MU

Micron Technology, Inc.

AI '24: Manf & Foundries AI '25: Google TPU Complex AI '25: Semis & Memory AI '26: CPUs AI '26: Integrated Device Manufacturers AI '26: Memory & Packaging AI '26: Micron Complex Memory '26: CXL / Memory Expansion Memory '26: DRAM Memory '26: Enterprise SSD & Managed Storage Memory '26: Graphics & Mobile Memory Memory '26: High Bandwidth Memory Memory '26: NAND / Flash

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Overview

Micron Technology, Inc. designs, manufactures, and sells memory and storage products globally. It offers DRAM for fast data access, NAND for storage, and HBM fo

Micron Technology, Inc. designs, manufactures, and sells memory and storage products globally. It offers DRAM for fast data access, NAND for storage, and HBM for AI processors. Revenue comes from Cloud Memory (32%), Mobile and Client (32%), Core Data Center (24%), and Automotive and Embedded (11%). They sell to cloud providers, phone and car manufacturers, and AI chipmakers.

What They Do (Plain English & Analogies): Micron Technology, Inc. designs, manufactures, and sells memory and storage products worldwide. Think of a computer like a workspace: DRAM is the desk surface where you keep things you are working on right now (short-term memory), and NAND is the filing cabinet where you store files for later (long-term storage). Their newest product, High Bandwidth Memory (HBM), is like a super-fast, multi-lane highway that connects the desk directly to a high-powered AI processor, allowing massive amounts of data to move instantly. Without Micron's chips, AI models like ChatGPT couldn't 'think' because they wouldn't have anywhere to hold their thoughts.
Very Brief History: Founded in 1978 in a Boise, Idaho basement, Micron evolved from a small semiconductor design firm into one of the world's 'Big Three' memory producers. It survived decades of brutal industry consolidation and price wars, notably acquiring Japan's Elpida Memory in 2013 to solidify its global scale. Today, it has transitioned from a commodity chipmaker to a high-tech leader, pioneering advanced manufacturing nodes (like 1-gamma DRAM) that are essential for the artificial intelligence era.
"Street Stereotype": Historically, the Street viewed Micron as a 'cyclical commodity play'—a stock you buy when chip prices are low and sell when they peak. However, the narrative is shifting toward Micron being a 'secular AI winner.' Analysts now see it as a strategic enabler of the AI revolution, with its HBM products acting as a bottleneck for AI chip giants like Nvidia, which has led to more stable, long-term contracts and record-breaking profit margins.
Subsidiaries On Linked In*: None (Micron Technology, Inc. is the parent company; Crucial is a brand).
Customer Sectors & Example Clients: Micron serves the Data Center, Mobile, PC, Automotive, and Industrial sectors. Key clients include AI chipmakers like NVIDIA (e.g., for Vera Rubin and Groq 3 LPX platforms) and AMD, hyperscalers such as Microsoft (Azure), Amazon (AWS), Google (GCP), and Meta. They also supply PC manufacturers (e.g., Dell, HP, Lenovo), smartphone giants (e.g., Apple, Samsung for Galaxy S26, Google for Pixel 10), and automotive leaders (e.g., Tesla, Ford) for autonomous driving systems.
New Customers / Segments They'Re Targeting: Micron is targeting new and expanding segments driven by AI, including data center AI use cases such as vector databases and KV cache offload, and the expanding use of LP DRAM in data centers. They are also focused on on-device AI in PCs, supporting agentic AI applications (like OpenClaw) and personal AI workstations (such as NVIDIA DGX Spark and AMD Ryzen AI Halo). In smartphones, they are targeting new flagship devices with agentic AI integrated into mobile operating systems (like Samsung Galaxy S26 and Google Pixel 10). Additionally, they are addressing the accelerating deployment of Level 2+ ADAS and L4 autonomy in automotive, and see humanoid robotics as a significant new 20-year growth vector for memory and storage.
Supply Chain And Sourcing Geographies: Micron is expanding its global manufacturing footprint. They are making technology and manufacturing investments in Japan, including adding cleanroom space in their Hiroshima fab. Their HBM advanced packaging facility in Singapore is on track to contribute meaningfully to HBM supply in calendar 2027. A new NAND fab is also planned for their Singapore site, with initial wafer output expected in the second half of calendar 2028. An assembly and test facility in India has commenced commercial shipments. In the United States, they expect initial wafer output at their first Idaho fab in mid-calendar 2027, with ground preparation begun for a second Idaho fab. They have also broken ground on their first fab at the New York site, with initial ground preparation activities ahead of plan. Micron has also successfully closed the acquisition of the Tongluo site from Powerchip Semiconductor in Taiwan, which is expected to support meaningful product shipments from the existing fab beginning in fiscal 2028, and they plan to begin construction of a similar-sized second cleanroom at this site by the end of fiscal 2026. Micron designs and manufactures its HBM4's advanced CMOS and advanced metallization process technologies on the base logic die and DRAM core dies in-house.
Sales Geographies And Expansion Plans: Micron sells its products globally, serving a diverse customer base across data centers, mobile, PC, automotive, and industrial sectors worldwide. While the company is significantly expanding its manufacturing capacity in the US (Idaho, New York), Taiwan (Tongluo), Japan (Hiroshima), Singapore, and India, the transcript does not explicitly detail plans to expand sales into new geographical regions, but rather to meet increasing global demand across existing and emerging end-markets.
How Key Themes May Help/Hurt: Micron is strongly positioned to benefit from the 'AI '26: Memory & Packaging' theme. The AI revolution is driving an unprecedented 'Memory Supercycle' and demand for high-bandwidth memory (HBM), DRAM, and SSDs, which are core to Micron's business. The company's focus on HBM4 and HBM4E, along with its advanced packaging facility in Singapore, directly aligns with the theme's bullish drivers. The increasing complexity of AI GPUs necessitates rigorous memory testing, which benefits the overall ecosystem Micron operates within. Similarly, the 'AI '25: Semis & Memory' theme, which highlights the expansion of AI applications requiring advanced semiconductor technologies and high-performance memory, directly supports Micron's growth through its industry-leading nodes and HBM products. The 'AI '24: Manf & Foundries' theme, emphasizing investment in advanced manufacturing, is advantageous for Micron as its massive CapEx for new fabs and cleanrooms in the US, Taiwan, Singapore, and Japan directly addresses the need for scaling AI infrastructure. Even the 'AI '25: Google TPU Complex' theme, by driving overall demand for high-performance compute and critical supply chain components like HBM, indirectly benefits Micron by intensifying the need for its specialized memory solutions across the industry. While the theme acknowledges potential oversupply risk in the long term due to aggressive capacity increases, Micron's current position benefits from the structural demand and supply constraints.

3 Main Long-Term Bull Details

AI-Driven Memory Supercycle and Strategic Asset Status: AI is fundamentally recasting memory as a defining strategic asset, driving unprecedented demand for high-performance memory (HBM, LP DRAM, DDR5) across data centers, edge devices, and new applications like robotics. Micron is a key enabler and beneficiary, with its HBM4 and HBM4E roadmap, and expanding LP DRAM and data center SSD portfolio. 2. Structural Supply Constraints and Pricing Power: The industry faces persistent structural supply constraints for both DRAM and NAND, expected to remain tight beyond calendar 2026, due to factors like cleanroom limitations, long construction lead times, higher HBM trade ratios, and declining bits per wafer growth. This imbalance leads to strong pricing power and enables Micron to secure multi-year Strategic Customer Agreements (SCAs) with specific commitments, providing greater business stability and visibility. 3. Technology Leadership and Manufacturing Expansion: Micron is executing on industry-leading technology nodes (1-gamma DRAM, G9 NAND) with fast ramps and high yields, and is increasing EUV adoption. The company is aggressively expanding its global manufacturing footprint with new fabs and cleanrooms in the US (Idaho, New York), Taiwan (Tongluo), Singapore, and Japan, along with advanced packaging in Singapore and assembly/test in India, positioning it to meet long-term AI-driven demand.

