What is Intel Corporation?
Designing and manufacturing the semiconductors that power the modern world
- Category
- Semiconductors & Foundry
- Headquarters
- Santa Clara, California
- Founded
- July 18, 1968
- Employees
- ~85,100 (FY2025 year-end)
- Total Funding
- Public — NASDAQ: INTC since 1971
- Market Cap
- ~$672B (June 2026)
What is Intel?
Intel Corporation is one of the world's largest semiconductor companies by revenue, designing and manufacturing CPUs, data center chips, and foundry services used in everything from personal computers to AI infrastructure. Founded in 1968, Intel is publicly traded on NASDAQ (INTC) and generated $52.9 billion in revenue in FY2025, with a market capitalization of approximately $672 billion as of June 2026.
Intel operates as an integrated device manufacturer (IDM), meaning it designs its own chips and manufactures them in its own fabrication facilities — a model that sets it apart from fabless chipmakers like AMD or Qualcomm. Its three primary business units are the Client Computing Group (CCG, the largest at $32.2B in FY2025 revenue), the Data Center and AI Group (DCAI, $16.9B), and Intel Foundry ($17.8B), which serves both internal Intel Products and external customers on advanced process nodes. A Q1 2026 revenue beat of $13.6 billion — $1.4 billion above the midpoint of guidance — sent the stock up 24% in a single session, its largest single-day gain since 1987.
The company's strategic pivot under CEO Lip-Bu Tan, who took the helm in March 2025, centers on restoring Intel's manufacturing leadership through its Intel 18A process node. The first commercial product built on 18A — Core Ultra Series 3 ("Panther Lake") — began shipping in early 2026. Intel Foundry revenue reached $5.4 billion in Q1 2026, up 20% sequentially, though external foundry revenue remained nascent at $174 million as Intel works to attract third-party customers. Intel 14A, the next-generation process node, is already in customer evaluation and reportedly outpacing 18A at a comparable development stage.
With approximately 85,100 employees worldwide as of FY2025 year-end and manufacturing facilities in the US, Ireland, Israel, and Malaysia, Intel remains the only US-based company capable of manufacturing leading-edge logic chips at scale. That strategic position underpins $7.86 billion in finalized US CHIPS Act grants and up to $11 billion in federal loans for domestic fab expansion — making Intel a cornerstone of US semiconductor policy alongside its commercial turnaround.
What does Intel offer?
Intel's product portfolio spans client computing silicon, data center and AI processors, graphics, foundry manufacturing services, and autonomous vehicle technology — organized across two primary operating groups (Intel Products and Intel Foundry) plus minority-owned Mobileye.
- Core Ultra CPUs (Client AI PCs)· Client Computing
- Xeon Scalable Processors (Data Center)· Data Center & AI
- Gaudi AI Accelerators· Data Center & AI
- Intel Arc GPUs· Graphics
- Intel 18A Process Node· Foundry Services
- Intel 14A Process Node (Customer Evaluation)· Foundry Services
- Intel Foundry Services (IFS)· Foundry Services
- Mobileye ADAS Chips (majority-owned)· Autonomous Vehicles
- Network & Edge Silicon· Network & Edge
- Software & Developer Tools (oneAPI)· Software
- Advanced Packaging (Foveros, EMIB)· Packaging Technology
How does Intel make money?
Intel generates revenue through chip sales into the PC (CCG), data center and AI (DCAI), and network/edge markets, as well as through Intel Foundry manufacturing chips on behalf of internal and external customers. The majority of revenue today is internal product sales; foundry external revenue is nascent but growing.
The Client Computing Group is Intel's largest revenue driver at $32.2B in FY2025, selling PC processors to OEMs like Dell, HP, Lenovo, and Asus. Pricing spans from roughly $50 for entry-level Celeron processors to $800+ for flagship Core Ultra 9 HX parts targeting gaming and creator laptops. In Q1 2026, DCAI grew 22% year-over-year to $5.1 billion, driven by enterprise AI server build-out — the strongest data center growth rate Intel has reported in years. A full Gaudi 3 AI accelerator server rack runs into the hundreds of thousands of dollars, positioning Intel's AI hardware well above its CPU price points.
Intel Foundry generated $17.8B in FY2025 and $5.4B in Q1 2026 alone (up 20% sequentially), but only $174M of Q1's total came from external customers — the vast majority is internal wafers for Intel Products. Intel 18A is positioned as a premium US-made node; first external customer tapeouts are underway and external design commitments are expected to convert to revenue in H2 2026 and beyond. As fab utilization rises and external revenue scales, foundry margins are projected to improve from deeply negative toward industry-standard levels.
