entire calendar 2026 HBM supply, including Micron's industry-leading HBM4. We forecast an HBM TAM CAGR of approximately 40% through calendar 2028, from approximately $35 billion in 2025 to around $100 billion in 2028. This $100 billion HBM TAM milestone is now projected to arrive two years earlier than in our prior outlook.

Remarkably, this 2028 HBM TAM projection is larger than the size of the entire DRAM market in calendar 2024. We are excited about our customized HBM4E customer engagements, which offer further differentiation opportunities to us, and we continue to make excellent progress on our HBM roadmap. Memory is now essential to AI's cognitive functions, fundamentally altering its role from a system component to a strategic asset that dictates product performance from data center to the edge. This structural shift means that system capabilities heavily rely on advanced memory for real-time contextual processing, which is vital for achieving autonomous and intelligent behaviors in AI data centers, as well as in applications ranging from self-driving cars to advanced medical diagnostics.

With our technology leadership, differentiated product portfolio, strong operational execution, and solid balance sheet, Micron is in the best competitive position in its history and is one of the semiconductor industry's biggest enablers of AI. We anticipate substantial new records in revenue, gross margin, EPS, and free cash flow for both the second quarter and the full fiscal year 2026, and we expect our business performance to continue to strengthen through the year. Sustained and strong industry demand, along with supply constraints, are contributing to tight market conditions, and we expect these conditions to persist beyond calendar 2026. We are making progress with customers in our discussions for multi-year contracts with specific commitments. Simultaneously, we are focused on maximizing our production output from our current footprint, ramping our industry-leading technology nodes, and investing in new cleanroom space to add to our supply capability.

Micron's technology leadership is foundational to our strong competitive position. Micron has led the industry for four consecutive technology nodes in DRAM and three nodes in NAND, with progressively faster yield ramps in every node. Our 1-gamma DRAM node is ramping well. 1-gamma will be the primary driver of our DRAM bit growth in calendar 2026 and will be the majority of our bit output in the second half of the calendar year. Looking beyond 1-gamma, development is underway for 1-delta and 1-epsilon nodes, which will feature innovations that we expect to extend our differentiation and technology leadership. In NAND, we are ramping our G9 node with robust yield ramps across both data center and client SSDs. Our QLC NAND mix, including G9 QLC, reached a record high during the quarter.

Technology transitions to G9 will be the primary driver of our NAND bit growth in calendar 2026, and we expect it to become our largest NAND node later in fiscal 2026. I'm pleased to report that calendar 2025 is a record year for Micron in terms of both internal and customer quality measures, positioning us well to deliver for our customers as the memory industry's quality leader. As our products are increasingly integrated into higher value applications, our leadership in quality is becoming a more important differentiator. Turning to our end markets, as the world's leading technology companies advance toward artificial general intelligence and transform the global economy, our customers are committing to an extraordinary multi-year data center build-out. This growth in AI data center capacity is driving a significant increase in demand for high-performance and high-capacity memory and storage.

Server unit demand has strengthened significantly, and we now expect calendar 2025 server unit growth in the high teens % range, higher than our last earnings call outlook of 10%. We expect server demand strength to continue in 2026. Server memory and storage content and performance requirements continue to increase generation to generation. Micron has a differentiated portfolio of high-value data center solutions to address these requirements, including our HBM, high-capacity server memory solutions, and data center SSDs. Micron's HBM4, with industry-leading speed over 11 gigabits per second, is on track to ramp with high yields in the second calendar quarter of 2026, consistent with our customers' product ramp plans. Our HBM4 uses advanced CMOS and advanced metalization process technologies on the base logic die and DRAM core dies, which are designed and manufactured in-house.

This, along with our unique HBM design, packaging, and test capability, enables Micron's industry-leading performance and low-power leadership. Micron pioneered the adoption of LPDRAM in the data center. Micron's low-power DRAM server modules consume one-third the power of DDR DRAM server modules. Building on this leadership, we have sampled our 192-gigabyte LPCAMM2 product, which enables a 50% increase in capacity per module and a rack-scale LPDRAM density of over 50 terabytes. Our data center NAND portfolio revenue exceeded $1 billion in fiscal Q1, and we are seeing strong momentum across our data center SSD portfolio, enabled by our leadership NAND technology. In the performance SSD category, Micron has introduced the world's first PCIe Gen 6 SSD, leveraging our G9 NAND. We are seeing rapidly increasing qualification commitments for this product, including at hyperscalers.

