Micron Technology (MU) stock price is $877.55, up 2.46% on the day, as of Oct 23, 2026. It has a market cap of $996.72Bn and a P/E ratio of 11.73, and is classified in the Semiconductor Manufacturing industry (Technology sector).
Enterprise Value
Margins
P/FCF
Key Stats
Market Cap996.72 Bn
P/E11.73
P/S7.48
Div. Yield0.00
Total Debt (Qtr)5.18 Bn
Revenue Growth (1y) (Qtr)379.27
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About
Micron Technology Inc designs manufactures and sells memory and storage solutions including DRAM NAND and NOR products for a global customer base. The company focuses on developing high performance memory that enables data intensive applications ranging from artificial intelligence to everyday consumer devices. Its operations span wafer fabrication assembly test and distribution across facilities located in Asia the United States and Europe. Micron invests heavily in…
Micron Technology Inc designs manufactures and sells memory and storage solutions including DRAM NAND and NOR products for a global customer base. The company focuses on developing high performance memory that enables data intensive applications ranging from artificial intelligence to everyday consumer devices. Its operations span wafer fabrication assembly test and distribution across facilities located in Asia the United States and Europe. Micron invests heavily in research to increase bit density lower power consumption and improve reliability of each product generation. The firm serves markets such as data centers mobile devices personal computers automotive systems and industrial equipment.
Revenue comes from selling its memory and storage products under the Micron and Crucial brands as well as through private label arrangements to data center operators mobile device manufacturers personal computer OEMs automotive and industrial customers and consumer electronics makers via a direct sales force distributors and retailers. The company earns income from the sale of individual components such as DRAM chips and NAND flash as well as from packaged solutions like solid state drives memory modules and multi chip packages. Licensing of its technology and sale of patents also contribute a smaller portion of total earnings. Long term supply agreements with major customers provide a steady stream of orders while short term spot purchases reflect market demand fluctuations.
The company operates through the following segments: Cloud Memory Business Unit Core Data Center Business Unit Mobile and Client Business Unit Automotive and Embedded Business Unit. These units were reorganized in the fourth quarter of 2025 to better align with customer groupings and product strategies. Each segment has its own sales force engineering team and profit and loss responsibility.
This unit focuses on memory solutions for large hyperscale cloud customers and provides high bandwidth memory products such as HBM for all data center clients while also selling DDR LPDDR and GDDR memory to support server workloads. In 2025 the unit reported revenue of 13.52 billion dollars driven mainly by growth in HBM shipments and increased adoption of DDR5 modules in cloud infrastructure.
This unit supplies memory and storage solutions for mid tier cloud enterprise and OEM data center customers and offers data center SSDs and NAND components. Revenue for this unit reached 7.23 billion dollars in 2025 reflecting strong demand for DDR5 DRAM and PCIe Gen6 SSDs among enterprise clients.
This unit delivers memory and storage products for mobile devices and personal computers including mobile DRAM managed NAND and client SSDs sold under the Crucial brand. In 2025 the unit generated 11.86 billion dollars in revenue with mobile DRAM and LPDDR sales contributing to growth alongside consumer SSD offerings such as the BX500 and P3 Plus series.
This unit provides memory and storage solutions for automotive industrial and consumer applications including automotive LPDDR industrial memory and consumer embedded products. Revenue for this unit amounted to 4.75 billion dollars in 2025 supported by sales of automotive grade LPDDR5X and industrial grade NAND products.
Micron Technology Inc holds a strong position among the top global memory and semiconductor companies competing with Samsung Electronics SK hynix Kioxia Western Digital and several emerging Chinese firms. Its competitive advantages include technology leadership in process nodes such as the 1 gamma DRAM node and G9 NAND node a broad product portfolio covering DRAM NAND NOR and solid state drives and a global manufacturing footprint that enables scale and flexibility. The company invests heavily in research and development to stay ahead of market trends and to introduce new products like HBM4 and CXL based memory solutions.
The company serves a diverse set of customers including data center operators mobile phone manufacturers personal computer original equipment makers automotive manufacturers industrial equipment producers and consumer electronics brands. A significant portion of revenue is derived from its top ten customers which include major cloud service providers large PC makers and leading automotive companies. Micron also sells directly to consumers through its Crucial brand offering memory upgrades and storage solutions for retail and online channels.