Gross margins across the company were highly variable in FY2025 — ranging from 27.5% GAAP in Q2 (impacted by one-time charges) to 39.2% GAAP in Q4 — with a full-year non-GAAP gross margin of approximately 36%. Q1 2026 non-GAAP gross margin came in at approximately 41%, roughly 650 basis points ahead of guidance, demonstrating that the manufacturing cost curve is improving. Intel also benefits from significant US CHIPS Act grants and a 25% Investment Tax Credit on qualified domestic capex above $100 billion, providing meaningful non-dilutive cash offsets against multi-billion-dollar fab construction costs.
Who leads Intel?
Intel is led by CEO Lip-Bu Tan, who joined in March 2025, supported by a restructured executive team spanning finance, technology, foundry, and strategy. Significant executive turnover since 2025 has reshaped the leadership bench considerably.
- Lip-Bu TanChief Executive OfficerMarch 2025–presentFormer CEO of Cadence Design Systems (2009–2021), where he tripled revenue and delivered 3,200%+ stock appreciation. Founded Walden International VC. Received the SIA Robert N. Noyce Award in 2022. Also leads Intel's AI and Advanced Technologies division directly following the CTO's departure in November 2025.
- David ZinsnerEVP & Chief Financial OfficerJanuary 2022–presentPreviously CFO at Micron Technology and Analog Devices; oversees capital allocation, multi-billion-dollar fab investment programs, and Intel's CHIPS Act grant compliance.
- Pushkar RanadeChief Technology OfficerMay 2026–present17-year Intel veteran appointed CTO on May 4, 2026; also serves as Chief of Staff to the CEO. Leads technology strategy, quantum computing, neuromorphic computing, photonics, and novel materials. Previously VP of Technology Development at SuVolta and began his career at IBM.
- Naga ChandrasekaranEVP & GM, Intel Foundry2024–presentFormer CEO of Micron Technology's global operations. Expanded his role in September 2025 to include all of Intel Foundry spanning technology development, manufacturing, and customer go-to-market. Overseeing the critical 18A production ramp.
- Navid ShahriariEVP, Back-End ManufacturingLate 2025–presentNamed EVP and head of a newly created back-end manufacturing organization following Ann Kelleher's retirement; oversees Assembly Test Technology Development, Die Manufacturing, and Assembly Test Manufacturing globally.
- Craig H. BarrattIndependent Board ChairMay 2026–presentFormer CEO of Atheros Communications (led it through IPO and Qualcomm acquisition); then President of Qualcomm Atheros; later SVP at Intel overseeing ethernet, photonics, and networking after Barefoot Networks acquisition. Elected board chair following Frank Yeary's retirement.
How do you contact Intel's leadership?
Intel's verified email format is first.last@intel.com (e.g., lip-bu.tan@intel.com), confirmed by multiple sourcing platforms as used by the large majority of Intel employees. Public departmental contacts are available for investor relations and press; executive direct emails below follow the verified format and have not been independently confirmed.
first.last@intel.comHow much funding has Intel raised?
Intel is a publicly traded company (NASDAQ: INTC) with a market capitalization of approximately $672 billion as of June 2026. It has never raised private venture or growth equity; capital comes from public equity markets, operating cash flow, investment-grade debt, and substantial US government CHIPS Act incentives.
Intel went public on October 13, 1971 at $23.50 per share, raising $6.8 million in its IPO — making it one of the first high-profile companies to list on the newly established NASDAQ. Over five decades, the company self-funded through retained earnings, supplemented by public equity issuances and bond offerings at investment-grade rates. Major capital deployments include the $16.7 billion acquisition of Altera (2015) and the $15.3 billion acquisition of Mobileye (2017), both funded through operating cash and public debt markets.
Key capital milestones in the current era: Intel raised approximately $3.8 billion from Mobileye's October 2022 NASDAQ IPO while retaining a controlling economic and voting stake (it continues to hold ~96.9% of total voting power as of 2026). In April 2025, Intel announced the sale of a 51% stake in its Altera FPGA subsidiary to Silver Lake at an $8.75 billion total valuation for proceeds of $4.46 billion; the deal closed on September 12, 2025, providing critical liquidity for Intel's manufacturing turnaround. Altera, which Intel originally paid $16.7 billion for in 2015, reported only $1.54 billion in revenue and an operating loss of $615 million in 2024 — reflecting the business's underperformance under Intel's ownership.