In mainstream storage, our SSDs based on G9 NAND are already seeing robust demand in the first quarter of calendar 2026. In capacity storage, our QLC-based 122- and 245-terabyte G9 SSDs are entering qualification at multiple hyperscale customers. PC demand continues to be driven by Windows 10 end-of-life and AI PCs. We forecast PC unit sales to grow high single-digit % range in calendar 2025, above our prior expectations provided in our last earnings call of mid-single digits. As we look ahead into 2026, we expect these demand drivers to continue, while memory supply constraints may affect some PC unit shipments. Micron has completed multiple OEM qualifications of our 16-gigabit 1-gamma-based DDR5 and our G9-based PCIe Gen 4 QLC SSDs. Turning to mobile, smartphones unit volumes in calendar 2025 are on track to grow in the low single-digit % range. AI is driving memory content growth.

The shipment mix of flagship smartphones with 12 gigabytes of DRAM increased to 59% in calendar Q3, more than twice the level from a year ago. Micron is accelerating innovation across our mobile DRAM portfolio. In fiscal Q1, we began sampling our breakthrough 1-gamma 16-gigabit LPDDR6 product to leading OEM and ecosystem partners, marking a major milestone in next-generation memory technology. LPDDR6 will power AI at the edge, delivering over 50% higher performance and improved power efficiency for flagship smartphones and AI PCs. Micron also sampled our 1-gamma LP5X 24-gigabit product and began volume shipments of the previously announced 1-gamma LP5X 16-gigabit product to multiple OEMs. Turning to auto, industrial, and embedded. In automotive, L2+ and L3 adoption is driving robust demand today, and our customers' roadmaps indicate a significantly higher memory content in fully automated vehicles.

Micron is uniquely positioned for growth with our differentiated product portfolio and automotive market share leadership. Our ASIL-rated LPDDR5X and UFS 4.1 NAND products, optimized for automotive and advanced robotics that include bandwidth-enhancing features, are seeing strong demand and have already secured billions of dollars in design wins. In industrial, demand continues to strengthen, driven by the growing adoption of autonomous systems across various applications. Long-term demand trend trajectory remains robust for memory and storage in industrial applications, such as in factory automation, aerospace and defense, humanoid robotics, edge networking, and video surveillance. Across both auto and industrial markets, LPDDR4X and DDR4 are also experiencing strong demand, and we are making investments to provide long-term supply from our Manassas, Virginia fab. Now turning to our market outlook.

Over the last few months, our customers' AI data center build-out plans have driven a sharp increase in demand forecasts for memory and storage. We believe that the aggregate industry supply will remain substantially short of the demand for the foreseeable future. The dramatic increase in HBM demand is further challenging the supply environment due to the 3:1 trade ratio with DDR5, and this trade ratio only increases with future generations of HBM. Additional cleanroom space is necessary to address this increased demand and lead times for cleanroom build-out are lengthening across geographies. Together, these demand and supply factors are driving tight industry conditions across DRAM and NAND, and we expect tightness to persist through and beyond calendar 2026. Calendar 2025 DRAM and NAND industry bit demand growth expectations are higher than in our last earnings call outlook.

We now expect calendar 2025 DRAM bit demand growth to be in the low 20% range versus high teens previously. We expect 2025 NAND bit demand growth to be in the high teens percentage range versus low to mid teens previously. We expect calendar 2026 industry DRAM and NAND bit shipment growth to be constrained by industry supply. We expect both DRAM and NAND calendar 2026 industry bit shipments to increase around 20% from 2025 levels. Micron is working hard to support our customers' demand during this time, and we expect to grow our DRAM and NAND bit shipments approximately 20% in calendar 2026. Despite significant efforts, we are disappointed to be unable to meet demand from our customers across all market segments. Micron plans to increase our fiscal 2026 CapEx to approximately $20 billion versus our prior estimate of $18 billion.

This increase will primarily support our HBM supply capability and also our 1-gamma supply in calendar 2026. We are pulling in equipment orders and accelerating installation timelines to maximize output capability. Micron is also investing across our global manufacturing footprint to add supply to support longer-term demand. We are seeing an enthusiastic customer response to our planned U.S. supply. We are pulling in our first Idaho fab timeline, and we now expect first wafer output in mid-calendar 2027, earlier than our prior expectation of second half calendar 2027. Earlier this year, we announced our plans for the second Idaho fab, which will begin construction in 2026 and be operational by the end of 2028. We are making good progress on securing necessary permits for our New York site and appreciate the partnership with the state of New York and the Trump administration.