3 Main Long-Term Bear Details

Massive Capital Intensity and Potential Oversupply Risk: Micron's significantly increased CapEx (above $25 billion for fiscal 2026, stepping up meaningfully in fiscal 2027, with construction spend growing over $10 billion year-over-year in fiscal 2027) for fab construction and equipment, while necessary, creates a high investment burden. This substantial spending, coupled with potential aggressive capacity expansion by competitors, could lead to oversupply in the future if AI demand growth decelerates or if execution challenges arise with yield ramps and construction milestones. 2. Geopolitical Risks and Trade Policy Impacts: Geopolitical developments, including potential new tariffs, remain a concern, with management explicitly stating that such impacts are not included in their guidance. Given Micron's global manufacturing footprint and end-market exposure, aggressive shifts in U.S. trade policy or new restrictions on AI-related memory exports could compress margins and disrupt the current growth trajectory. 3. Demand Elasticity and Customer Allocation Challenges: While AI demand is strong, rapidly rising memory prices and supply constraints may eventually trigger demand elasticity in non-AI segments like PCs and smartphones, potentially leading to lower unit shipments or customers down-specifying memory content. Micron is currently unable to meet 50% to two-thirds of demand from several key customers, indicating potential lost sales or customer dissatisfaction in a highly constrained environment.

Competitors And Differentiation: Micron's primary competitors in the memory and storage market include Samsung and SK Hynix. Micron differentiates itself through: 1. **Technology Leadership**: Ramping industry-leading 1-gamma DRAM (expected to be its highest volume node) and G9 NAND technology nodes, with plans for increased EUV adoption at the 1-delta DRAM node. They are also pioneering HBM4 and HBM4E, leveraging 1-gamma DRAM. 2. **Product Innovation**: Pioneering LP DRAM for data centers (consuming one-third the power of DDR DRAM), sampling the industry's first 256GB LP SOCAMM2, launching the industry's first Gen5 QLC client SSD based on G9 NAND, and being first with a G9-based UFS 4.1 automotive solution. 3. **Quality**: A clear majority of their customers rank Micron #1 in quality. 4. **Vertical Integration**: Designing and manufacturing HBM4's advanced CMOS and advanced metallization process technologies on the base logic die and DRAM core dies in-house. 5. **Strategic Positioning**: As the only U.S.-based manufacturer of advanced memory products, Micron is uniquely positioned to capitalize on opportunities. 6. **Speed to Market**: Co-locating R&D and high-volume manufacturing at their Boise and Singapore sites to speed up time to market for leading-edge products.
Recent Performance & What The Market'S Focused On: Micron delivered an exceptional fiscal Q2 2026, achieving stellar records in revenue ($23.9 billion), gross margin (75%), EPS ($12.20), and free cash flow ($6.9 billion). DRAM revenue reached a record $18.8 billion, and NAND revenue hit a record $5 billion. The company also announced a 30% increase in its quarterly dividend. For fiscal Q3 2026, Micron anticipates further exceptional records, guiding revenue to $33.5 billion (plus or minus $750 million), gross margin to approximately 81%, and EPS to $19.15 (plus or minus $0.40). Fiscal 2026 CapEx is projected to be above $25 billion, with a meaningful step-up in fiscal 2027. The market is primarily focused on the sustainability of these record gross margins, the nature and impact of the new multi-year Strategic Customer Agreements (SCAs), and how Micron will allocate its significant free cash flow, particularly regarding share repurchases given CHIPS Act restrictions. Investors are also closely watching the ongoing supply-demand dynamics for DRAM and NAND, and Micron's ability to manage its HBM share and overall product mix amidst strong AI-driven demand and persistent supply constraints.
Brands And Revenue Segments: Micron Technology, Inc. operates under the brands Micron and Crucial. Its revenue segments are primarily categorized by product type and business unit. For fiscal Q2 2026, revenue breakdown was: DRAM at $18.8 billion (79% of total revenue) and NAND at $5 billion (21% of total revenue). By business unit, the breakdown was: Cloud Memory Business Unit (CMBU) at $7.7 billion (32% of total revenue), Mobile and Client Business Unit (MCBU) also at $7.7 billion (32% of total revenue), Core Data Center Business Unit (CDBU) at $5.7 billion (24% of total revenue), and Automotive and Embedded Business Unit (AEBU) at $2.7 billion (11% of total revenue).

Bull / Bear Details

Micron is solidifying its position as a strategic AI enabler, driven by unprecedented financial performance, record gross margins, and a persistent structural s

Thesis

Micron is solidifying its position as a strategic AI enabler, driven by unprecedented financial performance, record gross margins, and a persistent structural supply shortage across DRAM and NAND. Aggressive CapEx and multi-year Strategic Customer Agreements reinforce a strong bullish outlook, despite geopolitical risks and potential demand elasticity in non-AI segments. (Updated: 2026-03-20)

Bull case

Micron delivered exceptional fiscal Q2 results with record revenue, gross margin (75%), EPS, and free cash flow, with Q3 guidance even higher (81% GM). This demonstrates unprecedented pricing power and operational excellence, further underscored by a 30% dividend increase, reflecting confidence in sustained business strength.
Micron's technology leadership in HBM4 (volume shipments for NVIDIA Vera Rubin, HBM4E development), 1-gamma DRAM, and G9 NAND (majority bit mix by mid-CY26) positions it to capture high-value AI-driven demand across data center, edge, and automotive markets. A clear majority of customers rank Micron #1 in quality.
The structural supply-demand imbalance is intensifying and expected to persist beyond 2026, driven by the HBM trade ratio, cleanroom constraints, and declining bits per wafer. Multi-year Strategic Customer Agreements (SCAs) with specific commitments provide long-term revenue visibility and stability, reducing historical cyclical volatility.

Bear case

Micron's significantly increased fiscal 2026 CapEx (above $25 billion) and further step-up in fiscal 2027 for global manufacturing expansion, while necessary, increases execution risk (yield ramps, construction delays) and the potential for overcapacity if AI demand growth decelerates or competitors also aggressively expand.
Geopolitical risks and potential new tariffs remain a concern, explicitly excluded from guidance. Given Micron's global manufacturing footprint and the strategic nature of memory, adverse trade policies or restrictions on AI-related memory exports could disrupt supply chains and negatively impact profitability.
While AI demand is robust, high memory prices and persistent supply constraints could lead to demand elasticity in non-AI segments like PCs and smartphones. Management noted potential unit declines in these markets and an inability to meet 50-66% of key customer demand, tempering broader market growth.

