Micron Technology (MU) FY 2026 10-K Analysis (Filed 2026) | Explained for Beginners - Finvincio

Business Overview
Financial Highlights
Valuation
Risk
MD&A (Management’s Discussion and Analysis)
Summary

1. Business Overview

Micron Technology, Inc. (NASDAQ: MU) is a U.S.-based semiconductor company that develops and manufactures memory and storage products used in data centers, artificial intelligence (AI) systems, smartphones, personal computers, vehicles, and industrial equipment.

In this section of our Micron Technology (MU) FY 2026 10-K Analysis, we explain what Micron sells, how its products work, where its revenue comes from, and why memory technology matters to the AI industry.

1.1. What Does Micron Technology Do?

Micron specializes in semiconductor memory and storage. These products allow electronic devices to access information quickly, perform calculations efficiently, and retain data when needed.

Unlike companies that primarily design processors, Micron focuses on the components that store and move the data those processors use.

Its products serve several major markets:

AI and cloud data centers: Memory and storage for AI accelerators, servers, and large-scale computing systems.
Personal computers: Memory and solid-state storage for laptops, desktops, and workstations.
Smartphones: Compact, power-efficient memory and storage for mobile devices.
Automotive: Memory used in vehicle electronics, driver-assistance systems, and other computing functions.
Industrial and embedded systems: Memory for specialized equipment, connected devices, and other electronic applications.

Plain English: A powerful processor cannot do much without access to data. Micron supplies the memory and storage that help computers, AI servers, and other devices work with that data.

1.2. Micron’s Main Products: DRAM, NAND, and HBM

Micron’s business is built around several types of memory and storage technology. Understanding the differences is important for investors because these products serve different needs and markets.

1) DRAM: Fast Working Memory

Dynamic Random Access Memory (DRAM) temporarily holds information that a processor needs while running applications or performing calculations.

DRAM is volatile memory, meaning the information it holds is lost when power is turned off.

Common applications include:

System memory in PCs and laptops.
Server memory in cloud data centers.
Memory for smartphones and other mobile devices.
High-performance computing and AI workloads.

Plain English: Think of DRAM as a computer’s working desk. The more suitable working space a system has, the more information it can keep readily available while performing tasks.

2) NAND: Long-Term Data Storage

NAND flash memory stores information even after a device is powered off. This makes it useful for files, applications, operating systems, and other data that must remain available.

NAND is commonly used in:

Solid-state drives (SSDs): Storage devices that use flash memory instead of spinning magnetic disks.
Smartphones and tablets.
Enterprise and cloud storage systems.
Consumer and industrial electronic devices.

Micron sells NAND technology in different forms, including SSD products designed for data centers and personal computers.

Plain English: If DRAM is a computer’s working desk, NAND is its filing cabinet. DRAM helps the computer work with information immediately, while NAND keeps information available for later use.

3) HBM: High-Speed Memory for AI

High Bandwidth Memory (HBM) is a specialized type of DRAM designed to move large amounts of data at high speed. It uses vertically stacked memory chips and advanced packaging to provide high data-transfer capacity in a compact design.

HBM is particularly important for AI accelerators, which are specialized processors designed to perform the large numbers of calculations required by AI applications.

AI systems often need to transfer substantial amounts of information between memory and processors. HBM helps address this requirement by providing high memory bandwidth.

Memory bandwidth refers to how much data can move between memory and a processor within a given period.

Plain English: A fast AI processor also needs a fast supply of data. HBM helps deliver that data quickly enough for the processor to perform demanding calculations efficiently.

HBM is an important part of Micron’s data center product portfolio, but it is not the company’s only source of revenue. Micron also supplies conventional DRAM, NAND, and other memory products across a wide range of markets.

4) Other Memory Products

Micron’s portfolio also includes:

LPDDR: Low-power DRAM designed to reduce energy consumption in mobile devices and other systems.
GDDR: Graphics-oriented DRAM used in applications requiring high memory performance.
DDR memory modules: DRAM products used in servers, PCs, and related systems.
NOR flash: Non-volatile memory commonly used to store software instructions and essential code in automotive, industrial, and embedded devices.

These products allow Micron to serve customers with different performance, capacity, power-consumption, and reliability requirements.

1.3. How Micron Makes Money

Micron generates revenue primarily by selling memory and storage products to customers that manufacture or operate electronic systems.

Its business model involves developing semiconductor technologies, manufacturing memory chips, assembling or packaging products, and selling them into different end markets.

Three factors are particularly useful when understanding Micron’s revenue:

Bit shipments: The total amount of memory capacity sold. Higher shipments generally mean Micron is selling more memory.
Selling prices: The prices customers pay for memory and storage products. Changes in these prices can significantly affect revenue.
Product mix: The combination of products Micron sells. Different memory products have different prices, production costs, and profit margins.

Micron operates in a capital-intensive industry. Capital-intensive means that manufacturing requires substantial investment in factories, equipment, and production technology.

Its financial performance therefore depends not only on customer demand but also on manufacturing costs, production efficiency, selling prices, and the types of products sold.

Plain English: Micron can increase revenue by selling more memory, charging higher prices, or selling a different mix of products. However, building and maintaining the factories needed to produce advanced memory requires significant investment.

1.4. Micron’s Four Business Units

Micron organizes its operations around four major business units serving different customer markets.

Business Unit	Main Customers and Markets	Key Products and Applications
Cloud Memory (CMBU)	Large cloud providers and data center customers	HBM and other DRAM products for AI and cloud computing
Core Data Center (CDBU)	Data center and enterprise customers	Server memory and data center storage
Mobile and Client (MCBU)	Smartphone and PC manufacturers	Mobile DRAM, PC memory, and client storage
Automotive and Embedded (AEBU)	Automotive, industrial, and embedded-system customers	Memory and storage for specialized electronic systems

The business-unit structure helps investors understand how Micron participates in different parts of the semiconductor market. In particular, the company separates large-scale cloud memory applications from other data center products.

FY 2026 Revenue by Business Unit

The following table shows Micron’s reported revenue for each business unit in fiscal 2026 and fiscal 2025.

Business Unit	FY 2026 Revenue ($ Millions)	FY 2025 Revenue ($ Millions)
Cloud Memory	43,085	13,524
Core Data Center	37,592	7,229
Mobile and Client	36,601	11,859
Automotive and Embedded	15,886	4,753

Cloud Memory was Micron’s largest business unit by reported revenue in fiscal 2026, followed by Core Data Center and Mobile and Client.

The results also show that Micron is not solely an AI memory company. Its business includes substantial sales to personal computing, mobile, automotive, and other markets.

Plain English: Micron earns money from several kinds of customers. AI and cloud computing are important parts of the business, but traditional computing devices and specialized electronics remain meaningful sources of revenue.

1.5. Micron’s Role in AI and Data Centers

Artificial intelligence is an important market for Micron because advanced AI systems require both fast memory and large amounts of data storage.

Different components serve different purposes:

HBM: Provides high-speed access to data for AI accelerators.
Server DRAM: Supports general-purpose computing and memory-intensive workloads in data centers.
Data center SSDs: Store datasets, applications, and other information used by computing systems.

Micron’s portfolio therefore supports multiple parts of data center infrastructure rather than a single type of memory.

The company’s fiscal 2026 product developments included advanced DRAM manufacturing technologies, high-capacity memory modules, and SSD products designed for demanding data center applications.

Plain English: AI infrastructure needs more than powerful chips that perform calculations. It also needs memory to supply data quickly and storage to retain large amounts of information. Micron sells products for both requirements.

1.6. Manufacturing and Technology Development

Memory manufacturing requires highly specialized semiconductor fabrication facilities, commonly called fabs. A fab is a factory where semiconductor chips are manufactured on silicon wafers.

Micron invests in:

DRAM process technology: Manufacturing improvements intended to support memory performance, efficiency, and production economics.
NAND process technology: Advances in flash memory manufacturing and storage capacity.
Advanced packaging: Techniques for combining and connecting semiconductor components, including stacked-memory designs.
Manufacturing capacity: Facilities and equipment used to produce memory products at commercial scale.

Micron’s fiscal 2026 investor materials identified its 1-gamma DRAM and G9 NAND technologies as major production platforms. These names refer to generations of the company’s semiconductor manufacturing technology.

Micron has also described manufacturing expansion plans in the United States and other locations to support future production needs.

Because semiconductor fabs require substantial capital and time to build, manufacturing investment is a significant part of the company’s business model.

1.7. What Investors Should Understand About Micron’s Business

Micron combines advanced semiconductor manufacturing with exposure to several major technology markets. Its products are essential components in many electronic systems, but its financial results can change significantly as memory demand, selling prices, and production costs change.

For beginners, the most useful starting point is to distinguish the importance of Micron’s technology from the profitability of its business at any particular time.

A memory product can be technologically important while its selling price and profit margin still fluctuate with industry conditions.

“Micron supplies the memory and storage that computing systems need, but the value of those products to customers does not guarantee stable selling prices or profits.”

1.8. Business Overview: Key Takeaways

Micron is a memory and storage semiconductor manufacturer serving AI, cloud computing, PCs, smartphones, vehicles, and industrial systems.
DRAM provides temporary working memory, while NAND provides non-volatile data storage.
HBM is specialized high-bandwidth DRAM used in demanding applications such as AI accelerators.
Four business units organize Micron’s activities across cloud memory, core data centers, mobile and client devices, and automotive and embedded markets.
Manufacturing investment, memory selling prices, shipment volumes, and product mix are important factors in understanding Micron’s business performance.

With the business model established, the next section examines Micron’s financial performance, including revenue, profitability, balance sheet strength, and cash flow.

2. Financial Highlights

2.1. Income Statement Summary

Micron Technology’s income statement shows how the company’s revenue, operating costs, and profitability changed from fiscal 2024 through fiscal 2026. All figures below are reported under U.S. Generally Accepted Accounting Principles (GAAP), the standard accounting rules used by U.S. public companies.