We plan to break ground on our first New York fab in early calendar 2026, which we expect will provide supply in 2030 and beyond. In Japan, with the support of METI, we are making technology and manufacturing investments. We are enabling future DRAM technology transition in coordination with our Boise R&D team. We are also adding cleanroom space in our Hiroshima fab to support these advanced nodes, which will increase production scale and optimize fab economics. In Singapore, our HBM advanced packaging facility is on track to contribute meaningfully to our HBM supply in calendar 2027. As HBM becomes a part of our Singapore manufacturing footprint, we expect opportunities for synergies between NAND and DRAM production. We are pleased with the progress on our assembly and test facility in India, which has initiated pilot production and will ramp in 2026.

As we make progress on our strategic manufacturing initiatives, we will continue to be responsive to the market environment and disciplined with our CapEx plans. I will now turn it over to Mark for our fiscal Q1 financial results and outlook.

Thank you, Sanjay, and good afternoon, everyone. Micron delivered strong financial results for the fiscal first quarter, with revenue, gross margin, and EPS all exceeding the high end of our guidance. During the quarter, we generated record free cash flow, reduced our debt, and returned to net cash. Total fiscal Q1 revenue was $13.6 billion, up 21% sequentially and up 57% year over year, setting a quarterly record for the third consecutive quarter. We saw sequential revenue growth across all our business units. Fiscal Q1 DRAM revenue was a record $10.8 billion, up 69% year over year, and represented 79% of total revenue. Sequentially, DRAM revenue increased 20%.

Bit shipments were up slightly, and prices increased approximately 20%, driven by tight industry DRAM supply, pricing execution, and favorable mix. Fiscal Q1 NAND revenue was a record $2.7 billion, up 22% year over year, and represented 20% of Micron's total revenue. Sequentially, NAND revenue increased 22%. NAND bit shipments increased in the mid- to high single-digit % range, and prices increased in the mid-teens % range, driven by tight NAND industry supply, pricing execution, and favorable mix. The consolidated gross margin for fiscal Q1 was 56.8%, up 11 percentage points sequentially. This improvement was driven by higher pricing, with strong cost execution and favorable mix. Now turning to quarterly financial performance by business unit. Cloud Memory Business Unit revenue was a record $5.3 billion and represented 39% of total company revenue. CMBU revenue was up 16% sequentially, driven by an increase in bit shipments and higher prices.

CMBU gross margins were 66%, higher by 620 basis points sequentially, supported by cost execution and higher pricing. Core Data Center Business Unit revenue was a record $2.4 billion and represented 17% of total company revenue. CDBU revenue was up 51% sequentially, driven by robust bit shipments and higher pricing. CDBU gross margins were 51%, up 990 basis points sequentially, supported by higher pricing and cost execution. Mobile and Client Business Unit revenue was a record $4.3 billion and represented 31% of total company revenue. MCBU revenue was up 13% sequentially, driven by higher pricing, partially offset by lower bit shipments. MCBU gross margins were 54%, up 17 percentage points sequentially, driven primarily by higher pricing. Automotive and Embedded Business Unit revenue was a record $1.7 billion and represented 13% of total company revenue. AEBU revenue was up 20% sequentially, driven by higher bit shipments and higher pricing.

AEBU gross margins were 45%, up 14 percentage points sequentially, driven primarily by higher pricing. Operating expenses in fiscal Q1 were $1.3 billion, up $120 million quarter over quarter and in line with our guidance range. The sequential increase was driven by higher R&D expenses in support of technology and product development on our new DRAM and NAND technology nodes. We generated operating income of $6.4 billion in fiscal Q1, resulting in an operating margin of 47%, up 12 percentage points sequentially and 20 percentage points year over year. Fiscal Q1 taxes were $977 million on an effective tax rate of 15.1%. Non-GAAP diluted earnings per share in fiscal Q1 was $4.78, with 58% sequential growth and 167% versus the year-ago quarter. Turning to cash flow and capital expenditures.