Bull / Bear Case

Bear Case: Micron's significantly increased fiscal 2026 CapEx (above $25 billion) and further step-up in fiscal 2027 for global manufacturing expansion, while necessary, increases execution risk (yield ramps, construction delays) and the potential for overcapacity if AI demand growth decelerates or competitors also aggressively expand. Geopolitical risks and potential new tariffs remain a concern, explicitly excluded from guidance, which could disrupt supply chains and negatively impact profitability given Micron's global manufacturing footprint. While AI demand is robust, high memory prices and persistent supply constraints could lead to demand elasticity in non-AI segments like PCs and smartphones. Management noted potential unit declines in these markets and an inability to meet 50-66% of key customer demand, tempering broader market growth. The stock's underperformance post-earnings despite strong results suggests that high expectations are already priced in.
Bull Case: Micron delivered exceptional fiscal Q2 results with record revenue, gross margin (75%), EPS, and free cash flow, with Q3 guidance even higher (81% GM), demonstrating unprecedented pricing power and operational excellence. This is underscored by a 30% dividend increase, reflecting confidence in sustained business strength. AI is fundamentally recasting memory as a strategic asset, driving increased demand and positioning Micron as a key enabler. The company's technology leadership in HBM4 (volume shipments for NVIDIA Vera Rubin), 1-gamma DRAM, and G9 NAND (majority bit mix by mid-CY26) positions it to capture high-value AI-driven demand across data center, edge, and automotive markets. A structural supply-demand imbalance is intensifying and expected to persist beyond 2026, driven by the HBM trade ratio and cleanroom constraints. Multi-year Strategic Customer Agreements (SCAs) with specific commitments provide long-term revenue visibility and stability, reducing historical cyclical volatility.
More Compelling & Why: Bear. The stock's significant pullback post-earnings, despite stellar results, indicates that much of the bullish AI narrative is already priced in. Valuation metrics like the Discounted Cash Flow (DCF) analysis suggest the stock is overvalued by over 120%, and its EV/EBITDA of 21.01x is 215% above its 10-year median of 6.68x. The substantial increase in CapEx (above $25 billion in FY26, stepping up meaningfully in FY27) creates a risk of overcapacity and execution challenges, which historically has led to cyclical downturns in the memory market. My view would flip if valuation metrics, particularly EV/EBITDA, returned closer to historical averages, indicating a more reasonable entry point for the long-term AI growth story.

Key Factors5 rows

Key Factor	Why It Matters	What To Watch	What It Signals	Where/How To Track	Free Alt Data	Paid Alt Data
High-volume production of G9 NAND-based PCIe Gen6 data center SSDs and strong adoption of 122TB high-capacity SSDs.	Demonstrates Micron's execution in the high-growth data center NAND market, driven by AI use cases. Increased market share and revenue in this segment diversify AI exposure and improve overall profitability.	Continued sequential growth in data center NAND revenues. Management commentary on further design wins, increased market share for data center SSDs, and expansion of high-volume production for PCIe Gen6 and 122TB SSDs.	Continued record data center NAND revenues (e.g., sequential growth >50% as seen in Q2 FY26), expanding market share, and further design wins for PCIe Gen6 and 122TB SSDs = Bullish. Slowdown in adoption, production challenges, or market share decline = Bearish.	Company earnings calls, financial reports (10-Q/10-K), and press releases.	Industry reports from storage market analysts (e.g., Gartner, IDC) on enterprise SSD market share and adoption trends.	Storage Industry Data Providers: SSD shipment volumes and pricing data.
Signing of additional multi-year Strategic Customer Agreements (SCAs) with specific commitments.	SCAs provide greater revenue visibility, business model stability, and reinforce long-term customer engagement, reducing cyclical volatility and supporting sustained profitability.	Management commentary on the number of new SCAs signed, their duration, and the nature of specific commitments (e.g., volume, pricing). Growth in 'Remaining Performance Obligations' (RPO) in future 10-Q/10-K filings.	Announcement of multiple new SCAs with robust, multi-year commitments (e.g., 5-year duration) and growth in 'Remaining Performance Obligations' (RPO) in future 10-Q/10-K filings = Bullish. Lack of new SCA announcements or softening of contract terms = Bearish.	Company earnings calls, investor presentations, and 10-Q/10-K filings (for RPO/contract liabilities).	Industry news outlets reporting on supply agreements between memory manufacturers and large tech companies.	Supply Chain Intelligence Platforms: Tracking long-term supply agreements and customer commitments.
Micron's HBM4 36GB 12-high volume shipments for NVIDIA Vera Rubin and HBM4E development progress.	Confirms Micron's HBM leadership and ability to monetize the AI supercycle. Early volume shipments and next-gen development secure future high-margin revenue streams and strengthen strategic customer partnerships.	Confirmation of sustained HBM4 36GB 12-high volume shipments in CQ1 2026 and subsequent quarters. Updates on HBM4 16-high product sampling and HBM4E volume ramp timeline for calendar 2027.	Sustained volume shipments of HBM4 36GB 12-high in CQ1 2026 and subsequent quarters, along with positive updates on HBM4 16-high sampling and HBM4E development/ramp for calendar 2027 = Bullish. Delays in HBM4 volume ramp, reported yield issues, or revised HBM4E timelines = Bearish.	Company earnings calls, press releases, investor presentations, and industry reports.	Industry analyst reports (e.g., TrendForce, IDC) on HBM market share and technology adoption. NVIDIA's future product announcements.	TechInsights: HBM product teardowns and competitive analysis. Supply Chain Data Providers: Component shipment tracking.
Achievement of 1-gamma DRAM and G9 NAND technology node bit mix targets.	Successful and rapid ramp of leading-edge nodes is critical for cost reduction, performance improvement, and maintaining technology leadership, which directly impacts gross margins and competitive positioning.	Management confirmation that 1-gamma DRAM is on track to become a majority of DRAM bit mix by mid-calendar 2026. Confirmation that G9 NAND is on track to constitute a majority of NAND bits by mid-calendar 2026.	Confirmation that 1-gamma DRAM is on track to become a majority of DRAM bit mix by mid-calendar 2026 and G9 NAND is on track to constitute a majority of NAND bits by mid-calendar 2026 = Bullish. Reported yield issues, delays in ramp, or revised timelines for achieving majority bit mix = Bearish.	Company earnings calls, investor presentations, and technology day updates.	Industry publications (e.g., EE Times, AnandTech) reporting on memory manufacturing process technology.	TechInsights: Process node analysis and yield estimations.
Progress on new fab construction (Idaho, New York, Singapore) and integration of the Tongluo site.	These investments are crucial for addressing the structural supply constraints and meeting long-term AI-driven demand. Timely execution of these projects ensures future capacity and market share.	Updates on construction progress for Idaho Fab 1 (initial wafer output mid-CY27), New York Fab 1 (groundbreaking ahead of plan), and Singapore NAND fab (initial wafer output H2 2028). Progress on Tongluo site (existing fab shipments FY28, second cleanroom construction by end FY26).	Confirmation of construction milestones met or ahead of schedule for Idaho Fab 1, New York Fab 1, and Singapore NAND fab, and no delays in initial wafer output timelines. Successful integration of Tongluo site with existing fab shipments by FY28 and second cleanroom construction by end FY26 = Bullish. Delays in construction, revised timelines, or increased cost overruns = Bearish.	Company earnings calls, press releases, investor presentations, and local government announcements regarding fab construction.	Satellite imagery (e.g., Google Earth updates) of fab construction sites. Local news reports on construction progress.	Satellite Imagery Providers (e.g., Planet Labs): Construction progress monitoring.

Key Reported Metrics3 rows

Metric	Why It Matters	Last Period
Non-GAAP Diluted EPS	Non-GAAP diluted EPS is a key measure of Micron's bottom-line profitability and operational efficiency. It directly reflects the impact of strong revenue growth, gross margin expansion, and effective cost management.	682%
DRAM Revenue	DRAM revenue, particularly high-value HBM content, is critical as it directly reflects Micron's success in capitalizing on the AI memory supercycle and its technology leadership.	207%
Total Revenue	Total revenue is the primary indicator of Micron's overall market performance, reflecting strong AI-driven demand and pricing power across its memory and storage products. Investors will watch for continued top-line expansion.	196%

Key Questions

Can Micron sustain its record 81% gross margin beyond fiscal Q3 2026, particularly as HBM4 volumes ramp and CapEx significantly increases, or will competitive d

Can Micron sustain its record 81% gross margin beyond fiscal Q3 2026, particularly as HBM4 volumes ramp and CapEx significantly increases, or will competitive dynamics and rising costs temper profitability?

Question 2: Will Micron successfully expand its HBM market share, particularly with HBM4 and the upcoming HBM4E, and maintain its technology leadership against aggressive ramps from competitors like Samsung and SK Hynix, or will increased competition erode its pricing power?
Question 3: Will the increasing multi-year Strategic Customer Agreements (SCAs) and the persistent supply constraints, including the HBM trade ratio, fundamentally alter memory market cyclicality, or will Micron's significantly increased CapEx (above $25B in FY26, stepping up meaningfully in FY27) eventually lead to an oversupply correction in 2027 or beyond?