(unit: $m, EPS in $)	FY 2024	FY 2025	FY 2026
Revenue	25,111	37,378	133,188
Cost of Goods Sold	19,498	22,505	25,684
Gross Profit	5,613	14,873	107,504
SG&A	1,129	1,205	1,947
Operating Income	1,304	9,770	99,340
Non-Operating Income/Expense	(31)	(135)	(647)
Interest Income/Expense	(33)	19	978
Income Before Tax	1,240	9,654	99,671
Income Tax	(451)	(1,124)	(14,761)
Net Income	778	8,539	84,969
EPS	0.7	7.6	74.3

Plain English

Micron’s financial performance changed dramatically between FY 2024 and FY 2026. Revenue increased from $25,111 million in FY 2024 to $37,378 million in FY 2025, before reaching $133,188 million in FY 2026. That represents revenue growth of approximately 48.9% in FY 2025 and 256.3% in FY 2026.

The most important development was not simply higher sales. Micron’s profitability improved much faster than its revenue, reflecting a substantial change in the relationship between selling prices, production costs, and operating expenses.

1. Revenue Growth and Cost Structure

Micron’s revenue increased by approximately 431.2% from FY 2024 to FY 2026, while its cost of goods sold increased by only 31.7% over the same period.

Cost of goods sold (COGS) represents the costs directly associated with producing and delivering the company’s products.

As a result, Micron’s gross profit increased from $5,613 million in FY 2024 to $107,504 million in FY 2026.

Its gross profit margin, which measures the percentage of revenue remaining after direct production costs, rose from approximately 22.4% in FY 2024 to 39.8% in FY 2025 and 80.7% in FY 2026.

Plain English: Micron generated substantially more revenue without a proportional increase in its direct production costs. This allowed the company to retain a much larger share of each sales dollar as gross profit.

2. Operating Income and Operating Leverage

Operating income increased from $1,304 million in FY 2024 to $9,770 million in FY 2025 and $99,340 million in FY 2026.

Micron’s operating margin consequently expanded from approximately 5.2% to 26.1% and then 74.6% across the three fiscal years.

This improvement illustrates operating leverage, which occurs when revenue increases faster than the operating costs required to support the business.

For example, Micron’s selling, general, and administrative expenses (SG&A) increased from $1,129 million in FY 2024 to $1,947 million in FY 2026. However, those expenses became a much smaller percentage of revenue.

The company’s operating income also reflects research and development expenses and other operating items, which are included in the reported operating income figures even though they are not displayed as separate rows in this summary table.

Plain English: Micron’s revenue expanded much faster than several of its operating expense categories. Consequently, a greater portion of revenue became operating profit. However, operating leverage can also work in reverse when revenue or memory prices decline.

3. Net Income and Earnings per Share

Micron reported net income of $778 million in FY 2024, $8,539 million in FY 2025, and $84,969 million in FY 2026.

Its net profit margin increased from approximately 3.1% in FY 2024 to 22.8% in FY 2025 and 63.8% in FY 2026.

Meanwhile, diluted earnings per share (EPS) increased from approximately $0.7 to $7.6 and then $74.3.

Diluted EPS measures the earnings attributable to each common share after accounting for potential additional shares from instruments such as employee stock awards.

Plain English: Micron’s profit growth was not limited to higher total earnings. Earnings per share also increased sharply, meaning that reported profits grew substantially relative to the number of shares used in the diluted EPS calculation.

4. Taxes and Non-Operating Items

Micron’s income tax expense increased from $451 million in FY 2024 to $14,761 million in FY 2026 as pretax income increased significantly.

The company’s effective income tax rate, calculated by dividing income tax expense by income before tax, was approximately 36.4% in FY 2024, 11.6% in FY 2025, and 14.8% in FY 2026.

The effective tax rate can differ from the U.S. federal statutory tax rate because of factors such as international operations, tax credits, and other tax-related adjustments.

Micron also moved from net interest expense of $33 million in FY 2024 to net interest income of $978 million in FY 2026. This provided an additional positive contribution to pretax income, although operating profit remained the primary driver of the company’s earnings growth.

Plain English: Micron’s higher earnings came primarily from its core business rather than financial income. Investors should nevertheless distinguish operating performance from taxes, interest, and other non-operating items when evaluating profitability.

5. What the Three-Year Trend Means for Investors

The income statement reveals a significant improvement in Micron’s financial performance, especially in FY 2026. Revenue expanded rapidly, gross margins increased, and operating income grew much faster than sales.

However, semiconductor memory is a cyclical industry, meaning that demand, selling prices, and profitability can fluctuate substantially over time.

Micron’s strong FY 2026 results demonstrate the company’s profitability during that fiscal year, but they do not establish that the same margins or earnings levels will continue indefinitely.

Key takeaway: Micron’s FY 2026 income statement shows exceptional revenue growth and margin expansion. For long-term investors, the next question is whether the company’s financial position and cash generation can support its business through future changes in the memory market.

2.2. Key Financial Ratios

Financial ratios help investors evaluate Micron Technology’s profitability, capital efficiency, debt levels, and short-term financial strength. The following ratios are calculated using Micron’s FY 2024, FY 2025, and FY 2026 financial statements.

Ratio	FY 2024	FY 2025	FY 2026
ROE (%)	1.7%	17.2%	88.3%
ROA (%)	1.2%	11.2%	61.0%
ROTC (%)	2.2%	14.2%	69.2%
ROIC (%)	1.6%	14.1%	70.3%
Gross Margin (%)	22.4%	39.8%	80.7%
Operating Margin (%)	5.2%	26.1%	74.6%
Pretax Margin (%)	4.9%	25.8%	74.8%
Net Margin (%)	3.1%	22.8%	63.8%
Debt-to-Equity Ratio (D/E) (%)	29.7%	26.9%	3.7%
Net Debt / EBITDA (x)	0.4	0.3	-0.3
Interest Coverage Ratio (x)	2.3	20.5	937.2
Current Ratio (%)	263.5%	251.8%	331.4%
Quick Ratio (%)	159.2%	170.9%	289.8%
Fixed Asset to Long-term Capital Ratio (%)	67.7%	68.3%	44.1%

Plain English

Micron’s financial ratios show a major improvement in profitability, capital efficiency, liquidity, and leverage between FY 2024 and FY 2026. The company generated substantially higher earnings while increasing its cash resources and reducing its outstanding debt.

However, the magnitude of these improvements also highlights an important consideration: exceptionally strong ratios during a profitable period do not necessarily represent permanent financial performance.

1. Profitability: Gross, Operating, and Net Margins

Micron’s gross margin increased from 22.4% in FY 2024 to 80.7% in FY 2026.

Gross margin measures the percentage of revenue remaining after subtracting the direct costs of producing and selling products.

At the same time, operating margin increased from 5.2% to 74.6%, while net margin rose from 3.1% to 63.8%.

These figures demonstrate that Micron’s earnings increased substantially faster than its revenue.

Plain English: In FY 2024, Micron retained approximately $3.1 in net profit for every $100 of revenue. By FY 2026, it retained approximately $63.8. This reflects a dramatic improvement in profitability, although future margins will depend on memory pricing, production costs, and industry demand.

2. Returns on Equity and Assets: ROE and ROA

Return on Equity (ROE) measures how much net income a company generates relative to the shareholders’ capital invested in the business.

Micron’s ROE increased from 1.7% in FY 2024 to 88.3% in FY 2026.

Return on Assets (ROA) measures how effectively a company generates net income from its total asset base.

Micron’s ROA increased from 1.2% to 61.0% over the same period.

These ratios use average annual equity and assets, respectively, rather than only year-end balances.

Plain English: Micron generated much more profit relative to the assets and shareholder capital supporting its operations. However, unusually high returns can decline if future earnings normalize, even when the company’s factories and other assets remain productive.

3. Capital Efficiency: ROTC and ROIC

Return on Total Capital (ROTC) measures operating income relative to the company’s debt and shareholders’ equity.

Micron’s ROTC increased from 2.2% in FY 2024 to 69.2% in FY 2026.

Return on Invested Capital (ROIC) measures after-tax operating income relative to the capital invested in the business, excluding cash and cash equivalents.

Micron’s ROIC increased from 1.6% in FY 2024 to 70.3% in FY 2026.

Both ratios improved because operating income increased substantially. The ROIC calculation also reflects Micron’s effective income tax rate and its changing capital structure.

Plain English: Micron earned significantly more operating profit for each dollar of capital supporting its business. These ratios are useful for evaluating capital efficiency, but investors should consider whether the underlying operating earnings are sustainable across the memory industry cycle.

4. Financial Leverage: Debt-to-Equity and Net Debt / EBITDA

Financial leverage describes how much a company relies on borrowed money to finance its operations.

Micron’s debt-to-equity ratio declined from 29.7% in FY 2024 to 3.7% in FY 2026.

The debt-to-equity ratio compares interest-bearing debt with shareholders’ equity. A lower ratio generally indicates less reliance on debt financing.

Micron’s total debt declined from $13,397 million at the end of FY 2024 to $5,179 million at the end of FY 2026.

Meanwhile, cash and cash equivalents increased from $7,041 million to $38,364 million.

As a result, Micron’s net debt changed from a positive balance to a negative balance.

Net debt is total interest-bearing debt minus cash and cash equivalents. A negative figure means that cash exceeds outstanding debt.

Micron’s net debt / EBITDA ratio moved from approximately 0.4x in FY 2024 to -0.3x in FY 2026.

EBITDA means earnings before interest, taxes, depreciation, and amortization. It is commonly used to compare operating earnings with debt, although it does not measure actual free cash flow.

Plain English: By FY 2026, Micron held substantially more cash than interest-bearing debt. This reduced its dependence on borrowing and improved its ability to fund operations and investments using existing financial resources.

5. Interest Coverage: Ability to Pay Borrowing Costs

The interest coverage ratio compares operating income with interest expense.

Micron’s interest coverage increased from 2.3x in FY 2024 to 20.5x in FY 2025 and 937.2x in FY 2026.

This extraordinary increase reflects both higher operating income and lower reported interest expense.

Interest expense declined from $562 million in FY 2024 to $106 million in FY 2026.