Sector:TechnologySector rationaleMicron designs and manufactures semiconductors, specifically DRAM, NAND, and NOR memory and storage solutions. Its revenue is derived from selling these electronic components and packaged solutions (like SSDs) to data center operators, OEMs, and consumers, which falls squarely within the Technology sector's semiconductor and electronic components industries.Industries:Semiconductor ManufacturingSemiconductor ManufacturingPrimaryMicron owns and operates its own wafer fabrication facilities across Asia, the US, and Europe to manufacture DRAM, NAND, and NOR products. The profile explicitly mentions its operations span wafer fabrication and its competitive advantage includes its global manufacturing footprint.Semiconductor DesignSemiconductor DesignSecondaryThe company designs high-performance memory solutions, such as HBM4 and CXL-based memory, and earns income from licensing its technology and the sale of patents.Semiconductor Packaging and TestingSemiconductor Packaging and TestingSecondaryMicron performs back-end processes including assembly and test, and sells packaged solutions such as multi-chip packages and memory modules.Classified using BQ-MICSCIK: 0000723125
Bull & bear
Investment Thesis
▲ Bull case
Micron Technology is positioned at the epicenter of a structural transformation in the memory industry driven by AI, where memory has evolved from a cyclical commodity into a strategic, high-margin enabler of AI infrastructure. The company's first-mover advantage in HBM4 and G9 NAND technology nodes, coupled with record technology ramps—such as 1γ DRAM becoming the fastest ramp in company history and on track to dominate production mix by mid-2026—creates durable competitive barriers. Management's confirmation that AI demand is driving DRAM and NAND data center bits TAM to exceed 50% of industry TAM for the first time in calendar 2026 signals a secular shift, not a temporary cycle. This is reinforced by accelerating on-device AI adoption, where flagship smartphones with 12GB+ DRAM rose from under 20% to nearly 80% in one year, expanding Micron's addressable market beyond data centers into PCs and smartphones with agentic AI capabilities requiring 32GB+ configurations. The structural supply constraints highlighted by Sanjay Mehrotra—cleanroom limitations, slow node migration, and declining bits-per-wafer growth—are unlikely to resolve quickly, as new fab construction in Tongluo, Idaho, New York, and Singapore targets meaningful output only in 2027–2028. This tight supply backdrop, combined with Micron's ability to fulfill only 50–66% of key customers' demand in the medium term, sustains pricing power and margin expansion, with Q3 gross margin guidance of 81% reflecting not just current tightness but confidence in multi-year AI-driven investment cycles. Furthermore, the signing of the first five-year Strategic Customer Agreement (SCA) provides unprecedented visibility and stability, locking in volume and supply commitments with a major customer, which reduces demand uncertainty and supports Micron's aggressive CapEx plan exceeding $25 billion in fiscal 2026 and stepping up meaningfully in 2027 to address long-term HBM and DRAM opportunities. This capital allocation discipline, reinforced by record free cash flow of $6.9 billion in Q2, a net cash position of $6.5 billion (highest in company history), and liquidity over $20 billion, enables Micron to invest in next-gen technologies like HBM4E (ramping in 2027) and LPDRAM innovations—such as the 256GB LP SoC-M2 enabling 2TB per CPU—while maintaining a triple-B credit rating and returning capital via a 30% dividend increase. The market is underestimating how these SCAs, which extend into R&D collaboration and roadmap planning with customers, de-risk Micron's expansion and create a self-reinforcing cycle: long-term customer commitments justify greenfield CapEx, which secures future supply, deepens partnerships, and protects margins even as the cycle eventually turns.
Micron Technology is positioned at the epicenter of a structural transformation in the memory industry driven by AI, where memory has evolved from a cyclical commodity into a strategic, high-margin enabler of AI infrastructure. The company's first-mover advantage in HBM4 and G9 NAND technology nodes, coupled with record technology ramps—such as 1γ DRAM becoming the fastest ramp in company history and on track to dominate production mix by mid-2026—creates durable competitive barriers. Management's confirmation that AI demand is driving DRAM and NAND data center bits TAM to exceed 50% of industry TAM for the first time in calendar 2026 signals a secular shift, not a temporary cycle. This is reinforced by accelerating on-device AI adoption, where flagship smartphones with 12GB+ DRAM rose from under 20% to nearly 80% in one year, expanding Micron's addressable market beyond data centers into PCs and smartphones with agentic AI capabilities requiring 32GB+ configurations. The structural supply constraints highlighted by Sanjay Mehrotra—cleanroom limitations, slow node migration, and declining bits-per-wafer growth—are unlikely to resolve quickly, as new fab construction in Tongluo, Idaho, New York, and Singapore targets meaningful output only in 2027–2028. This tight supply backdrop, combined with Micron's ability to fulfill only 50–66% of key customers' demand in the medium term, sustains pricing power and margin expansion, with Q3 gross margin guidance of 81% reflecting not just current tightness but confidence in multi-year AI-driven investment cycles. Furthermore, the signing of the first five-year Strategic Customer Agreement (SCA) provides unprecedented visibility and stability, locking in volume and supply commitments with a major customer, which reduces demand uncertainty and supports Micron's aggressive CapEx plan exceeding $25 billion in fiscal 2026 and stepping up meaningfully in 2027 to address long-term HBM and DRAM opportunities. This capital allocation discipline, reinforced by record free cash flow of $6.9 billion in Q2, a net cash position of $6.5 billion (highest in company history), and liquidity over $20 billion, enables Micron to invest in next-gen technologies like HBM4E (ramping in 2027) and LPDRAM innovations—such as the 256GB LP SoC-M2 enabling 2TB per CPU—while maintaining a triple-B credit rating and returning capital via a 30% dividend increase. The market is underestimating how these SCAs, which extend into R&D collaboration and roadmap planning with customers, de-risk Micron's expansion and create a self-reinforcing cycle: long-term customer commitments justify greenfield CapEx, which secures future supply, deepens partnerships, and protects margins even as the cycle eventually turns.