In fiscal Q1, operating cash flows were $8.4 billion, and capital expenditures were $4.5 billion, resulting in free cash flow of $3.9 billion. Fiscal Q1 free cash flow was a quarterly record, exceeding our prior record in fiscal Q4 2018 by over 20%. Ending inventory for fiscal Q1 was $8.2 billion, down $150 million sequentially, with days of inventory at 126 days. DRAM inventory days remained tight and below 120 days. On the balance sheet, we held $12 billion of cash and investments at quarter end and maintained $15.5 billion of liquidity when including our untapped credit facility. In fiscal Q1, we repurchased $300 million of shares as permitted by the terms of the CHIPS agreement. During the quarter, we also reduced debt by $2.7 billion, paying off a $1 billion balance of term loans and redeeming $1.7 billion of senior notes.

We closed the quarter with $11.8 billion of debt and a net cash balance over $250 million. Through the fiscal year, we expect to further strengthen our balance sheet as we generate additional free cash flow. Before turning to our outlook, I would like to share an update on how we are benefiting from AI use across Micron. Today, over 80% of our professional workforce actively uses GenAI, with total usage up tenfold since last year. In manufacturing, integrating AI into yield and quality management has cut root cause identification time by half in cases. Our coding teams are realizing productivity gains of 30% or more using agentic AI. In R&D, GenAI is accelerating development by reducing cycle times in design verification, product validation, issue triage, and root cause analysis. Across business functions, GenAI is broadening automation opportunities, and we are deploying conversational analytics to accelerate and improve decision-making.

We expect Micron's use of AI across the enterprise to further strengthen our competitiveness in the coming years. Now turning to our outlook for the fiscal second quarter. Industry demand is greater than supply for both DRAM and NAND. We expect higher price, lower cost, and favorable mix to all contribute to gross margin expansion in Q2. Operating expenses for fiscal Q2 are projected to be approximately $1.38 billion. As mentioned last quarter, Micron's fiscal Q4 2026 OpEx will also reflect the effect of an additional work week in this 53-week fiscal year. We expect a fiscal Q2 and fiscal year 2026 tax rate of around 15.5%. Micron is investing in a disciplined manner across our global manufacturing footprint to better meet demand.

To address tight supply-demand conditions extending beyond 2026, we now project our capital spending in fiscal 2026 to be approximately $20 billion, weighted to the second half of the fiscal year. We expect free cash flow to strengthen in fiscal Q2, and we expect to generate significantly higher free cash flow year over year in fiscal 2026. Any impacts that may occur due to potential new tariffs are not included in our guidance. With all these factors in mind, our non-GAAP guidance for fiscal Q2 is as follows. We expect revenue to be a record $18.7 billion, plus or minus $400 million. Gross margin to be in the range of 68%, plus or minus 100 basis points. Operating expenses to be approximately $1.38 billion, plus or minus $20 million.

Based on a share count of approximately 1.15 billion shares, we expect EPS to be a record $8.42 per share, plus or minus $0.20. I'll now turn it over to Sanjay to close.

Thank you, Mark. AI-driven demand is here, and it is accelerating. Micron is capturing these opportunities with the best competitive position in its history. This success is built on the strength of our global team, and I want to thank our team members worldwide for their hard work and dedication. We are in the most exciting time in Micron's history, and the best is yet to come. We will now open for questions. Operator, can you queue up the questions?

Yes, sir. I show our first question comes from the line of Timothy Arcuri from UBS. Timothy Arcuri from UBS, your line is open.

Sanjay, I wanted to ask you about customer LTAs. I know we're hearing about D5 that's being bundled with HBM, and in some cases even NAND. So can you just talk about these LTAs? I know it sounds like these are stretching out through 2026 and in some cases even into 2027. I've even heard of some stuff into 2028. So can you talk about the nature of these LTAs? And then I had a follow-up as well. Thanks.

These are multi-year contracts that we are in discussions with several of our key customers. And these contracts, of course, involve DRAM as well as NAND. And with respect to terms, of course, these contracts that we are under discussions for are very different from prior LTAs. They have specific commitments in them and much stronger contract structure. And beyond that, I can't be giving you specifics at this point.

Of course, in the future, if and when appropriate, we'll be sharing further details.

Thanks. And then, Mark, I wanted to ask you about CapEx. So you took it up to $20 billion net, but it still seems, I mean, you're not guiding all fiscal 2026 revenue, so we don't really know what the capital intensity number is, but it seems like it's like 25%-30%, which is a little below your 35% metric that you usually think of. So is that because you're constrained because of FabSpace? And can you just talk about, does that sort of roll into fiscal 2027 where we would see CapEx up more near that 35% range? Thanks.

And I show our next question in the queue comes from the line of CJ Muse from Cantor Fitzgerald. Please go ahead.

Yeah, yeah. They didn't answer the priorquestion.