Plain English: Micron’s FY 2026 operating income was many times larger than its annual interest expense. This indicates substantial interest-payment capacity during that fiscal year, although the ratio could fall if operating profits decline.

6. Liquidity: Current and Quick Ratios

Liquidity refers to a company’s ability to meet short-term financial obligations.

Micron’s current ratio increased from 263.5% in FY 2024 to 331.4% in FY 2026.

The current ratio compares current assets, such as cash, receivables, and inventory, with liabilities due within approximately one year.

Its quick ratio increased from 159.2% to 289.8%.

The quick ratio is a more conservative liquidity measure because it excludes inventory and other less immediately available current assets.

Plain English: At the end of FY 2026, Micron had approximately $3.31 in current assets for every $1 of current liabilities. Even excluding inventory and other less liquid current assets, it held approximately $2.90 in quick assets for every $1 of short-term obligations.

7. Fixed Assets and Long-Term Capital

The fixed asset to long-term capital ratio measures how much of a company’s long-term funding is represented by property, plant, and equipment.

Micron’s ratio declined from 67.7% in FY 2024 to 44.1% in FY 2026.

Property, plant, and equipment includes semiconductor factories, manufacturing machinery, and other long-lived operating assets.

Although Micron continued investing in manufacturing capacity, its shareholders’ equity expanded substantially during the period.

Plain English: Micron’s long-term capital grew faster than the recorded value of its factories and equipment. This suggests that the company’s funding base became less concentrated in fixed assets, even as its manufacturing investments continued.

Overall Assessment

Micron’s FY 2026 ratios reflect a combination of exceptional operating profitability, stronger capital efficiency, reduced debt, and increased liquidity.

These developments improved the company’s financial flexibility and its ability to support manufacturing investments.

However, the memory semiconductor industry has historically experienced substantial fluctuations in supply, demand, and selling prices. Consequently, investors should avoid assuming that FY 2026 profitability ratios represent a permanent operating baseline.

Key takeaway: Micron entered the end of FY 2026 with much stronger profitability and a substantially improved debt and liquidity position. The sustainability of its operating returns remains an important consideration for long-term investors.

2.3. Balance Sheet Summary

Micron Technology’s balance sheet shows how its assets, liabilities, and shareholders’ equity changed from FY 2024 through FY 2026. These figures help investors understand the company’s liquidity, manufacturing investments, debt obligations, and overall financial strength.

(unit: $m)	FY 2024	FY 2025	FY 2026
Assets
Cash & Equivalents	7,041	9,642	38,364
Accounts Receivable	6,615	9,265	36,197
Inventory	8,875	8,355	10,372
Current Assets	24,372	28,841	91,070
Property, Plant & Equipment	39,749	46,590	63,310
Intangible Assets	416	453	—
Non-current Assets	45,044	53,957	104,818
Total Assets	69,416	82,798	195,888
Liabilities
Short-term Debt	431	560	491
Accounts Payable	7,299	9,649	22,605
Current Liabilities	9,248	11,454	27,482
Long-term Debt	12,966	14,017	4,688
Non-current Liabilities	15,037	17,179	30,028
Total Liabilities	24,285	28,633	57,510
Equity
Common Equity	45,131	54,165	138,378
Total Liabilities + Equity	69,416	82,798	195,888

Plain English

Micron’s balance sheet strengthened substantially between FY 2024 and FY 2026. Total assets increased, cash reserves expanded, and outstanding debt declined sharply in FY 2026. At the same time, the company continued investing in semiconductor manufacturing facilities and equipment.

The most important development is that Micron’s financial resources grew much faster than its interest-bearing debt, giving the company greater flexibility to support future operations and capital investments.

1. Total Assets and Financial Expansion

Micron’s total assets increased from $69,416 million in FY 2024 to $82,798 million in FY 2025 and $195,888 million in FY 2026.

This represents approximately 19.3% growth in FY 2025 and 136.6% growth in FY 2026.

The increase was driven by several major balance sheet categories, including cash, receivables, investments, and property, plant, and equipment.

Plain English: Micron became a substantially larger company in terms of recorded assets. However, not all assets are equally liquid. Cash can be used immediately, while manufacturing facilities and equipment are primarily intended to generate revenue over many years.

2. Cash Reserves and Liquidity

Micron’s cash and cash equivalents increased from $7,041 million in FY 2024 to $9,642 million in FY 2025 and $38,364 million in FY 2026.

The FY 2026 increase was particularly significant, with cash and cash equivalents rising by approximately 297.9% compared with FY 2025.

Current assets also increased from $24,372 million in FY 2024 to $91,070 million in FY 2026.

Meanwhile, current liabilities increased from $9,248 million to $27,482 million.

As a result, Micron’s current ratio improved from approximately 263.5% in FY 2024 to 331.4% in FY 2026.

Plain English: At the end of FY 2026, Micron held approximately $3.31 in current assets for every $1 of current liabilities. This indicates a stronger short-term financial position, although current assets also include receivables and inventory that must be collected or sold before becoming cash.

3. Accounts Receivable and Inventory

Accounts receivable increased from $6,615 million in FY 2024 to $9,265 million in FY 2025 and $36,197 million in FY 2026.

Accounts receivable represents amounts customers owe Micron for products already sold.

The FY 2026 increase of approximately 290.7% was substantial, although it was broadly consistent with the company’s rapid revenue expansion during the same period.

Inventory increased more moderately, from $8,875 million in FY 2024 to $10,372 million in FY 2026.

In fact, inventory declined to $8,355 million in FY 2025 before increasing by approximately 24.1% in FY 2026.

Compared with FY 2024, FY 2026 inventory increased by approximately 16.9%, far below the growth in revenue.

Plain English: Micron’s receivables increased significantly because more sales had not yet been collected in cash at the reporting date. Meanwhile, inventory grew much more slowly than revenue. This can be favorable for inventory efficiency, but investors should continue monitoring customer collections and inventory levels as market conditions change.

4. Manufacturing Assets and Capital Investment

Property, plant, and equipment increased from $39,749 million in FY 2024 to $46,590 million in FY 2025 and $63,310 million in FY 2026.

This represents approximately 59.3% growth over the two-year period.

Property, plant, and equipment (PP&E) includes semiconductor manufacturing facilities, machinery, and other long-lived assets used in production.

Micron operates in a capital-intensive industry, meaning that it must invest substantial amounts of money in manufacturing facilities and advanced equipment.

These investments can support future production capacity and technological improvements, but they also create ongoing depreciation expenses and require significant financial resources.

Plain English: Micron continued expanding its manufacturing asset base. This supports its ability to produce semiconductor memory, but larger manufacturing investments do not automatically guarantee higher future profits. The economic return depends on future demand, pricing, and production efficiency.

5. Debt Reduction and Financial Leverage

Micron’s total interest-bearing debt, calculated as short-term debt plus long-term debt, changed as follows:

FY 2024: $13,397 million.
FY 2025: $14,577 million.
FY 2026: $5,179 million.

Total debt declined by approximately 64.5% in FY 2026 compared with FY 2025.

Most of this reduction came from long-term debt, which decreased from $14,017 million to $4,688 million.

At the same time, shareholders’ equity increased significantly, reducing Micron’s debt-to-equity ratio from approximately 29.7% in FY 2024 to 3.7% in FY 2026.

Plain English: Micron became much less dependent on borrowed money. Lower debt can reduce future interest obligations and provide additional financial flexibility if semiconductor market conditions weaken.

6. Total Liabilities and Customer Commitments

Although Micron reduced its interest-bearing debt, total liabilities increased from $28,633 million in FY 2025 to $57,510 million in FY 2026.

This distinction is important because total liabilities are not the same as financial debt.

Liabilities can include accounts payable, accrued expenses, customer contract obligations, and other commitments in addition to loans and bonds.

For example, Micron reported $12,895 million in noncurrent customer contract liabilities in FY 2026, compared with $142 million in FY 2025.

These liabilities represent contractual obligations associated with customer arrangements rather than ordinary interest-bearing borrowing.

They should not be treated as revenue already earned or automatically classified as financial debt.

Plain English: Micron’s total liabilities increased even while its borrowings declined. This is not necessarily contradictory: some liabilities reflect obligations to customers or suppliers rather than money borrowed from lenders. Investors should examine the composition of liabilities instead of relying only on the total figure.

7. Shareholders’ Equity and Financial Strength

Micron’s shareholders’ equity increased from $45,131 million in FY 2024 to $54,165 million in FY 2025 and $138,378 million in FY 2026.

This represents approximately 155.5% growth in FY 2026 compared with FY 2025.

Shareholders’ equity is the accounting value remaining after subtracting total liabilities from total assets.

The increase was driven primarily by the company’s substantial FY 2026 net income, which contributed to retained earnings.

Retained earnings increased from $48,583 million in FY 2025 to $131,851 million in FY 2026.

Plain English: Micron’s strong profitability substantially increased its accounting equity. This strengthened its financial position and reduced the proportion of its capital structure represented by debt. However, book equity is not the same as the company’s stock market value.

8. Overall Balance Sheet Assessment

Micron’s balance sheet demonstrates several important structural improvements:

Stronger liquidity: Cash and current assets increased substantially.
Lower financial leverage: Interest-bearing debt declined sharply in FY 2026.
Continued manufacturing investment: Property, plant, and equipment increased across the three fiscal years.
Higher shareholders’ equity: Strong earnings substantially increased retained earnings and total equity.
Changing liability composition: Customer contract liabilities became a more significant component of total liabilities.

These changes suggest that Micron ended FY 2026 with a much stronger financial position than it had at the end of FY 2024.

Nevertheless, investors should continue monitoring receivables, customer obligations, capital expenditures, and future memory market conditions.

Key takeaway: Micron combined substantial asset growth with stronger liquidity and lower interest-bearing debt. Its improved balance sheet provides greater financial flexibility, but the long-term value of its expanding asset base will depend on sustained cash generation and returns on manufacturing investments.