Rerating Thresholds3 rows

Metric	What'S Needed For Rerating	Why It Matters	Earnings Date
DRAM Revenue	Micron's DRAM Revenue needs to significantly exceed the current analyst consensus estimate of $15.03 billion for Q2 FY26, implying a year-over-year growth rate substantially above the projected 145.6%. Additionally, the company's forward guidance for DRAM, particularly High Bandwidth Memory (HBM), must indicate sustained and accelerating demand and pricing power extending well beyond calendar 2026, further solidifying the structural shift in the memory market.	Exceeding these already high expectations would validate the durability of the AI-driven memory supercycle and Micron's technology leadership, particularly in HBM. It would signal that the market is still underestimating the long-term earnings power and reduced cyclicality, justifying a higher valuation multiple and a positive rerating of the stock.	2026-03-18
NAND Revenue	For Micron Technology's stock to rerate higher, NAND Revenue needs to demonstrate significant acceleration, likely achieving sequential growth of at least 40-50% in Q2 FY26. This would translate to NAND revenue in the range of $3.78 billion to $4.05 billion, a substantial increase from the $2.7 billion reported in Q1 FY26. This acceleration is crucial, especially given analyst expectations for double-digit percentage quarter-over-quarter average selling price growth and forecasts of NAND prices climbing 95-127% year-over-year in 2026, alongside reports that NAND production lines are effectively sold out through 2026.	Hitting this threshold would confirm that strong NAND pricing and demand, especially for data center SSDs, are translating into significant revenue growth. This validates the 'Memory Supercycle' for NAND, demonstrating product mix resilience and strengthening overall gross margins, justifying a higher valuation and reinforcing Micron's competitive position beyond HBM.	2026-03-18
Total Revenue	Micron Technology's Total Revenue needs to exceed the analyst consensus estimate of approximately $19.1 billion for Q2 FY26, ideally reaching at least $20.0 billion, coupled with strong guidance for Q3 FY26 that significantly surpasses current expectations, potentially in the $22-23 billion range.	Exceeding revenue expectations by this margin would confirm the accelerating AI-driven memory supercycle and Micron's enhanced pricing power. This validates its technology leadership and structural shift in memory demand, justifying a higher valuation and strengthening its competitive position.	2026-03-18

Earnings Transcript Summary2 rows

2026-03-18 · 2026Q2 Earnings Call

3 Things Management Is Most Focused On	Call Takeaway & Tone	Prior Quarter'S Y/Y Growth By Segment	3 Things Analysts Most Pressed On (And Mgmt Responses)	Revenue Segments
1. Capitalizing on AI-driven demand and memory's strategic role: Management emphasized that AI is fundamentally recasting memory as a defining strategic asset, driving increased demand and making Micron a significant beneficiary and enabler of AI. They expect compute architectures to become more memory intensive as AI evolves. 2. Technology leadership and manufacturing execution: Micron is focused on ramping its industry-leading 1-gamma DRAM and G9 NAND technology nodes, with 1-gamma expected to become the highest volume node in Micron's history. They are also making excellent progress with HBM4 production and development of HBM4E, and expanding their portfolio for data center, PC, smartphone, automotive, industrial, and embedded markets. 3. Expanding global manufacturing footprint and CapEx investments: Management is committed to addressing the unprecedented gap between supply and demand by expanding manufacturing, including the acquisition of the Tongluo site, construction of new fabs in Idaho and New York, and a new NAND fab in Singapore. They project fiscal 2026 CapEx to be above $25 billion and fiscal 2027 CapEx to step up meaningfully to support HBM and DRAM investments.	The overall takeaway of the call is that Micron delivered exceptional financial results, driven by robust AI-led demand and persistent structural supply constraints across both DRAM and NAND. The company is aggressively investing in technology leadership and expanding its global manufacturing footprint to capitalize on the 'AI revolution,' which is fundamentally reshaping the memory market. The tone of the call was extremely bullish and confident, with management highlighting record revenues, gross margins, EPS, and free cash flow, and expressing strong confidence in the sustained strength and long-term opportunities for the business, reflected in a significant dividend increase.	In Q1 FY26, total revenue was up 57% year-over-year. DRAM revenue was up 69% year-over-year. NAND revenue was up 22% year-over-year. Cloud Memory Business Unit (CMBU) revenue was up 100% year-over-year. Core Data Center Business Unit (CDBU) revenue was up 4% year-over-year. Mobile and Client Business Unit (MCBU) revenue was up 63% year-over-year. Automotive and Embedded Business Unit (AEBU) revenue was up 49% year-over-year.	1. Strategic Customer Agreements (SCAs): Analysts questioned the nature, duration, and specific commitments of these multi-year agreements, how they differ from prior LTAs, and if they provide downside protection for gross margins. Management responded that SCAs are multi-year agreements with specific commitments, designed to bring stability and greater visibility to their business model, and provide customers with greater certainty for planning. They are confidential but are robust and meant to go across different industry environments. 2. Sustainability of gross margins: Analysts inquired about the sustainability of the impressive 81% gross margin guidance, especially with the HBM4 mix, and how it compares to historical peaks. Management stated that market conditions are expected to remain tight beyond 2026, supporting pricing. They highlighted that AI is driving a multi-year investment cycle, and memory is becoming more valuable, which is reflected in the margins. They also noted that at these high gross margin levels, incremental price increases have less effect. 3. Allocation of supply and demand destruction: Analysts asked about the allocation of tight supply across end markets, potential demand destruction in price-sensitive segments like PCs and smartphones, and customer fulfillment rates. Management stated that supply is extremely tight across all end markets, and while price-sensitive markets may see some impact, overall demand remains strong. They aim to be a diversified supplier, with data center being a major growth driver, but also maintaining share in PC, smartphone, automotive, and industrial markets. They reiterated that they are only able to fulfill 50% to two-thirds of demand from some key customers in the medium term.	Total revenue was up 196% year-over-year. Fiscal Q2 DRAM revenue was up 207% year-over-year. Fiscal Q2 NAND revenue was up 169% year-over-year.