Can you turn it back to management so they can answer the prior question?

Sure. Management's line is open. Please proceed. I believe the speaker's lines are muted at this time. Ladies and gentlemen, please continue to stand by. Your call will resume momentarily.

Yes, we can now. You're unmuted, sir. Please proceed.

Okay. I'm not sure what happened there. We were unmuted here. So I just want to make sure that you heard Sanjay's response, correct?

You did not hear Sanjay's response. Okay. Thanks, Tim. So Sanjay—

We heard—no, I heard Sanjay's response to the first question, but I didn't hear your response, Mark, to my question on CapEx and on capital intensity.

Okay, Tim. Okay, Tim. Thank you. So you're right, Tim.

We're not providing a full-year revenue guide. We did indicate that our CapEx was going up in calendar or in fiscal 2026. And a substantial part of that CapEx is to support DRAM and specifically HBM and the 1-gamma and 1-gamma ramp. I would say that from 2025 to 2026, the plan is roughly to double the brick-and-mortar construction CapEx. And at this time, we would expect 2027 CapEx to be up. But I want to emphasize that Micron is going to remain disciplined on CapEx growth to support bit demand and bit supply, and that supply will be in line with demand. As to your question of capital intensity, our capital intensity, of course, is dropping as the market conditions remain very constructive. And of course, we are working to be very efficient with our capital spend.

I show our next question comes from the line of CJ Muse from Cantor Fitzgerald. Please go ahead.

Yeah. Good afternoon. Thank you for taking the question. I guess, Mark, to follow up on the prior question around CapEx, the relative growth seems very conservative in the backdrop that we're in. And it feels like that you're just sitting here without cleanroom space. And it also doesn't sound like you're meaningfully pulling in cleanrooms. So can you talk about the philosophy there? And I guess what I'm taking away from your commentary is that you're being very conservative and judicious with adding capacity here.

Well, I would say that we've been indicating issues with supply for several quarters, that we were working inventories down, that node transitions were going to be the principal source of supply growth in fiscal 2026. And that's exactly what's happening.

We know that cleanroom space takes time, and the HBM growth, which has only picked up with AI-driven demand, has further pressured supply. So there's no near-term solution. As we said in the prepared remarks, the entire industry, we expect to be short to demand. And we're no different in that case. But we are moving quickly to do our best to provide customer supply. And we have pulled in tools. We have accelerated construction in Idaho. We are doing everything we can within our existing footprint and near-term capacity expansions to deliver supply. And so we provided a bit growth number for 2026, and that is supply constrained.

And I'll just add that, of course, we are continuing to make the investments in technology transitions in our existing footprint. And as we highlighted, that 1-gamma node will be a majority driver of our supply growth in 2026.

Of course, you have seen us make investments not only in technology transitions, but also in greenfield capacity, but also enabling greater technology production capability in our existing cleanrooms in Japan. We are making the necessary investments there as well. Of course, we remain disciplined, but we are very much focused and trying to work hard toward increasing our supply there. We are pleased with our plans for Idaho 1, Idaho 2, and of course, New York as well. Of course, in the short term, we are very much focused on maximizing production efficiencies, maximizing our production output from the existing footprint as well. But yes, I mean, demand fundamentals are pretty strong, driven by AI from data center to edge with the build-out of our customers, and supply is significantly short.

I would say that in the medium term, we are only able to meet about 50% to two-thirds of our demand from several key customers. We remain extremely focused on trying to increase the supply here and making the necessary investments.

Very helpful. I guess as a follow-up for gross margins, obviously, the guide is quite stellar. But, curious, as you go through calendar 2026, how should we think about cost down across both DRAM and NAND? And as you transition from 3E to 4, is there anything that we should keep in mind or we should think about in contemplating our models where there might be higher costs temporarily giving yields or whatnot? Thanks so much.

Yeah. CJ, our cost execution has been very good across both DRAM and NAND. Of course, we're getting some volume leverage, but spend control has been very good.

Yields have been good. We do have some startup costs coming in for the new fabs, new construction across the network that starts to come in second half of 2026 and into 2027. But at these sizes of the business, at these levels, it's a relatively small impact on margin. We're not going to provide cost guidance for the rest of the year as it depends on many factors, including mix. But to our earlier question, I can say that we've talked about ramping one gamma DRAM and G9 NAND at length for supply in 2026. And those ramps are proceeding well and will be a tailwind or a cost as these nodes ramp. And regarding your question on HBM3E and HBM4, as we have said, we'll be beginning to ramp production of HBM4 in Q2 timeframe in line with our customer demands.