2.4. Cash Flow Statement Summary

Micron Technology’s cash flow statement shows how the company generated and used cash during FY 2024, FY 2025, and FY 2026. Unlike the income statement, which records revenue and expenses under accrual accounting, the cash flow statement focuses on actual cash movements.

For investors, cash flow is particularly important because semiconductor manufacturing requires substantial spending on factories, equipment, and advanced production technology.

(unit: $m)	FY 2024	FY 2025	FY 2026
Cash Flow from Operating Activities	8,507	17,525	89,675
Cash Flow from Investing Activities	(8,309)	(14,087)	(61,641)
Cash Flow from Financing Activities	(1,842)	(850)	630
Net Change in Cash	(1,604)	2,594	28,745
Beginning Cash Balance	8,656	7,052	9,646
Ending Cash Balance	7,052	9,646	38,391

Plain English

Micron’s cash generation improved dramatically between FY 2024 and FY 2026. Operating cash flow increased from $8,507 million to $89,675 million, giving the company substantially more cash to support manufacturing investments, repay debt, and strengthen its financial position. Investing cash outflows also increased sharply, reflecting both capital expenditures and purchases of investment securities. Despite these outflows, Micron ended FY 2026 with $38,391 million in cash, cash equivalents, and restricted cash, compared with $9,646 million at the end of FY 2025. These ending balances include restricted cash and therefore differ slightly from the cash and cash equivalents reported on the balance sheet.

1. Operating Cash Flow: Stronger Cash Generation

Operating cash flow (OCF) measures the cash generated by a company’s normal business activities, including customer collections, supplier payments, employee compensation, and other operating expenses.

Micron’s operating cash flow increased from $8,507 million in FY 2024 to $17,525 million in FY 2025 and $89,675 million in FY 2026.

This represents growth of approximately 106.0% in FY 2025 and 411.7% in FY 2026.

Operating cash flow as a percentage of revenue also improved:

FY 2024: 33.9% of revenue.
FY 2025: 46.9% of revenue.
FY 2026: 67.3% of revenue.

This improvement indicates that Micron generated substantially more operating cash relative to its sales.

However, operating cash flow is not identical to net income. It also reflects noncash expenses and changes in working capital, including receivables, inventory, and payables.

In FY 2026, Micron reported $84,969 million in net income and $89,675 million in operating cash flow.

Depreciation and amortization contributed $9,503 million to the reconciliation between net income and operating cash flow, while stock-based compensation contributed $1,333 million.

At the same time, changes in accounts receivable reduced operating cash flow by $25,206 million.

This receivables-related outflow is important because it shows that a substantial amount of reported sales had not yet been collected in cash during the fiscal year.

Other changes in operating assets and liabilities partly offset that cash outflow.

Plain English: Micron’s core business generated much more cash in FY 2026. Nevertheless, investors should distinguish reported profits from cash actually collected. Rapid sales growth can increase receivables, making customer collections an important factor in future cash flow performance.

2. Investing Cash Flow: Manufacturing Expansion and Financial Investments

Investing cash flow records cash spent on or received from long-term assets and investments.

Micron reported investing cash outflows of $8,309 million in FY 2024, $14,087 million in FY 2025, and $61,641 million in FY 2026.

The increase in FY 2026 was substantial, but it is important to distinguish spending on manufacturing equipment from purchases of financial securities.

Micron’s capital expenditures for property, plant, and equipment were:

FY 2024: $8,386 million.
FY 2025: $15,857 million.
FY 2026: $30,712 million.

Capital expenditures (CapEx) represent cash spent on long-term operating assets, such as semiconductor fabrication facilities and manufacturing equipment.

CapEx increased by approximately 89.1% in FY 2025 and 93.7% in FY 2026.

These expenditures reflect the capital-intensive nature of Micron’s business and its continued investment in manufacturing capabilities.

However, FY 2026 investing cash flow also included $34,871 million in purchases of available-for-sale securities.

These securities purchases represent financial investments rather than direct expenditures on semiconductor production facilities.

Micron also received $3,316 million in government incentive proceeds during FY 2026, compared with $2,005 million in FY 2025 and $315 million in FY 2024.

Government incentives can help offset eligible investment costs, although the timing and accounting treatment of these proceeds may differ from the timing of capital expenditures.

Plain English: Micron spent significantly more cash on manufacturing assets in FY 2026, but not all of its investing cash outflow represented factory construction or equipment purchases. A large portion was used to acquire investment securities, which are different from operating capital expenditures.

3. Free Cash Flow: Cash Remaining After Capital Expenditures

Free cash flow (FCF) measures the cash remaining after a company pays for capital expenditures required to support and expand its operations.

For this analysis, free cash flow is calculated using the standard unadjusted formula:

Free Cash Flow = Operating Cash Flow − Capital Expenditures

Using Micron’s reported cash flow statements:

FY 2024: $8,507 million − $8,386 million = $121 million.
FY 2025: $17,525 million − $15,857 million = $1,668 million.
FY 2026: $89,675 million − $30,712 million = $58,963 million.

Micron’s free cash flow increased substantially in FY 2026, even though capital expenditures also rose sharply.

Free cash flow margins, calculated as free cash flow divided by revenue, were approximately:

FY 2024: 0.5%.
FY 2025: 4.5%.
FY 2026: 44.3%.

This means Micron generated approximately $44.3 in free cash flow for every $100 of revenue during FY 2026, after deducting gross capital expenditures.

Micron also reported an adjusted free cash flow measure of $62,308 million for FY 2026. That company-adjusted figure differs from the $58,963 million calculated here because it incorporates adjustments, including the treatment of government incentives and other items.

For consistency across fiscal years, this analysis uses operating cash flow minus reported gross capital expenditures as its primary free cash flow measure.

Plain English: In FY 2024 and FY 2025, most of Micron’s operating cash flow was absorbed by capital expenditures. In FY 2026, operating cash generation increased enough to cover substantially higher manufacturing spending while still leaving a large amount of free cash flow. This was a major improvement in the company’s financial flexibility.

4. Financing Cash Flow: Debt Repayment and Shareholder Returns

Financing cash flow measures cash received from or paid to lenders and shareholders, along with certain other financing-related transactions.

Micron reported financing cash outflows of $1,842 million in FY 2024 and $850 million in FY 2025, followed by a financing cash inflow of $630 million in FY 2026.

The FY 2026 positive financing cash flow figure requires careful interpretation because it does not mean Micron increased its reliance on borrowing.

During FY 2026, Micron repaid $10,043 million of debt and reported no proceeds from new debt issuance.

At the same time, the company received $12,747 million in customer contract liability deposits.

These customer deposits contributed significantly to financing cash inflows but should not be confused with proceeds from issuing debt or with revenue already earned.

They are associated with contractual commitments that may require Micron to provide products or satisfy other obligations in the future.

Plain English: Micron’s financing cash flow turned positive in FY 2026 primarily because customer deposits more than offset several financing cash outflows. The company was simultaneously reducing its outstanding debt, so the positive financing figure does not indicate greater dependence on conventional borrowing.

5. Capital Return Policy: Dividends and Share Repurchases

Micron returned cash to shareholders through dividends and share repurchases during the three fiscal years.

Cash dividends paid were:

FY 2024: $513 million.
FY 2025: $522 million.
FY 2026: $610 million.

These payments indicate that Micron maintained its cash dividend program while expanding its operations and manufacturing investments.

Micron also repurchased common shares under its share repurchase program:

FY 2024: $300 million.
FY 2025: $0 million.
FY 2026: $650 million.

Share repurchases reduce the number of outstanding shares when shares are retired or held in treasury, although employee stock compensation and new share issuance can offset some of that effect.

Micron also made payments associated with withholding taxes on employee equity awards. These transactions are separate from discretionary share repurchases under the company’s repurchase program.

In FY 2026, Micron spent a combined $1,260 million on cash dividends and repurchases under its share repurchase program.

This represented approximately 2.1% of the company’s unadjusted FY 2026 free cash flow.

Plain English: Micron continued returning cash to shareholders, but its dividend and discretionary share repurchase payments were relatively small compared with its FY 2026 free cash flow. The company therefore retained substantial financial resources after these shareholder distributions.

6. Cash Balance: A Stronger Financial Position

Micron’s cash, cash equivalents, and restricted cash increased from $7,052 million at the end of FY 2024 to $9,646 million at the end of FY 2025 and $38,391 million at the end of FY 2026.

The FY 2026 increase was approximately $28,745 million.

The company’s cash flow statement reconciles this change through operating, investing, and financing activities, together with the effect of foreign currency exchange rate movements.

In FY 2026:

Operating activities: Generated $89,675 million.
Investing activities: Used $61,641 million.
Financing activities: Generated $630 million.
Foreign exchange effects: Added $81 million.
Net increase in cash: $28,745 million.

The ending balance in the cash flow statement includes restricted cash, which explains why it is slightly higher than the $38,364 million of cash and cash equivalents shown on the FY 2026 balance sheet.

Micron also held short-term and long-term marketable investments that are not included in the cash and cash equivalents balance.

At the end of FY 2026, the combined amount of cash and cash equivalents, short-term investments, and long-term marketable investments was $73,453 million.

For comparison, total interest-bearing debt was $5,179 million.

Plain English: Micron ended FY 2026 with a substantially larger pool of cash and financial investments than outstanding interest-bearing debt. This provides considerable financial flexibility, although some of these resources may be needed for future capital expenditures, customer commitments, and other business obligations.

7. Overall Cash Flow Assessment

Micron’s cash flow statements reveal a major structural improvement in cash generation between FY 2024 and FY 2026.

Several developments stand out:

Operating cash flow expanded rapidly: Stronger business profitability translated into substantially higher operating cash generation.
Capital expenditures increased: Micron continued investing heavily in semiconductor manufacturing facilities and equipment.
Free cash flow improved: FY 2026 operating cash flow substantially exceeded gross capital expenditures.
Debt repayments accelerated: Micron reduced outstanding borrowings while maintaining substantial liquidity.
Customer deposits became significant: Financing cash flow included substantial customer contract deposits associated with future obligations.
Shareholder returns continued: Micron maintained dividends and resumed discretionary share repurchases in FY 2026.