2025-12-17 · 2026Q1 Earnings Call

3 Things Management Is Most Focused On	Call Takeaway & Tone	Prior Quarter'S Y/Y Growth By Segment	3 Things Analysts Most Pressed On (And Mgmt Responses)	Revenue Segments
1. Capitalizing on AI-driven demand and HBM leadership: Management emphasized the 'AI-driven demand' and the 'structural shift' of memory to a 'strategic asset,' highlighting the accelerated HBM TAM projection of $100 billion by 2028, two years earlier than previously forecast. They also noted Micron's 'industry-leading HBM4' is 'on track to ramp with high yields in the second calendar 2026.' 2. Addressing structural supply shortages and increasing capacity: Management acknowledged that 'aggregate industry supply will remain substantially short of the demand for the foreseeable future'. To address this, they are increasing fiscal 2026 CapEx to approximately $20 billion (from $18 billion) to support HBM and 1-gamma supply, accelerating fab timelines (Idaho, New York), and maximizing output from existing footprints. 3. Maintaining technology leadership and operational execution: Sanjay stressed Micron's leadership in DRAM (four consecutive nodes) and NAND (three nodes) with 'progressively faster yield ramps.' He highlighted the successful ramp of 1-gamma DRAM and G9 NAND, and the development of 1-delta and 1-epsilon nodes for future differentiation.	The call's takeaway is that Micron is benefiting from a 'structural shift' where memory has evolved from a component to a strategic AI asset, driving unprecedented market tightness and record financial performance. The company is significantly increasing CapEx to meet future demand, particularly for HBM, and is confident in its technology leadership and ability to navigate the strong demand environment. The tone was extremely bullish and confident, with management repeatedly using terms like 'outstanding start,' 'record,' 'strong execution,' 'best competitive position in its history,' and 'substantially short of demand.' The guidance for Q2 also reflected record revenue, gross margin, and EPS.	In Q4 FY25 (prior quarter), Total Revenue grew 93% Y/Y, DRAM grew 93% Y/Y, and NAND grew 96% Y/Y. Year-over-year growth decelerated in Q1 FY26 compared to Q4 FY25 as the company lapped the initial recovery period, though absolute revenue reached new all-time records.	1. Long-Term Agreements (LTAs): Analysts inquired about the nature, duration, and specific commitments of new multiyear contracts. Management responded that these are 'multiyear contracts' with 'specific commitments' and a 'much stronger contract structure' than prior LTAs, involving both DRAM and NAND. 2. CapEx and Capital Intensity: Analysts questioned the increased CapEx ($20 billion) and whether it indicated a lack of discipline or cleanroom space constraints. Management explained that the CapEx increase supports DRAM, HBM, and 1-gamma, with brick-and-mortar construction CapEx roughly doubling from '25 to '26. They reiterated that Micron remains 'disciplined on CapEx growth to support bit demand' and that capital intensity is 'dropping as the market conditions remain very constructive.' 3. HBM Pricing and Mix Management: Analysts asked if HBM pricing was locked in or could float given strong demand. Management confirmed that 'negotiations with customers have been completed for calendar year 2026 for volume as well as pricing' for HBM. They stated that HBM has 'strong profitability' and that Micron will manage the mix between HBM and non-HBM based on customer requirements, strategic relationships, and profitability goals, as both have 'strong profitability.'	Total Revenue: +57% Y/Y. DRAM Revenue: +69% Y/Y. NAND Revenue: +22% Y/Y.

Transcript Tidbits3 rows

2026-03-18

About Expanding Eligible Market	About Competition	About The Broader Industry	Where Things Are Headed	Updates On Theme	Broader Themes Emerging	Bullish-Leaning Quotes (Short)	Bearish-Leaning Quotes (Short)	Hiring
AI demand is driving DRAM and NAND data center bits TAM to exceed 50% of the industry TAM for the first time in calendar 2026. Micron has begun volume shipment of its HBM4 36 gigabyte 12-high in the first quarter of calendar year 2026, designed for the NVIDIA Vera Rubin. The company also sampled its HBM4 16-high product, providing 48 gigabyte of HBM capacity, a 33% increase. Development of HBM4E is well underway, with volume expected to ramp in calendar 2027, leveraging Micron's 1-gamma DRAM technology node. Micron sampled the industry's first 256 gigabyte LP SOCAMM2 product, built using its 1-gamma node, enabling 2 terabyte of capacity per CPU, quadrupling content from a year ago. Rapid growth in AI inference is driving new architectures, with Micron's broad portfolio of HBM, LP, DDR, and SSD serving as a critical enabler. NAND bit demand in the data center is accelerating due to AI use cases like vector database and KV cache offload, and growing SSD share in capacity storage tiers. Micron is in high-volume production of its G9 NAND-based PCIe Gen6 high-performance data center SSDs, and its 122 terabyte high-capacity SSD is seeing strong adoption. Data center SSD market share increased for the fourth consecutive calendar year in 2025 to a new record. On-device AI is expected to drive strong memory content growth in PCs and smartphones, with recommended memory specifications of at least 32 gigabyte for agentic AI PCs and 128 gigabyte for personal AI workstations. Flagship smartphones with 12 gigabyte or more of DRAM increased to nearly 80% in calendar Q4, up from under 20% a year ago. Total Automotive and Embedded Business Unit (AEBU) revenue reached a record, with automotive and industrial revenue exceeding $2 billion in the quarter. The average car with L4 autonomy requires over 300 gigabyte of DRAM, compared to approximately 16 gigabyte for less than L2 ADAS. Micron shipped samples of the industry's first automotive grade 1-gamma LPDDR5 DRAM and was first in the industry with a G9-based UFS 4.1 automotive solution. Robotics is perceived as a 20-year growth vector, expected to become one of the largest product categories, with AI-enabled humanoid robots requiring significant memory and storage.	Micron's technology leadership, product excellence, and manufacturing execution are being recognized, with a clear majority of customers ranking Micron #1 in quality. Micron pioneered the development of LP DRAM for the data center, which consumes one-third the power of DDR DRAM server modules. The company sampled the industry's first 256 gigabyte LP SOCAMM2 product and launched the industry's first Gen5 QLC client SSD based on G9 NAND. Micron was also first in the industry with an automotive grade 1-gamma LPDDR5 DRAM and a G9-based UFS 4.1 automotive solution. The company stated that it is in its best competitive position in its history and is one of the semiconductor industry's biggest enablers of AI. Micron's HBM4 is on track to ramp in the second calendar quarter of 2026 with industry-leading speeds over 11 gigabits per second, and the company claims to be the only one designing and manufacturing the base logic die and DRAM core dies entirely in-house, enabling superior performance and low power leadership.	Memory is at the heart of the AI revolution, making AI smarter and more capable by enabling longer context windows, deeper reasoning chains, and multi-agent orchestration. Compute architectures are expected to become more memory intensive as AI evolves, fundamentally recasting memory as a defining strategic asset. AI demand is driving DRAM and NAND data center bits TAM to exceed 50% of the industry TAM for the first time in calendar 2026. Both AI and traditional server demand are constrained by a lack of adequate DRAM and NAND supply. Server units are expected to grow in the low-teens percentage range in calendar 2026. Industry DRAM bit demand in calendar 2026 is expected to be constrained by supply, growing in the low-20s percentage range, slightly above the prior outlook. DRAM supply growth is limited by cleanroom constraints, long construction lead times, a higher HBM trade ratio, higher HBM growth rates, and declining bits per wafer growth from node migrations. Industry NAND bit shipments in calendar 2026 are expected to grow approximately 20%, constrained by some industry suppliers redirecting cleanroom space for DRAM and overall limited cleanroom space. Supply-demand conditions for both DRAM and NAND are expected to remain tight beyond calendar 2026. PC and smartphone units could decline in the low double digits percentage range in calendar 2026 due to DRAM and NAND supply constraints. The LPU architecture, which works in conjunction with Vera Rubin and utilizes significant HBM and DRAM, is seen as making AI infrastructure more efficient and helping the overall AI market grow faster. AI deployment in enterprises is still very low, indicating substantial future opportunity. The DRAM requirement in advanced AI accelerators has doubled from last year to this year, contributing to supply shortages. Memory is a strategic asset for AI, as AI cannot scale up without more and faster memory. The industry is supply constrained, and conditions are expected to remain very tight beyond 2026. AI is a transformational secular driver, requiring more and higher performance memory, which helps drive down token costs, lower energy costs per token, and increase the intelligence of AI. Supply constraints, including low inventory levels, declining bits per wafer on node advances, increasing HBM trade ratio, and the need for greenfield capacity, are durable factors that will take time to address.	Micron anticipates exceptional records across revenue, gross margin, EPS, and free cash flow for fiscal Q3 2026, with revenue guidance exceeding the full year revenue for every year in the company's history through fiscal 2024. The Board has approved a 30% increase in the quarterly dividend. The 1-gamma DRAM node is on track to become a majority of Micron's DRAM bit mix by mid-calendar 2026, and the G9 NAND node is on track to constitute a majority of bits by mid-calendar 2026. Micron plans to increase EUV adoption at the 1-delta DRAM node. The company expects to meaningfully increase its R&D investments in fiscal 2027. Micron's DRAM and NAND supply are expected to grow approximately in line with the industry in calendar 2026. The acquisition of the Tongluo site from Powerchip Semiconductor was completed ahead of schedule, with meaningful product shipments expected from the existing fab beginning in fiscal 2028, and construction of a second cleanroom planned by the end of fiscal 2026. Initial wafer output at the first Idaho fab is expected in mid-calendar 2027, with ground preparation for a second Idaho fab already underway. Groundbreaking for the first New York fab has occurred and is ahead of plan. A new NAND fab at the Singapore site is planned, with initial wafer output in the second half of calendar 2028. Commercial shipments have commenced from the new assembly and test facility in India. The Singapore advanced packaging facility for HBM is on track to contribute meaningfully to Micron's HBM supply in calendar year 2027. Fiscal 2026 CapEx is projected to be above $25 billion, with the majority of the increase driven by cleanroom facility-related CapEx. Fiscal 2027 CapEx is expected to step up meaningfully to support HBM- and DRAM-related investments, with construction-related CapEx increasing by over $10 billion year-over-year and higher equipment spend year-over-year. Micron will continue to build on its balance sheet strength, improve its net cash position, delever, and pay down debt, and expects significant capacity for returning cash to shareholders through repurchases.	Memory	Agentic AI applications, such as OpenClaw, are emerging, capable of performing tasks independently on host PCs and initiating cloud workloads. This is driving demand for higher memory specifications in PCs. The fast-growing category of personal AI workstations, like NVIDIA DGX Spark and AMD Ryzen AI Halo, are designed for on-device large language models. In smartphones, OEMs are integrating agentic AI into mobile operating systems, as seen with the Samsung Galaxy S26 and Google Pixel 10. Robotics is identified as a significant 20-year growth vector, with AI-enabled humanoid robots expected to require substantial memory and storage, rivaling high-end L4-capable automobiles.	Micron delivered an exceptional fiscal Q2 with stellar records in revenue, gross margin, EPS and free cash flow. Our fiscal Q3 single quarter revenue guidance exceeds the full year revenue for every year in our company's history through fiscal 2024. Reflecting confidence in the sustained strength of our business, I'm pleased to announce that our Board has approved a 30% increase in our quarterly dividend. Micron is one of the biggest beneficiaries and enablers of AI. AI hasn't just increased demand for memory, it has fundamentally recast memory as a defining strategic asset in the AI era. We are excited to have signed our first 5-year SCA. Micron's technology leadership, product excellence and manufacturing execution is being recognized in quality scores from our customers. I am pleased to report that a clear majority of our customers rank Micron #1 in quality. We are now seeing NAND demand significantly in excess of our available supply for the foreseeable future. We believe we are on the cusp of a 20-year growth vector in robotics and expect robotics to become one of the largest product categories in the technology world. We expect both DRAM and NAND industry bit demand in calendar 2026 to be constrained by supply. We continue to expect supply-demand conditions for both DRAM and NAND to remain tight beyond calendar 2026. Micron delivered strong financial results for the fiscal second quarter, with revenue, gross margin and EPS, all exceeding the high end of our guidance. Fiscal Q2 free cash flow was a quarterly record for the company, exceeding our prior record in fiscal Q1 2026 by 77%. We reached record levels of cash and investments of $16.7 billion at quarter-end and had liquidity over $20 billion when including our untapped credit facility. Micron is uniquely positioned to capitalize on the unprecedented opportunities ahead.	In calendar 2026, a number of factors, including DRAM and NAND supply constraints, could cause PC and smartphone units to decline in the low double digits percentage range. Any impacts that may occur due to trade or geopolitical developments are not included in our guidance. What we have said is in the last earnings call that some of our key customers are -- we are able to fulfill only 50% to two-thirds of their demand in the medium term. And yes, that still remains the case.