Micron Technology faces significant downside risks from the inherent volatility of the memory industry, which management's bullish AI narrative may be obscuring despite clear signs of cyclical pressures emerging in non-data center segments. While AI-driven data center demand remains strong, Micron itself acknowledged that calendar 2026 could see PC and smartphone units decline in the low double-digit percentage range due to DRAM and NAND supply constraints—a direct contradiction to the thesis of ubiquitous on-device AI growth, as weak consumer device sales would undermine memory content expansion in these critical markets. The company's heavy reliance on data center and AI-related bits TAM exceeding 50% of industry TAM creates concentration risk; should hyperscaler capex growth slow or AI workloads shift toward more efficient architectures (e.g., LPU-based designs reducing DRAM needs per rack, as hinted by Mehrotra's comments on NVIDIA Grok LPX using 12TB of DRAM per rack but improving token economics), the explosive demand tailwind could fade faster than anticipated. Furthermore, Micron's guidance for Q3 EPS of $19.15 assumes continued pricing power and margin expansion to 81% gross margin, yet historical precedent shows such levels are unsustainable beyond tight supply phases—Mark Murphy acknowledged that incremental price increases have diminishing returns on margin at these levels, and the company refuses to guide beyond Q3, implying uncertainty about sustainability. The aggressive CapEx plan exceeding $25 billion in fiscal 2026 and a meaningful step-up in 2027 carries execution risk: new fabs in Tongluo, Idaho, New York, and Singapore target initial output only in 2027–2028, meaning near-term supply relief depends on uncertain cleanroom ramp rates and yield improvements at advanced nodes like 1γ and G9, which, despite being on track, have no guarantee of matching historical ramp speeds. Additionally, Micron's net cash position of $6.5 billion, while historically high, is increasingly committed to funding this CapEx surge, with operating cash flow growth dependent on sustaining current pricing—any softening in AI-driven demand or successful customer inventory digestion could rapidly erode free cash flow generation. The SCA strategy, while providing visibility, locks Micron into long-term obligations that could become burdensome if demand weakens, and the lack of transparency around pricing mechanisms (e.g., whether tied to ROIC or subject to renegotiation) introduces counterparty risk. Finally, Micron's valuation now reflects near-perfection, with UBS tripling its price target to $1,625 based on structural AI changes, yet the memory industry has historically proven incapable of sustaining such elevated margins through cycles, and the company's admission that it is working to address the "unprecedented gap between supply and demand" via greenfield projects underscores that current profitability is a function of temporary scarcity, not a permanent structural shift.
Micron Technology faces significant downside risks from the inherent volatility of the memory industry, which management's bullish AI narrative may be obscuring despite clear signs of cyclical pressures emerging in non-data center segments. While AI-driven data center demand remains strong, Micron itself acknowledged that calendar 2026 could see PC and smartphone units decline in the low double-digit percentage range due to DRAM and NAND supply constraints—a direct contradiction to the thesis of ubiquitous on-device AI growth, as weak consumer device sales would undermine memory content expansion in these critical markets. The company's heavy reliance on data center and AI-related bits TAM exceeding 50% of industry TAM creates concentration risk; should hyperscaler capex growth slow or AI workloads shift toward more efficient architectures (e.g., LPU-based designs reducing DRAM needs per rack, as hinted by Mehrotra's comments on NVIDIA Grok LPX using 12TB of DRAM per rack but improving token economics), the explosive demand tailwind could fade faster than anticipated. Furthermore, Micron's guidance for Q3 EPS of $19.15 assumes continued pricing power and margin expansion to 81% gross margin, yet historical precedent shows such levels are unsustainable beyond tight supply phases—Mark Murphy acknowledged that incremental price increases have diminishing returns on margin at these levels, and the company refuses to guide beyond Q3, implying uncertainty about sustainability. The aggressive CapEx plan exceeding $25 billion in fiscal 2026 and a meaningful step-up in 2027 carries execution risk: new fabs in Tongluo, Idaho, New York, and Singapore target initial output only in 2027–2028, meaning near-term supply relief depends on uncertain cleanroom ramp rates and yield improvements at advanced nodes like 1γ and G9, which, despite being on track, have no guarantee of matching historical ramp speeds. Additionally, Micron's net cash position of $6.5 billion, while historically high, is increasingly committed to funding this CapEx surge, with operating cash flow growth dependent on sustaining current pricing—any softening in AI-driven demand or successful customer inventory digestion could rapidly erode free cash flow generation. The SCA strategy, while providing visibility, locks Micron into long-term obligations that could become burdensome if demand weakens, and the lack of transparency around pricing mechanisms (e.g., whether tied to ROIC or subject to renegotiation) introduces counterparty risk. Finally, Micron's valuation now reflects near-perfection, with UBS tripling its price target to $1,625 based on structural AI changes, yet the memory industry has historically proven incapable of sustaining such elevated margins through cycles, and the company's admission that it is working to address the "unprecedented gap between supply and demand" via greenfield projects underscores that current profitability is a function of temporary scarcity, not a permanent structural shift.