However, investors should distinguish a strong historical cash flow result from a guaranteed future outcome. Semiconductor memory demand, selling prices, manufacturing investments, and working capital requirements can change significantly over time.

Key takeaway: Micron’s FY 2026 cash flow performance demonstrates that the company generated enough operating cash to fund substantial capital expenditures, repay debt, and increase its cash reserves. Its ability to sustain this financial strength will depend on future operating profitability, capital spending requirements, and the semiconductor memory market cycle.

2.5. Beginner Takeaways

Micron Technology’s FY 2024–FY 2026 financial statements reveal a dramatic improvement in profitability, capital efficiency, liquidity, and cash generation. However, these results should be evaluated alongside the cyclical nature of the semiconductor memory industry.

1. Revenue Growth Was Accompanied by Exceptional Margin Expansion

Micron’s revenue increased from $25,111 million in FY 2024 to $133,188 million in FY 2026. Over the same period, operating income increased from $1,304 million to $99,340 million.

The company’s gross margin expanded from 22.4% to 80.7%, while its operating margin increased from 5.2% to 74.6%.

Plain English: Micron did more than increase sales. It earned substantially more profit from each dollar of revenue. This demonstrates strong operating leverage, but such high margins should not automatically be treated as permanent.

2. Capital Efficiency Improved Significantly

Micron’s return on equity (ROE) increased from 1.7% in FY 2024 to 88.3% in FY 2026. Return on invested capital (ROIC) also increased from 1.6% to 70.3%.

These improvements primarily reflected the substantial increase in operating earnings relative to the capital supporting the business.

Plain English: Micron generated much higher returns on its assets and invested capital. However, investors should distinguish exceptional returns during a strong earnings period from returns that can be sustained throughout an entire semiconductor cycle.

3. The Balance Sheet Became Much Stronger

Micron’s cash and cash equivalents increased from $7,041 million in FY 2024 to $38,364 million in FY 2026.

Meanwhile, total interest-bearing debt declined from $13,397 million to $5,179 million.

As a result, the debt-to-equity ratio fell from 29.7% to 3.7%, while the current ratio improved from 263.5% to 331.4%.

Plain English: Micron ended FY 2026 with substantially more cash and much less debt relative to shareholders’ equity. This gives the company greater flexibility to finance manufacturing investments and withstand potential downturns.

4. Free Cash Flow Became a Major Financial Strength

Operating cash flow increased from $8,507 million in FY 2024 to $89,675 million in FY 2026.

Although capital expenditures increased from $8,386 million to $30,712 million, free cash flow still rose from $121 million to $58,963 million.

The free cash flow margin consequently increased from approximately 0.5% to 44.3%.

Plain English: In FY 2024, nearly all operating cash flow was consumed by capital expenditures. By FY 2026, Micron generated enough cash to cover substantially higher manufacturing spending while retaining significant free cash flow.

5. Manufacturing Investments Remain Essential

Micron’s property, plant, and equipment increased from $39,749 million in FY 2024 to $63,310 million in FY 2026.

These assets include semiconductor factories and manufacturing equipment needed to produce memory products.

Continued investment can support production capabilities and technological competitiveness, but it also creates substantial financial commitments and depreciation expenses.

Plain English: Micron’s business requires large investments even when profitability is strong. Investors should therefore monitor both operating cash generation and future capital expenditures rather than focusing exclusively on reported earnings.

6. Customer Commitments and Working Capital Deserve Attention

Micron’s accounts receivable increased to $36,197 million in FY 2026, while changes in receivables reduced operating cash flow by $25,206 million during the year.

The company also reported $12,895 million in noncurrent customer contract liabilities, compared with $142 million in FY 2025.

These developments show that rapid business expansion can affect both cash collection timing and future contractual obligations.

Plain English: Strong sales and customer commitments can be encouraging, but investors should also monitor whether customers pay on time and whether Micron fulfills its contractual obligations profitably. Customer deposits are not the same as revenue already earned.

7. Financial Strength Does Not Eliminate Industry Cyclicality

Micron’s historical results demonstrate how dramatically profitability can change across different periods.

For context, the company reported a net loss of $5,833 million in FY 2023 before returning to profitability in FY 2024 and reporting substantially higher earnings in FY 2025 and FY 2026.

Semiconductor memory prices, customer demand, industry supply, and manufacturing costs can all influence future results.

Plain English: Micron’s FY 2026 financial performance was exceptionally strong, but investors should not assume that its revenue growth, profit margins, or free cash flow will remain at the same levels indefinitely. A strong balance sheet helps the company manage cyclical changes, but it does not prevent those changes from occurring.

Overall Financial Assessment

Micron’s FY 2024–FY 2026 financial statements show a company that substantially increased revenue and profitability, improved capital efficiency, expanded manufacturing assets, reduced financial leverage, and generated significantly more free cash flow.

These developments strengthened Micron’s financial position and increased its ability to fund operations and long-term investments.

For beginner investors, the central distinction is between financial strength and future earnings sustainability. Micron’s balance sheet and cash generation improved considerably, but the durability of its exceptional FY 2026 profitability will depend on future memory market conditions.

Final takeaway: Micron entered the end of FY 2026 with strong profitability, substantial liquidity, relatively low interest-bearing debt, and significant free cash flow. The most important long-term question is how much of this financial performance can be sustained as semiconductor memory demand, pricing, and capital investment requirements evolve.

3. Valuation

Here are the valuation ratios. These numbers don’t tell you by themselves if the stock is cheap or expensive. Investors typically compare them with peers, the broader market, or with their own view of intrinsic value (DCF). It’s up to each investor to judge whether these multiples signal undervaluation or overvaluation.

Micron Technology (NASDAQ: MU) has a reference share price of $1,029.00 and a market capitalization of approximately $1.21 trillion, based on the October 9, 2026 market data.

The historical valuation ratios below use Micron’s FY 2026 GAAP financial results. Forward P/E uses the consensus estimate. All valuation multiples are rounded to one decimal place.

3.1. Valuation Summary

Metric	Company
P/E	13.8x
Forward P/E	7.0x
P/B	8.7x
EV/EBITDA	10.8x
P/S	9.1x
Dividend Yield (%)	0.1%
Free Cash Flow Yield (%)	4.9%

3.2. Plain English Recap

1. P/E Ratio: 13.8x

The price-to-earnings ratio (P/E) compares a company’s stock price with its earnings per share.

Micron’s trailing P/E is approximately 13.8x, calculated using the share price of $1,029.00 and FY 2026 diluted earnings per share of $74.33.

Plain English: Investors are paying approximately $13.80 for every $1 of Micron’s FY 2026 earnings per share. However, because semiconductor memory profitability can fluctuate significantly, the ratio could rise if earnings decline even without an increase in the stock price.

2. Forward P/E Ratio: 7.0x

The forward P/E ratio compares the current stock price with expected future earnings per share.

Micron’s forward P/E is 7.02x, or approximately 7.0x when rounded.

This is lower than the company’s trailing P/E of 13.8x, indicating that the forward estimate assumes higher earnings per share than Micron reported in FY 2026.

Plain English: A lower forward P/E can indicate expectations for future earnings growth. However, forward earnings are estimates rather than guaranteed results. If actual earnings fall short of expectations, the stock may turn out to be more expensive than the forward multiple initially suggests.

3. P/B Ratio: 8.7x

The price-to-book ratio (P/B) compares a company’s market capitalization with its shareholders’ equity.

Micron’s FY 2026 shareholders’ equity was $138,378 million, compared with the market capitalization of approximately $1,210,000 million.

This produces a P/B ratio of approximately 8.7x.

Plain English: Investors are valuing Micron at approximately 8.7 times its accounting book value. Book value reflects recorded assets minus liabilities, but it does not directly measure future earnings potential, technological competitiveness, or the economic value of manufacturing capabilities.

4. EV/EBITDA Ratio: 10.8x

The enterprise value to EBITDA ratio (EV/EBITDA) compares the value of a company’s operating business with its earnings before interest, taxes, depreciation, and amortization.

Using the market capitalization and Micron’s FY 2026 financial statements:

Market capitalization: $1,210,000 million.
Total interest-bearing debt: $5,179 million.
Cash and cash equivalents: $38,364 million.
Enterprise value: $1,176,815 million.
Operating income: $99,340 million.
Depreciation and amortization: $9,503 million.
EBITDA: $108,843 million.

Enterprise value is calculated as market capitalization plus interest-bearing debt minus cash and cash equivalents. EBITDA is calculated from GAAP operating income plus reported depreciation and amortization, without non-GAAP adjustments.

This results in an EV/EBITDA ratio of approximately 10.8x.

Plain English: The market values Micron’s operating business at approximately 10.8 times its FY 2026 EBITDA. This measure is useful for comparing companies with different debt levels, but EBITDA excludes capital expenditures, which are especially important for semiconductor manufacturers.

5. P/S Ratio: 9.1x

The price-to-sales ratio (P/S) compares a company’s market capitalization with its annual revenue.

Micron reported FY 2026 revenue of $133,188 million.

Dividing the market capitalization of $1,210,000 million by FY 2026 revenue produces a P/S ratio of approximately 9.1x.

Plain English: Investors are paying approximately $9.10 for every $1 of Micron’s FY 2026 annual revenue. This ratio does not account for profitability, so it should be interpreted alongside gross margins, operating margins, and earnings.

6. Dividend Yield: 0.1%

The dividend yield measures annual dividends relative to the stock price.

Micron declared dividends of approximately $0.53 per share during FY 2026.

Using that historical annual dividend amount and the share price of $1,029.00, the indicated historical dividend yield is approximately 0.1% when rounded to one decimal place.

Plain English: Micron’s dividend represents a very small percentage of its share price. Investors evaluating the company may therefore place greater emphasis on earnings growth, cash generation, and future business performance than on current dividend income.

7. Free Cash Flow Yield: 4.9%

The free cash flow yield compares a company’s annual free cash flow with its market capitalization.

Micron generated $89,675 million in operating cash flow during FY 2026 and spent $30,712 million on property, plant, and equipment.