2025-12-17

About Expanding Eligible Market	About Competition	About The Broader Industry	Where Things Are Headed	Updates On Theme	Broader Themes Emerging	Bullish-Leaning Quotes (Short)	Bearish-Leaning Quotes (Short)	Hiring
Micron significantly raised its HBM TAM forecast to $100 billion by 2028, reaching this milestone two years earlier than previously projected. The company is expanding its footprint in the data center with NAND revenue exceeding $1 billion this quarter, driven by new 122TB and 245TB SSDs. Additionally, the launch of LPDDR6 is targeting the 'AI at the edge' market for flagship smartphones and AI PCs, while automotive and industrial segments are seeing expanded demand from autonomous systems and robotics.	Management asserts Micron is in its 'best competitive position in history,' having led the industry for four consecutive DRAM nodes and three NAND nodes. They highlighted a significant power advantage, stating HBM3E consumes 30% less power than competitors. For the next generation, Micron's HBM4 is expected to lead with speeds exceeding 11 Gbps, and the company claims to be the only one designing and manufacturing the base logic die and DRAM core dies entirely in-house.	The industry is experiencing a structural shift where memory is now a 'strategic asset' essential for AI cognitive functions rather than just a system component. Server unit growth forecasts for 2025 were revised upward to high teens (from 10%), and PC growth was raised to high single digits. A critical industry constraint is the HBM 'trade ratio,' where HBM requires three times the wafer capacity of DDR5, leading to a persistent supply shortage across the DRAM market.	Micron expects to set substantial new records for revenue, gross margin, and EPS throughout fiscal 2026, with market tightness persisting beyond calendar 2026. Fiscal 2026 CapEx has been increased to $20 billion to accelerate HBM and 1-gamma DRAM production. Strategic manufacturing milestones include pulling in the first Idaho fab output to mid-2027 and breaking ground on the New York site in early 2026.	Manf	Windows 10 end-of-life is accelerating the PC refresh cycle; internal enterprise productivity is being transformed by GenAI, with 80% of Micron's workforce now using the technology; autonomous systems are expanding beyond automotive into industrial and medical diagnostics.	"Memory is now essential to AI cognitive functions... a strategic asset that dictates product performance."; "The 2028 HBM TAM projection is larger than the size of the entire DRAM market in calendar 2024."; "Aggregate industry supply will remain substantially short of the demand for the foreseeable future."	"We are disappointed to be unable to meet demand from other customers across all market segments."; "Memory supply constraints may affect some PC unit shipments."; "Any impacts that may occur due to potential new tariffs are not included in our guidance."