And of course, our HBM4 is progressing extremely well. Very pleased with our product, industry-leading product with the highest performance of over 11 gigabits per second. And so I mean, that's the highest performance. And very pleased with its overall yield ramp. And we expect our HBM4 to be having a faster yield ramp than our HBM3E. And of course, our mix of HBM3E and HBM4 during 2026 will be very much based on our overall customer demands. And we will have both of these products with strong profile in our 2026 revenue.

And I'll show our next question in the queue comes from the line of Harlan Sur from J.P. Morgan. Please go ahead. Good afternoon and great job on the quarterly execution.

Just over the past three to four months, as we track the different ASIC AI XPU programs, there's been a significant upper revision on ASIC XPU volume shipments next year. You have Google TPU, AWS Trainium, and so on, right? And all of these XPUs are still going to be using HBM3E. Have you, as the team, seen this near-term positive dynamic in your order book for 3E? And given that you're fully contracted for calendar 2026 and what appears to be growing upside to next year's view, how has the Micron team been trying to manage this upside dynamic in 3E alongside a strong HBM4 demand profile?

So as I mentioned to Harlan earlier that, of course, 2026 will have a mix of HBM3E and HBM4.

And we have shared with you in the past that we are engaged with multiple customers, with the entire ecosystem here of HBM customers, and very much engaged with them. And they will all contribute to our strong year-over-year growth in revenue in 2026. And of course, that will be made up of both HBM3E and HBM4. So as I said, I mean, we will continue to manage the mix of the two based on customer requirements. I can tell you that in 2026, supply on HBM will be tight. Non-HBM DRAM will be tight as well. So we are continuing to see, as we have highlighted in our prepared remarks, tightening supply environment. And of course, we see strong year-over-year growth in 2026 for our HBM. We today upped our revenue forecast for HBM. We highlighted that by 2028, we expect it to be $100 billion TAM.

That's two years ahead of our prior outlook. Of course, HBM is on a good trajectory. What I can also tell you is that customers, as their architectures are evolving, as their platforms are evolving, and these are customers across the ecosystem, of course, they are requiring more and more HBM. I mean, the value of memory in terms of ability to deliver the AI capabilities and the functionality and the performance, memory is critical, and more HBM is required. That's across the various AI platforms in the industry. I appreciate that, Sanjay. After two to three quarters of enterprise SSD sort of muted trends, I believe the team saw a strong acceleration in the business, right? According to some of the third-party research estimates, I think your enterprise SSD business grew like 25% sequentially in the most recent quarter, right?

So you're the number three market share leader amongst eight or nine competitors, right? Very strong share position. Given, I would assume, increasing demand trends here, expanding lead times, is the Micron team also entering into long-term supply agreements with your ESSD customers? And then secondarily, I mean, SSD demand, is it more tied to expansion in inferencing workloads as customers aggressively move to monetization? In other words, is storage intensity higher on inferencing versus training workloads? So with respect to enterprise SSDs, really very proud of our engineering and business teams, and of course, our sales teams in terms of our customer engagement and the strong momentum and the share gains that we have with our enterprise SSD. Of course, our enterprise SSDs are a big part, an important part, let me say, of our data center strengthening mix.

Of course, DRAM is continuing to increase in mix toward data center, but data center SSDs are an important part of our overall revenue mix. And we expect to continue to focus on share gains with our strong SSD roadmap, customer engagements, and great quality that we provide to the customers. And as I mentioned, that our multi-year contracts that we are in discussions with, with our several key customers, our SSDs, our data center SSDs are also part of that. And let me tell you that these multi-year contracts are not just about data center customers. They also are about multiple customers across our market segments here.

And in terms of your questions on is the SSD requirement growing with inferencing versus training, what I can tell you is that in the data center AI applications, I mean, as the generative AI moves to more and more video, of course, that drives greater demand for more SSDs as well. So I mean, the rapid evolution of AI from training to inferencing and rapid evolution of AI models and applications, they're all driving greater growth of enterprise SSDs, yes, fueled by GenAI.

And now our next question comes from the line of Tom O'Malley from Barclays. Please go ahead.

Hey, guys. Thanks for taking my question. Sanjay, you've been helpful in the past about kind of talking about Micron's ramp in HBM and then also the ramp of the total market.

Micron Technology (MU) Q1 2026 Earnings Call Transcript

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