Using operating cash flow minus gross capital expenditures, FY 2026 free cash flow was $58,963 million.

Dividing this amount by the market capitalization of $1,210,000 million produces a free cash flow yield of approximately 4.9%.

Plain English: Micron generated approximately $4.90 in FY 2026 free cash flow for every $100 of market capitalization. This provides a cash-based perspective on valuation, but future free cash flow could change substantially with memory pricing, operating performance, and manufacturing investment requirements.

3.3. Overall Valuation Assessment

Micron’s valuation presents different perspectives depending on which financial measure investors emphasize.

Earnings valuation: The trailing P/E of 13.8x and forward P/E of 7.0x reflect strong historical earnings and expectations for additional earnings growth.
Book value: The P/B ratio of 8.7x indicates that investors value Micron substantially above its recorded shareholders’ equity.
Operating earnings: EV/EBITDA of 10.8x provides a measure of valuation relative to operating earnings before depreciation and amortization.
Revenue valuation: The P/S ratio of 9.1x reflects a market valuation substantially greater than annual revenue.
Shareholder income: The historical dividend yield of approximately 0.1% indicates limited dividend income relative to the share price.
Cash generation: The free cash flow yield of 4.9% provides an additional perspective based on cash remaining after capital expenditures.

The most important consideration is that Micron’s FY 2026 earnings and cash flow were exceptionally strong compared with earlier fiscal years.

Historical valuation ratios may appear more attractive when earnings are unusually high, while forward ratios depend on estimates that may change as industry conditions evolve.

Key takeaway: Micron’s valuation should be assessed in relation to the sustainability of its earnings, the semiconductor memory cycle, future capital expenditures, and long-term cash generation. None of these ratios, considered individually, establishes whether the stock is undervalued or overvalued.

Forward P/E is shown as a consensus estimate (average from major financial data providers) for reference.

Date of preparation: 2026-10-09

4. Risks

Editorial Note: In order to enhance readability, we have omitted broad, market-wide risks that generally affect all companies. The following discussion is focused solely on the risks that are specific to this company and the industry in which it operates.

Micron Technology’s FY 2026 Form 10-K identifies risks associated with semiconductor memory pricing, manufacturing technology, production capacity, customer demand, international trade restrictions, and other factors affecting its DRAM, NAND, and high-bandwidth memory (HBM) businesses.

4.1. Memory Pricing and Industry Supply Cycles

Micron operates in the semiconductor memory industry, where product prices can change substantially as supply and demand fluctuate.

The company identifies several related risks:

Supply and demand imbalances: Industry-wide increases in memory production can create excess supply, putting downward pressure on DRAM and NAND selling prices.
Rapid price changes: Changes in average selling prices can significantly affect Micron’s revenue, gross margins, and profitability.
Manufacturing capacity decisions: Semiconductor production capacity cannot always be increased or reduced quickly enough to match changes in demand.
Inventory exposure: Changes in market prices or demand can reduce the value of existing inventory and may require inventory write-downs.

Micron specifically warns that weaker demand for HBM could lead manufacturers to shift capacity toward conventional DRAM production. This could increase conventional DRAM supply and place downward pressure on prices.

Conversely, when demand rises faster than available production capacity, Micron may be unable to supply all customer requirements. The company may then need to prioritize certain products, customers, or markets.

Plain English: Too much memory supply can reduce selling prices and profits, while insufficient supply can prevent Micron from meeting customer demand.

4.2. AI Demand and High-Bandwidth Memory Market Risks

Micron’s FY 2026 Form 10-K discusses the increasing importance of artificial intelligence and data center applications to demand for advanced memory products.

HBM is a type of high-performance DRAM designed to provide the memory bandwidth required by advanced computing systems, including AI accelerators.

The company identifies risks related to changing demand patterns and the growing complexity of these products.

Changes in AI-related demand: Future demand for advanced memory products depends partly on customer investment in AI infrastructure and accelerated computing.
Product mix changes: Shifts between HBM, conventional DRAM, and other memory products can affect production planning and available supply.
Capacity constraints: Manufacturing and advanced packaging capacity may not expand quickly enough to meet customer requirements.
Customer requirements: Advanced memory products must meet demanding performance, quality, and technical specifications before customers can adopt them.

Micron also notes that growing AI-related memory requirements create pressure on manufacturing capacity and the allocation of products across different markets.

Plain English: Micron must produce the right types of memory in sufficient quantities as AI-related customer requirements change. A mismatch between demand, product capabilities, and available capacity can affect sales and customer relationships.

4.3. Semiconductor Technology Development and Product Qualification

Micron’s business depends on developing new semiconductor manufacturing technologies and introducing increasingly advanced memory and storage products.

The company must continually improve performance, manufacturing efficiency, and product capabilities while meeting customer requirements.

Technology development: Developing new DRAM and NAND manufacturing processes involves substantial technical complexity and uncertainty.
Manufacturing yields: New technologies may initially produce a lower proportion of usable chips, increasing production costs.
Product qualification: Customers may require extensive testing and validation before approving new memory products for their systems.
Development delays: Delays in introducing or qualifying products can affect Micron’s ability to meet customer schedules and compete for business.
Technology transitions: Moving production to newer technologies can create operational challenges and require additional investment.

These risks are particularly relevant to advanced memory products that require complex manufacturing processes and must satisfy demanding customer specifications.

Plain English: Micron must develop new memory technologies and manufacture them reliably. Technical problems, low production yields, or delayed customer approval can increase costs and delay product sales.

4.4. Manufacturing Capacity and Expansion Risks

Semiconductor memory manufacturing requires specialized facilities, expensive equipment, and complex production processes.

Micron’s Form 10-K discusses the challenges associated with expanding production capacity and introducing new manufacturing technologies.

Long construction and equipment lead times: New semiconductor manufacturing capacity can take years to develop and become operational.
High capital requirements: Manufacturing facilities and equipment require substantial expenditures before they can generate revenue.
Production ramp-up: Newly constructed or upgraded facilities may require additional time to achieve planned output and efficiency.
Equipment availability: Limited availability of specialized semiconductor manufacturing equipment can delay capacity expansion.
Demand uncertainty: Market conditions may change between the time Micron commits to an expansion project and the time new capacity becomes available.

Micron’s manufacturing investments also depend on the successful installation, integration, and operation of highly specialized equipment.

Plain English: Micron must invest in factories and equipment long before new capacity is ready. Delays, higher costs, or changes in memory demand can affect the financial results of these investments.

4.5. Semiconductor Manufacturing Disruptions and Supply Constraints

Micron’s manufacturing operations depend on uninterrupted access to specialized equipment, materials, utilities, and supporting infrastructure.

Memory manufacturing involves numerous tightly controlled processes, making production sensitive to operational disruptions.

Specialized materials: Shortages or interruptions involving chemicals, gases, wafers, and other materials can restrict production.
Manufacturing equipment: Equipment failures or delays in obtaining replacement parts can interrupt production.
Utility requirements: Semiconductor fabrication facilities depend on reliable electricity, water, and other essential services.
Production complexity: Manufacturing problems can reduce output, lower yields, or result in products that do not meet quality requirements.
Supplier limitations: Certain specialized materials and equipment may be available from only a limited number of qualified suppliers.

Micron’s global manufacturing network also requires coordination across fabrication, assembly, testing, and packaging operations.

Plain English: A shortage of essential materials, an equipment problem, or a disruption at a manufacturing facility can reduce Micron’s ability to produce and deliver memory products.

4.6. Competition in the Global Memory Industry

Micron faces intense competition from other semiconductor memory and storage manufacturers.

The company’s FY 2026 Form 10-K identifies competitors including Samsung Electronics, SK hynix, Kioxia, Sandisk, ChangXin Memory Technologies (CXMT), and Yangtze Memory Technologies (YMTC).

Micron highlights several competitive risks:

Aggressive pricing: Competitors may reduce selling prices to gain market share.
Manufacturing scale: Larger competitors may benefit from greater production capacity and economies of scale.
Technology investment: Competitors with substantial financial resources may invest more heavily in new manufacturing processes and products.
Different operating costs: Competitors operating in other jurisdictions may benefit from lower labor or regulatory compliance costs.
New competitors: Additional companies entering the memory market may increase competitive pressure.
Industry consolidation: Mergers among competitors may create companies with greater manufacturing scale or broader product portfolios.

The company also notes that government support for semiconductor manufacturers in different countries can influence competitive conditions.

Plain English: Micron must compete on price, manufacturing cost, product performance, and technology. Competitors with lower costs, greater resources, or more advanced products can reduce Micron’s sales opportunities and profitability.

4.7. Customer Demand, Product Qualification, and Supply Allocation

Micron’s revenue depends on demand from customers across data centers, computing, mobile devices, automotive applications, and other markets.

The company identifies risks arising from changes in customer purchasing decisions and product requirements.

Customer inventory adjustments: Large customers may change how much memory they purchase or hold in inventory.
Changing product requirements: Customers may require different memory capacities, performance characteristics, or product configurations.
Qualification delays: Micron may be unable to qualify products in time to meet customer schedules.
Changes in customer concentration: Shifts in the company’s largest customers or end markets may affect revenue.
Supply allocation decisions: When production cannot meet demand, Micron may need to allocate limited supply among customers and markets.

Micron warns that periods of constrained supply, insufficient customer allocations, or elevated memory prices may strain customer relationships and disrupt downstream markets.

The company also notes that these conditions could result in disputes or additional regulatory attention.

Plain English: Micron can lose sales opportunities when customer requirements change or when it cannot deliver enough qualified products. Prolonged supply shortages may also damage customer relationships.

4.8. Strategic Customer Agreements and Contractual Commitments

Micron’s FY 2026 Form 10-K describes its growing use of strategic customer agreements designed to provide customers with committed access to memory supply over multiple years.

These agreements include take-or-pay commitments, under which customers make binding commitments to specified purchase volumes.

Contract pricing may be fixed or periodically negotiated, and many agreements include minimum and maximum pricing bands.

Although Micron describes these agreements as improving business visibility, the company’s contractual arrangements also create obligations that must be fulfilled.