2025-12-17

About Expanding Eligible Market	About Competition	About The Broader Industry	Where Things Are Headed	Updates On Theme	Broader Themes Emerging	Bullish-Leaning Quotes (Short)	Bearish-Leaning Quotes (Short)	Hiring
Micron significantly raised its HBM TAM forecast to $100 billion by 2028, reaching this milestone two years earlier than previously projected, and noted that this 2028 HBM TAM projection is larger than the size of the entire DRAM market in calendar 2024. The company is expanding its footprint in the data center, with NAND revenue exceeding $1 billion in fiscal Q1, driven by new 122TB and 245TB QLC-based G9 SSDs entering qualification at multiple hyperscale customers. Additionally, the launch of LPDDR6, with 50% higher performance and improved power efficiency, is targeting the 'AI at the edge' market for flagship smartphones and AI PCs. Automotive and industrial segments are seeing expanded demand from autonomous systems and robotics, with billions of dollars in design wins secured for ASIL-rated LPDDR5X and UFS 4.1 NAND products.	Management asserts Micron is in its 'best competitive position in its history' and is one of the semiconductor industry's biggest enablers of AI. The company highlighted its technology leadership, having led the industry for four consecutive DRAM nodes and three NAND nodes with progressively faster yield ramps. Micron's HBM4 is on track to ramp in the second calendar quarter of 2026 with industry-leading speeds over 11 gigabits per second, and the company claims to be the only one designing and manufacturing the base logic die and DRAM core dies entirely in-house, enabling superior performance and low power leadership. They also reiterated that their HBM3E consumes 30% less power than competitors.	The industry is experiencing a structural shift where memory is now considered a 'strategic asset' essential for AI cognitive functions, fundamentally altering its role from a system component. Server unit growth forecasts for calendar 2025 were revised upward to the high teens percentage range (from 10%), and PC growth was raised to the high single-digit percentage range (from mid-single digits). A critical industry constraint is the HBM 'trade ratio,' where HBM production consumes three times the wafer capacity of standard DDR5, a ratio that only increases with future HBM generations, leading to a persistent supply shortage across the DRAM market. Aggregate industry supply is expected to remain substantially short of demand for the foreseeable future, with tight industry conditions across DRAM and NAND projected to persist through and beyond calendar 2026.	Micron anticipates setting substantial new records in revenue, gross margin, EPS, and free cash flow for both the second quarter and the full fiscal year 2026, with business performance expected to strengthen throughout the year. The company plans to increase its fiscal 2026 CapEx to approximately $20 billion (up from a prior estimate of $18 billion) to primarily support HBM and 1-gamma supply capabilities, accelerating equipment orders and installation timelines. Strategic manufacturing milestones include pulling in the first Idaho fab timeline for first wafer output to mid-calendar 2027, breaking ground on the first New York fab in early calendar 2026 for supply in 2030 and beyond, and ramping its India assembly and test facility in 2026.	Memory	Windows 10 end-of-life is accelerating the PC refresh cycle. Internally, GenAI is transforming enterprise productivity, with over 80% of Micron's professional workforce actively using GenAI, and total usage up tenfold since last year. AI integration into yield and quality management has cut root cause identification time by half, and coding teams are realizing gains of 30% or more using AgenTeq AI. Autonomous systems are expanding beyond automotive into industrial and medical diagnostics.	"Micron Technology, Inc. had an outstanding start to fiscal 2026, delivering fiscal Q1 revenue, gross margin, and EPS well above the high end of our guidance." "This $100 billion HBM TAM milestone is now projected to arrive two years earlier than in our prior outlook." "Micron Technology, Inc. is in the best competitive position in its history and is one of the semiconductor industry's biggest enablers of AI." "Aggregate industry supply will remain substantially short of the demand for the foreseeable future."	"We are disappointed to be unable to meet demand from other customers across all market segments." "Memory supply constraints may affect some PC unit shipments." "Any impacts that may occur due to potential new tariffs are not included in our guidance." "in the medium term, we are only able to meet about 50% to two-thirds of our demand from several key customers."

Earnings Results3 rows

Micron reported record fiscal Q2 DRAM revenue of $18.8 billion, representing 207% year-over-year growth, which significantly exceeded the analyst consensus esti

Metric	Prior Quarter	Rerating Trigger	Actual Reported	Hit Target?	Notes
DRAM Revenue	207%	Micron's DRAM Revenue needs to significantly exceed the current analyst consensus estimate of $15.03 billion for Q2 FY26, implying a year-over-year growth rate substantially above the projected 145.6%. Additionally, the company's forward guidance for DRAM, particularly High Bandwidth Memory (HBM), must indicate sustained and accelerating demand and pricing power extending well beyond calendar 2026, further solidifying the structural shift in the memory market.	$18.8 billion (207% y/y growth)	Yes	Micron reported record fiscal Q2 DRAM revenue of $18.8 billion, representing 207% year-over-year growth, which significantly exceeded the analyst consensus estimate of $15.03 billion and the projected 145.6% growth. The company's guidance for fiscal Q3 also indicated continued strong performance, with expectations for record revenue, gross margin, and EPS, reinforcing the sustained demand and pricing power in the DRAM market, particularly for HBM, and validating the AI-driven memory supercycle.
NAND Revenue	22%	For Micron Technology's stock to rerate higher, NAND Revenue needs to demonstrate significant acceleration, likely achieving sequential growth of at least 40-50% in Q2 FY26. This would translate to NAND revenue in the range of $3.78 billion to $4.05 billion, a substantial increase from the $2.7 billion reported in Q1 FY26. This acceleration is crucial, especially given analyst expectations for double-digit percentage quarter-over-quarter average selling price growth and forecasts of NAND prices climbing 95-127% year-over-year in 2026, alongside reports that NAND production lines are effectively sold out through 2026.	$5.0 billion (169% y/y growth)	Yes	Fiscal Q2 NAND revenue reached a record $5.0 billion, marking a 169% year-over-year increase. This also represented an 85.18% sequential growth from the $2.7 billion reported in Q1 FY26, far exceeding the rerating trigger's requirement of 40-50% sequential growth and the target revenue range of $3.78 billion to $4.05 billion. This strong performance confirmed robust NAND pricing and demand, especially for data center SSDs, and validated the 'Memory Supercycle' for NAND.
Total Revenue	196%	Micron Technology's Total Revenue needs to exceed the analyst consensus estimate of approximately $19.1 billion for Q2 FY26, ideally reaching at least $20.0 billion, coupled with strong guidance for Q3 FY26 that significantly surpasses current expectations, potentially in the $22-23 billion range.	$23.9 billion (196% y/y growth)	Yes	Micron's total fiscal Q2 revenue was a record $23.9 billion, up 196% year over year, significantly surpassing the analyst consensus estimate of $19.1 billion and the ideal target of at least $20.0 billion. Furthermore, the company provided strong guidance for fiscal Q3, projecting record revenue of $33.5 billion, which substantially exceeded the rerating trigger's expectation of $22-23 billion. This performance confirmed the accelerating AI-driven memory supercycle and Micron's enhanced pricing power.

Notes4 rows

Date	Comment	Comment Type	Comment Sentiment	IS CHANGE	Price Reaction
2025-09-23	Micron delivered record Q4 results with DRAM up 69% YoY, gross margin at 45.7%, and strong HBM momentum, while guiding Q1 to 51.5% GM and record revenue. Despite beats, shares reacted mixed/negative as investors weighed rich expectations, higher CapEx, and lingering tariff/macro risks against AI-driven growth and margin expansion.	Earnings Transcript	Bearish		-5.49% (vs SPY: -5.28%)
2025-08-11	Micron highlighted stronger-than-expected Q4 pre-announcement driven mainly by pricing power across end markets, not volumes. Management emphasized robust AI/data center demand, HBM supply tightness boosting DDR5 pricing, and early momentum in smartphone DRAM upgrades. Key new angle: Micron expects HBM4E customization could shift memory toward an ASIC-like business model with differentiated pricing, a potential structural positive. Near-term focus: sustaining gross margin gains (44.5% guide) and AI-driven demand visibility into 2026.	Conference Presentation	Bullish
2025-06-24	Strong AI-driven DRAM/HBM growth and margin gains offset NAND weakness; industrial recovery helps expand TAM. Competition remains intense, leaving investors weighing secular AI upside against cyclical risks and tariff uncertainty.	Earnings Transcript	Mixed		-2.46% (vs SPY: -3.80%)
2026-03-18	Micron reported exceptional Q2 results and record Q3 guidance, driven by AI-led demand and tight supply, increasing its dividend by 30%. However, the stock underperformed significantly (-6.85% vs. SPY -0.25%) post-earnings, contradicting the bullish outlook. This likely reflects concerns over massive CapEx, potential future oversupply, and lingering geopolitical risks despite strong messaging.	Earnings Transcript	Neutral	False	-6.85% (vs SPY: -6.60%)