Committed supply volumes: Micron must plan production around contractual delivery requirements.
Pricing arrangements: Contractual pricing terms may differ from prevailing market prices during the agreement period.
Manufacturing requirements: Micron must maintain sufficient qualified production capacity to meet applicable commitments.
Customer deposits: Advance payments are associated with future contractual obligations and are not automatically recognized as revenue when received.

Micron’s FY 2026 financial statements also show a substantial increase in customer contract liabilities associated with these arrangements.

Plain English: Long-term customer agreements provide greater visibility into future demand, but Micron must still meet the supply and other obligations established by those contracts.

4.9. Export Restrictions, Trade Barriers, and Access to China

Micron’s semiconductor business is directly affected by government restrictions on semiconductor products, manufacturing equipment, technology transfers, and international trade.

The company’s FY 2026 Form 10-K identifies risks involving export controls, tariffs, trade restrictions, and government actions affecting access to customers and suppliers.

Export controls: Restrictions may prevent Micron from selling certain memory products or transferring technology to particular customers or countries.
Semiconductor equipment restrictions: Trade regulations may limit access to specialized manufacturing equipment, components, or materials.
Tariffs: Import duties can increase product or manufacturing costs and affect competitiveness.
Domestic sourcing policies: Government measures favoring domestic semiconductor suppliers may reduce Micron’s access to certain markets.
Retaliatory restrictions: Trade measures imposed by one country may lead to restrictions imposed by another.

China-specific risk: Micron highlights a May 2023 cybersecurity review decision by the Cyberspace Administration of China (CAC). Following that review, Chinese authorities determined that operators of critical information infrastructure in China may not purchase Micron products.

Micron states that this decision affected revenue associated with companies headquartered in mainland China and Hong Kong, including direct and indirect sales.

The company warns that additional Chinese government actions could further affect its sales, shipments, or operations.

Micron also identifies evolving export controls related to products supporting AI applications as a potential restriction on future sales to certain markets.

Plain English: Government restrictions can prevent Micron from selling memory products to certain customers or obtaining essential manufacturing supplies. China-related restrictions are especially relevant because Micron has already experienced a specific government action affecting its products.

4.10. Government Incentives and Semiconductor Manufacturing Projects

Micron’s manufacturing expansion plans include projects that may benefit from government incentives and other forms of public support.

Such arrangements can involve conditions related to project execution, eligible expenditures, investment commitments, or other requirements.

Risks associated with these projects and incentives include:

Project execution: Manufacturing projects may encounter construction delays, cost increases, or difficulties achieving planned production capacity.
Funding conditions: Government support may depend on satisfying specified requirements.
Changes in government programs: Changes to incentive arrangements or applicable policies may affect anticipated project support.
Long-term investment commitments: Micron may incur substantial costs before new facilities begin generating revenue.

Plain English: Government incentives can help support Micron’s factory investments, but the company must meet applicable requirements and successfully complete expensive manufacturing projects.

4.11. Intellectual Property and Semiconductor Technology Rights

Micron’s products and manufacturing processes rely on proprietary semiconductor technologies, patents, and technical knowledge.

The company operates in an industry where competing manufacturers develop overlapping technologies and may assert intellectual property rights against one another.

Patent disputes: Micron may face claims that its products or manufacturing processes infringe another company’s intellectual property.
Licensing requirements: Certain disputes may require licensing arrangements or other payments.
Restrictions on technology use: Unfavorable outcomes may limit the company’s ability to manufacture or sell affected products.
Protection of proprietary technology: Unauthorized use or disclosure of Micron’s technology may weaken its competitive position.

Plain English: Micron depends on advanced semiconductor technology. Disputes over technology ownership or usage rights can increase costs or restrict the production and sale of certain products.

4.12. Summary of Micron’s Key Business Risks

Micron’s FY 2026 Form 10-K highlights risks that are closely connected to the economics and technical requirements of semiconductor memory manufacturing.

Memory pricing: Changes in industry supply and demand can cause substantial fluctuations in selling prices and profitability.
AI and HBM demand: Changes in advanced computing requirements can affect product demand and manufacturing capacity allocation.
Technology execution: Delays, low yields, or unsuccessful product qualifications can increase costs and reduce sales opportunities.
Capital-intensive manufacturing: Factory expansion requires substantial investment and long development periods.
Production disruptions: Equipment, material, and utility constraints can reduce manufacturing output.
Competition: Rival manufacturers can compete through pricing, production scale, technological capabilities, and investment resources.
Customer commitments: Changes in customer demand and contractual supply obligations can affect production planning and customer relationships.
Trade restrictions: Export controls and government actions, including restrictions affecting China, can limit market access and manufacturing activities.
Government-supported expansion: Manufacturing incentives and major investment projects involve conditions and execution requirements.
Intellectual property: Semiconductor technology disputes can result in additional costs or restrictions on products and processes.

Plain English Recap: Micron’s principal company- and industry-specific risks arise from changing memory prices, complex manufacturing technology, large capital investments, competition, customer requirements, and restrictions on international semiconductor trade. These risks can affect its ability to manufacture products, meet customer demand, control costs, and maintain profitability.

5. MD&A (Management’s Discussion and Analysis)

Micron Technology’s FY 2026 Management’s Discussion and Analysis (MD&A) explains the business conditions, operating results, and financial decisions that shaped the company’s performance during the fiscal year ended September 3, 2026.

Management emphasized strong AI-driven demand for memory and storage, higher DRAM and NAND selling prices, improved profitability, expanding manufacturing investments, and new strategic customer agreements.

5.1. Industry Conditions: AI Demand Exceeded Memory Supply Growth

Micron’s management stated that AI-driven demand for memory and storage grew faster than the industry’s ability to increase supply during FY 2026.

The expansion of AI infrastructure and data center computing increased demand for memory products, including DRAM, NAND, and high-bandwidth memory (HBM).

Management highlighted several developments:

Strong memory demand: AI-related data center expansion contributed significantly to increased demand for memory and storage products.
Constrained industry supply: Memory manufacturers were unable to increase production quickly enough to fully meet demand.
Higher selling prices: Strong demand and limited supply contributed to substantial pricing improvements across Micron’s product portfolio.
Improved profitability: Higher memory prices and favorable demand conditions supported stronger gross margins and operating results.
Supply allocation: Micron made decisions about distributing available production among customers and end markets because demand exceeded available supply.

Management explained that these conditions were especially important in data centers, where AI adoption increased requirements for memory capacity, bandwidth, and storage.

Plain English: Demand for Micron’s memory products increased faster than manufacturers could expand production. This allowed Micron to sell memory at higher prices, which management identified as a major reason for its stronger FY 2026 financial performance.

5.2. Revenue Growth and Operating Performance

Micron reported FY 2026 revenue of $133.19 billion, compared with $37.38 billion in FY 2025 and $25.11 billion in FY 2024.

Revenue increased by approximately 256.3% from FY 2025 to FY 2026.

Management attributed the improvement primarily to stronger selling prices and demand across its memory and storage portfolio.

The company reported the following GAAP results:

Gross profit: Increased from $14.87 billion in FY 2025 to $107.50 billion in FY 2026.
Gross margin: Increased from 39.8% to 80.7%.
Operating income: Increased from $9.77 billion to $99.34 billion.
Operating margin: Increased from 26.1% to 74.6%.
Net income: Increased from $8.54 billion to $84.97 billion.
Diluted earnings per share: Increased from $7.59 to $74.33.

Management identified stronger DRAM and NAND pricing, improved product profitability, and favorable market demand as major factors behind the increase in earnings.

Operating expenses also increased as Micron continued investing in research, product development, and business operations. However, revenue and gross profit grew substantially faster than operating expenses.

Plain English: Micron generated much more revenue and retained a larger portion of that revenue as profit. Management linked this improvement primarily to stronger memory market conditions and higher selling prices.

5.3. DRAM Performance and the Shift Toward Data Centers

DRAM remained Micron’s largest product category during FY 2026.

DRAM (dynamic random-access memory) is the working memory used by computers, servers, and other electronic systems to process data while applications are running.

Management described the following developments:

AI-related demand: Data center and accelerated computing applications increased demand for advanced DRAM products.
Improved pricing: Strong market demand and constrained supply supported higher DRAM selling prices.
Product mix: Micron continued serving higher-growth markets, including data centers and hyperscale cloud customers.
Advanced memory: HBM and other high-performance DRAM products became increasingly important to the company’s product portfolio.
Capacity allocation: Micron adjusted manufacturing and customer supply allocations to address changing demand across DRAM applications.

Management also explained that production decisions involving HBM and conventional DRAM are connected because different DRAM products compete for portions of the industry’s manufacturing resources.

Plain English: Micron benefited from higher demand for DRAM used in AI servers and other computing systems. Management emphasized that both pricing improvements and the shift toward higher-demand applications contributed to the company’s results.

5.4. NAND Performance and Storage Demand

Micron’s NAND business also benefited from stronger demand and improved pricing during FY 2026.

NAND flash memory stores data even when a device is powered off. It is widely used in solid-state drives (SSDs), smartphones, and other storage products.

Management emphasized:

Higher NAND demand: Demand improved across storage applications, including data center and enterprise storage.
Supply constraints: Industry supply conditions contributed to stronger NAND pricing.
Improved margins: Higher selling prices and changes in manufacturing costs supported NAND profitability.
Data center storage: Growing AI and data center workloads increased requirements for storage products.

Management described NAND pricing and demand as important contributors to the improvement in Micron’s overall financial performance.

Plain English: Micron’s storage products also benefited from stronger customer demand and higher prices. These improvements helped increase revenue and profitability beyond the DRAM business.

5.5. Strategic Customer Agreements and Long-Term Supply Commitments

Management highlighted the growing importance of strategic customer agreements (SCAs) during FY 2026.

These agreements are designed to provide customers with greater assurance of future memory supply while giving Micron more visibility into customer demand and pricing.

Micron described several important contract features:

Multi-year commitments: Customers agree to purchase specified volumes over contractual periods.
Take-or-pay arrangements: Customers make binding purchase commitments under the agreements.
Pricing frameworks: Pricing may be fixed or periodically negotiated, with many agreements containing minimum and maximum price bands.
Customer deposits: Certain agreements require customers to provide substantial cash deposits.
Supply planning: Contractual commitments help Micron plan manufacturing capacity and product allocation.

Management stated that these agreements are intended to improve the stability and predictability of the company’s financial performance.

During FY 2026, Micron received approximately $12.75 billion in customer deposits associated with strategic customer agreements.

Management explained that these deposits are generally returned when customers fulfill their minimum purchase commitments. Nearly all of the deposits are scheduled to be repaid between 2029 and 2031.

As of September 3, 2026, Micron reported approximately $134 billion in remaining performance obligations, representing transaction amounts allocated to goods or services that had not yet been delivered or completed under applicable contracts.

Management cautioned that this amount should not be interpreted as a complete forecast of future revenue from these agreements.

Plain English: Micron entered into longer-term supply agreements with customers. These contracts provide greater visibility into future purchases and pricing, while customer deposits support liquidity but create obligations that must be accounted for separately from revenue.

5.6. Manufacturing Technology and Capacity Expansion

Micron’s management emphasized continued investment in advanced memory manufacturing technologies, production capacity, and supporting infrastructure.

The company’s expansion activities include projects in the United States and other countries, reflecting the need for additional semiconductor manufacturing and advanced packaging capacity.

Management identified several major priorities:

Advanced DRAM production: Expanding capabilities for next-generation DRAM and HBM products.
NAND technology: Continuing development and production transitions for advanced NAND manufacturing processes.
Cleanroom capacity: Adding specialized manufacturing space with the environmental controls required for semiconductor production.
Advanced packaging: Increasing capacity for processes used to assemble and connect complex semiconductor products, including HBM.
Global manufacturing network: Investing in fabrication, assembly, testing, and related operations across multiple geographic locations.

Management discussed ongoing and planned manufacturing investments in locations including the United States, Japan, Singapore, and India.

These projects have different construction schedules and expected production start dates.

Micron also continued developing newer DRAM and NAND manufacturing technologies to support future products.

Plain English: Management is investing in new factories, equipment, and manufacturing processes to expand Micron’s ability to produce advanced memory and storage products. These projects require substantial capital and take time to become operational.

5.7. Capital Expenditures and Investment Requirements

Micron’s FY 2026 MD&A emphasizes the importance of capital investment in supporting technology development and manufacturing capacity.

Capital expenditures (CapEx) are investments in long-term operating assets, such as semiconductor factories and manufacturing equipment.

Micron reported the following gross capital expenditures:

FY 2024: $8.39 billion.
FY 2025: $15.86 billion.
FY 2026: $30.71 billion.

Management explained that its manufacturing investments are intended to support product development, production capacity, and anticipated customer demand.

Government incentives also provide financial support for certain manufacturing projects.

However, these incentives are subject to applicable conditions, including project milestones and compliance requirements.

Plain English: Micron substantially increased spending on factories and equipment during FY 2026. Management considers these investments necessary to support advanced memory production and future customer requirements.

5.8. Operating Cash Flow and Financial Liquidity

Management identified cash generated from operations as Micron’s primary source of liquidity.

Micron also receives funding from government assistance and customer deposits associated with strategic customer agreements.

During FY 2026, the company reported:

Operating cash flow: $89.68 billion, compared with $17.53 billion in FY 2025.
Investing cash outflow: $61.64 billion, reflecting capital expenditures and other investing activities.
Financing cash inflow: $0.63 billion.
Cash and marketable investments: $73.45 billion at fiscal year-end, compared with $11.94 billion at the end of FY 2025.

Management noted that operating cash generation depends heavily on memory selling prices, which can change significantly between periods.

Micron also maintains access to financing arrangements. As of September 3, 2026, the company reported $2.00 billion available under its revolving credit facility, a borrowing arrangement that allows the company to draw funds subject to its terms.

Management described its cash and investment portfolio as consisting primarily of bank deposits, money market funds, and liquid investment-grade fixed-income securities.

Plain English: Micron generated substantially more cash from its operations in FY 2026 and ended the year with significantly higher cash and investment balances. Management also emphasized that future cash generation remains sensitive to memory selling prices.

5.9. Debt Management and Financing Activities

Micron’s financing activities during FY 2026 included substantial debt repayments and cash received through strategic customer arrangements.

The company reported approximately $10.04 billion in debt repayments during the fiscal year.

At the same time, it received approximately $12.75 billion in customer deposits associated with strategic customer agreements.

Management distinguished these customer deposits from conventional borrowing and explained the contractual conditions governing their repayment or retention.

Micron’s total interest-bearing debt declined from approximately $14.58 billion at the end of FY 2025 to $5.18 billion at the end of FY 2026.

Management stated that the company continues evaluating financing alternatives to support capital expenditures and ongoing operations.

Plain English: Micron repaid a substantial amount of debt while receiving significant customer deposits. Management presented operating cash flow, customer agreements, government support, and available financing arrangements as important components of its funding resources.

5.10. Management’s Overall Assessment of FY 2026

Micron’s management described FY 2026 as a period of exceptionally strong financial performance, driven by increased demand for memory and storage products and substantial improvements in selling prices.

The company’s MD&A emphasized the following developments:

AI-driven demand: Growth in AI infrastructure and data centers accelerated demand for DRAM, NAND, and advanced memory products.
Constrained supply: Industry production growth remained below the pace of demand growth, contributing to stronger pricing.
Higher profitability: Improved selling prices and demand conditions supported substantial increases in revenue, gross margins, and earnings.
Strategic customer agreements: Multi-year supply commitments provided greater visibility into future customer demand and contractual pricing.
Manufacturing expansion: Micron continued investing in advanced semiconductor production capacity and technology development.
Stronger liquidity: Operating cash flow and cash reserves increased significantly during the fiscal year.
Capital allocation: Micron continued funding manufacturing investments while reducing outstanding debt.

Plain English Recap: Management attributed Micron’s FY 2026 performance primarily to strong memory demand, particularly from AI and data centers, combined with constrained industry supply and higher selling prices. The company also emphasized manufacturing expansion, long-term customer supply agreements, and stronger operating cash generation as important developments during the year.

6. Summary

Micron Technology (NASDAQ: MU) is a major semiconductor manufacturer supplying DRAM, NAND, and high-bandwidth memory (HBM) for AI data centers, computers, smartphones, and other electronic devices.

In FY 2026, Micron’s revenue reached $133.19 billion, while net income increased to $84.97 billion, reflecting exceptionally strong demand, higher memory selling prices, and improved profitability.

The company’s financial position also strengthened, with operating cash flow of $89.68 billion, significantly higher cash reserves, and substantially lower interest-bearing debt.

Management attributed much of this performance to AI-driven memory demand growing faster than available industry supply, while emphasizing manufacturing expansion and long-term customer supply agreements.

However, Micron operates in a cyclical industry, where changes in memory prices, supply, and customer demand can cause significant fluctuations in revenue and earnings.

Advanced manufacturing requirements, intense competition, international trade restrictions, and substantial capital expenditures remain important business risks.

From a valuation perspective, Micron’s historical P/E ratio of approximately 13.8x and forward P/E of 7.0x should be considered alongside the possibility that future earnings may differ substantially from FY 2026 results.

Overall, Micron ended FY 2026 with exceptional profitability, strong cash generation, and an improved balance sheet, but its long-term investment outlook depends on how sustainably it can generate earnings and cash flow through changing memory market conditions.

This article is for educational purposes only.

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Micron Technology (MU) FY 2026 10-K Key Highlights (Filed 2026) | Explained for Beginners

Originally published on Finvincio

Table of Contents

1. Business Overview

1.1. What Does Micron Technology Do?

1.2. Micron’s Main Products: DRAM, NAND, and HBM

1) DRAM: Fast Working Memory

2) NAND: Long-Term Data Storage

3) HBM: High-Speed Memory for AI

4) Other Memory Products

1.3. How Micron Makes Money

1.4. Micron’s Four Business Units

FY 2026 Revenue by Business Unit

1.5. Micron’s Role in AI and Data Centers

1.6. Manufacturing and Technology Development

1.7. What Investors Should Understand About Micron’s Business

1.8. Business Overview: Key Takeaways

2. Financial Highlights

2.1. Income Statement Summary

Plain English

2.2. Key Financial Ratios

Plain English

2.3. Balance Sheet Summary

Plain English

2.4. Cash Flow Statement Summary

Plain English

2.5. Beginner Takeaways

3. Valuation

3.1. Valuation Summary

3.2. Plain English Recap

3.3. Overall Valuation Assessment

4. Risks

4.1. Memory Pricing and Industry Supply Cycles

4.2. AI Demand and High-Bandwidth Memory Market Risks

4.3. Semiconductor Technology Development and Product Qualification

4.4. Manufacturing Capacity and Expansion Risks

4.5. Semiconductor Manufacturing Disruptions and Supply Constraints

4.6. Competition in the Global Memory Industry

4.7. Customer Demand, Product Qualification, and Supply Allocation

4.8. Strategic Customer Agreements and Contractual Commitments

4.9. Export Restrictions, Trade Barriers, and Access to China

4.10. Government Incentives and Semiconductor Manufacturing Projects

4.11. Intellectual Property and Semiconductor Technology Rights

4.12. Summary of Micron’s Key Business Risks

5. MD&A (Management’s Discussion and Analysis)

5.1. Industry Conditions: AI Demand Exceeded Memory Supply Growth

5.2. Revenue Growth and Operating Performance

5.3. DRAM Performance and the Shift Toward Data Centers

5.4. NAND Performance and Storage Demand

5.5. Strategic Customer Agreements and Long-Term Supply Commitments

5.6. Manufacturing Technology and Capacity Expansion

5.7. Capital Expenditures and Investment Requirements

5.8. Operating Cash Flow and Financial Liquidity

5.9. Debt Management and Financing Activities

5.10. Management’s Overall Assessment of FY 2026

6. Summary