Upcoming Events22 rows

Catalyst ID	Estimated Timing	Estimated Date Start	Estimated Date End	Catalyst	Why It Matters	Ticker Or Theme Specific	Transcript Date	Source Type
MU_8bbf943f	second calendar 2026	2026-04-01	2026-06-30	Successful production ramp and high yields for Micron's HBM4 product, which is on track to begin in the second calendar quarter of 2026.	Successful HBM4 ramp confirms Micron's technology leadership and secures high-margin revenue, crucial for meeting accelerating AI demand. Delays or yield issues would negatively impact revenue and market share.	Ticker	2025-12-17	earnings_transcript
MU_cec69fd8	second half of the calendar year	2026-07-01	2026-12-31	Micron's 1-gamma DRAM node becoming the primary driver of DRAM bit growth and representing the majority of bit output.	Achieving majority output from the 1-gamma DRAM node is critical for improving cost structure, driving bit growth, and addressing tight DRAM supply conditions. Delays could pressure margins and limit supply.	Ticker	2025-12-17	earnings_transcript
MU_750778d6	later in fiscal 2026	2026-03-01	2026-08-31	Micron's G9 NAND node becoming its largest NAND node, driving primary NAND bit growth.	The successful ramp and dominance of the G9 NAND node are essential for cost execution, bit growth, and strengthening Micron's data center SSD portfolio. Delays or yield issues would be bearish for NAND profitability.	Ticker	2025-12-17	earnings_transcript
MU_788de6db	As we look ahead into 2026	2026-01-01	2026-12-31	Memory supply constraints affecting PC unit shipments, potentially impacting overall PC demand.	While AI is driving content growth, supply constraints could temper PC unit sales, posing a bearish risk to overall unit volume in this segment despite increasing memory content per device.	Theme	2025-12-17	earnings_transcript
MU_df787b41	mid-calendar 2027	2027-05-01	2027-06-30	First wafer output from Micron's first Idaho fab, accelerated to mid-calendar 2027.	Achieving this accelerated milestone demonstrates strong execution and is crucial for adding long-term supply capacity to meet persistent demand. Delays would signal execution challenges and impact future supply.	Ticker	2025-12-17	earnings_transcript
MU_5912fe30	begin construction in 2026	2026-01-01	2026-12-31	Beginning construction of Micron's second Idaho fab.	Initiating construction of the second Idaho fab is a key step in expanding long-term manufacturing capacity, particularly for AI-driven demand. Delays could indicate challenges in securing resources or permits.	Ticker	2025-12-17	earnings_transcript
MU_693843b1	early calendar 2026	2026-01-01	2026-03-31	Breaking ground on Micron's first New York fab.	This groundbreaking is a significant milestone for long-term supply expansion and leveraging CHIPS Act support. Delays could impact future supply capabilities and investor sentiment regarding strategic initiatives.	Ticker	2025-12-17	earnings_transcript
MU_b8c38d5c	calendar 2027	2027-01-01	2027-12-31	Meaningful contribution to HBM supply from Micron's Singapore HBM advanced package facility.	The successful ramp and meaningful contribution of this facility are crucial for scaling HBM supply and realizing operational synergies. Delays would impact HBM capacity and potentially market share.	Ticker	2025-12-17	earnings_transcript
MU_fd73cfec	will ramp in 2026	2026-01-01	2026-12-31	Full ramp of Micron's assembly and test facility in India.	The successful ramp of the India facility will contribute to overall production scale and efficiency, supporting global supply. Delays could impact operational flexibility and cost structure.	Ticker	2025-12-17	earnings_transcript
MU_4575feb6	Any impacts that may occur due to potential new tariffs are not included in our guidance.	2025-12-17	2026-12-31	Potential new tariffs or changes in U.S. trade policy impacting semiconductor components or AI-related memory exports.	New tariffs could significantly impact Micron's cost structure, supply chain, and profitability, especially given its global manufacturing footprint and sales. This represents a material bearish macro risk.	Theme	2025-12-17	earnings_transcript
MU_26361597	multiyear contracts that we are in discussions with several of our key customers... stretching out through 2026 and in some cases even 2027, 2028.	2025-12-17	2028-12-31	Finalization and successful execution of multiyear customer contracts with specific commitments for DRAM and NAND.	Securing these 'stronger structure' multiyear contracts provides unprecedented revenue visibility, stability, and pricing power, reducing historical cyclical volatility. Failure to finalize or execute could be bearish.	Ticker	2025-12-17	earnings_transcript
MU_9fe10e3e	by mid-calendar 2026	2026-05-01	2026-06-30	Micron's 1-gamma DRAM and G9 NAND technology nodes becoming the majority of the company's respective bit mixes.	Successful ramp and high-volume adoption of these leading-edge nodes are critical for improving cost structures, enhancing product performance, and maintaining technology leadership, directly impacting gross margins and competitive positioning.	Ticker	2026-03-18	earnings_transcript
MU_ddbf85f0	calendar 2027	2027-01-01	2027-12-31	Volume ramp of HBM4E, Micron's next-generation High Bandwidth Memory product.	A successful HBM4E ramp is essential for Micron to maintain its leadership in the HBM market, capture future AI accelerator demand, and drive high-margin revenue growth, solidifying its position as a key AI enabler.	Ticker	2026-03-18	earnings_transcript
MU_de754c9c	beyond calendar 2026	2027-01-01	2027-12-31	Continued tight supply-demand conditions for both DRAM and NAND across the industry.	Persistent industry supply constraints are a key driver for strong memory pricing and high gross margins, benefiting Micron's profitability, but could also limit overall bit shipment growth.	Theme	2026-03-18	earnings_transcript
MU_a7963dc2	beginning in fiscal 2028	2027-09-01	2028-08-31	The Tongluo manufacturing site (acquired from Powerchip Semiconductor) beginning to support meaningful product shipments.	This new fab capacity is crucial for addressing long-term memory demand and increasing Micron's overall supply, which will directly impact future revenue growth and market share.	Ticker	2026-03-18	earnings_transcript
MU_9621c283	by the end of fiscal 2026	2026-06-01	2026-08-31	Commencement of construction for a second cleanroom at the Tongluo site.	This construction represents a significant investment in future manufacturing capacity, essential for meeting anticipated demand, but also entails substantial capital expenditures.	Ticker	2026-03-18	earnings_transcript
MU_6fcf0e64	mid-calendar 2027	2027-05-01	2027-06-30	Initial wafer output from Micron's first manufacturing fab in Idaho.	This milestone signifies the activation of new domestic production capacity, crucial for long-term supply expansion and potentially benefiting from government incentives like the CHIPS Act.	Ticker	2026-03-18	earnings_transcript
MU_030fd276	second half of calendar 2028	2028-07-01	2028-12-31	Initial wafer output from the new NAND fab at Micron's Singapore site.	This new NAND capacity is vital for meeting the accelerating demand for data center SSDs and other NAND products, directly impacting future revenue and market share in a tight supply environment.	Ticker	2026-03-18	earnings_transcript
MU_233065c2	calendar year 2027	2027-01-01	2027-12-31	Micron's Singapore advanced packaging facility for HBM contributing meaningfully to HBM supply.	Increased HBM packaging capacity is a critical enabler for scaling HBM production to meet robust AI-driven demand, directly influencing Micron's HBM revenue and profitability.	Ticker	2026-03-18	earnings_transcript
MU_22d8a985	fiscal 2027	2026-09-01	2027-08-31	Meaningful step-up in fiscal 2027 capital expenditures, including over $10 billion year-over-year increase in construction-related CapEx and higher equipment spend.	This significant increase in CapEx signals aggressive investment in future capacity and technology, which is bullish for long-term growth and market share but could impact short-term free cash flow.	Ticker	2026-03-18	earnings_transcript
MU_51943b31	not included in our guidance	2026-03-20	2027-03-20	Potential negative impacts arising from unforeseen trade or geopolitical developments, such as new tariffs or export restrictions.	Such events could disrupt Micron's global supply chain, increase costs, limit market access, and negatively affect margins, representing a significant unquantified risk to guidance.	Theme	2026-03-18	earnings_transcript
MU_c5842ee5	in discussions with multiple other customers	2026-03-20	2027-03-20	Micron completing additional multi-year Strategic Customer Agreements (SCAs) with specific volume and pricing commitments.	These agreements enhance revenue visibility and business model stability, reducing historical cyclicality and strengthening long-term customer partnerships, which is bullish for valuation and investor confidence.	Ticker	2026-03-18	earnings_transcript