The US CHIPS and Science Act is Intel's most significant recent non-dilutive capital event: in November 2024, the US Department of Commerce finalized a $7.86 billion direct grant award to Intel for domestic fab expansion in Arizona, New Mexico, Ohio, and Oregon, plus up to $11 billion in low-cost federal loans. Intel also expects to claim the 25% Investment Tax Credit on qualified US manufacturing capex exceeding $100 billion. Intel's Q4 2025 balance sheet showed cash and equivalents of approximately $8.25 billion, with total assets of roughly $204 billion and stockholders' equity of approximately $117 billion.
How did Intel get here?
Intel's 58-year history spans the invention of the microprocessor, the PC era, the data center boom, an AI chip miss, and now a high-stakes bet on foundry services and advanced manufacturing leadership.
- July 18, 1968Intel FoundedRobert Noyce and Gordon Moore incorporate Intel in Mountain View, California, with Andy Grove joining as employee #3. Noyce co-invented the integrated circuit; Moore's Law would become the semiconductor industry's organizing principle.
- October 13, 1971IPO on NASDAQIntel goes public at $23.50/share, raising $6.8 million. One of the first high-profile technology companies to list on the newly formed NASDAQ exchange.
- 19714004 Microprocessor — World's FirstIntel introduces the Intel 4004, the world's first commercially available single-chip microprocessor, establishing the company's core franchise in silicon logic.
- June 8, 19788086 Processor LaunchedThe 8086 16-bit processor becomes the foundation of the x86 instruction set architecture, still dominant in PC and server markets nearly five decades later.
- 2015Altera Acquired for $16.7BIntel acquires FPGA maker Altera for $16.7 billion — its largest acquisition at the time — to expand into programmable logic for data centers and 5G networks.
- August 2017Mobileye Acquired for $15.3BIntel acquires Israeli autonomous driving chip company Mobileye for $15.3 billion to expand into ADAS and self-driving vehicle silicon.
- October 2022Mobileye IPO on NASDAQIntel spins off Mobileye via a NASDAQ IPO; shares surged 37% on debut, briefly valuing Mobileye at ~$20 billion while Intel retained controlling voting power.
- November 26, 2024CHIPS Act Grant Finalized — $7.86BThe US Department of Commerce finalizes a $7.86 billion CHIPS Act grant to Intel for domestic fab expansion across Arizona, New Mexico, Ohio, and Oregon — the largest semiconductor manufacturing subsidy in US history.
- March 18, 2025Lip-Bu Tan Becomes CEOIndustry veteran and former Cadence CEO Lip-Bu Tan is appointed Intel's chief executive, initiating a turnaround focused on manufacturing process leadership and engineering culture.
- September 12, 2025Altera Stake Sold to Silver Lake — $4.46BIntel closes the sale of a 51% stake in Altera to Silver Lake at an $8.75 billion valuation for $4.46 billion in proceeds, providing critical liquidity for the foundry turnaround.
- January 2026Core Ultra Series 3 (18A) ShipsIntel's Panther Lake Core Ultra Series 3 becomes the first commercial processor built on the Intel 18A process node, a critical milestone validating Intel's manufacturing leadership ambitions.
- April 23, 2026Q1 2026 Earnings Blow Out ExpectationsIntel reports $13.6 billion Q1 2026 revenue, $1.4 billion above guidance midpoint; stock surges 24% — its best single day since 1987 — on non-GAAP gross margin of ~41%, 650 bps ahead of guidance.
Who are Intel's competitors?
Intel competes across three axes: CPU design (AMD), GPU and AI accelerators (NVIDIA), and foundry manufacturing (TSMC and Samsung), as well as ARM-based CPU challengers in client and server markets.
- AMDDirect x86 CPU rival in both PC (Ryzen) and server (EPYC) markets; has steadily gained data center CPU share from Intel's Xeon franchise since 2020. AMD reported approximately $10B in data center revenue in 2025, trailing Intel's DCAI group but growing faster.
- NVIDIADominant in AI GPU accelerators with ~80-86% market share in AI training and inference; generated $115.2B in data center revenue in FY2025. Intel's Gaudi AI accelerators compete directly but NVIDIA's CUDA ecosystem creates enormous switching costs.
- TSMCWorld's leading pure-play foundry with superior yield maturity, process density, and customer breadth. Intel Foundry must demonstrate 18A yield and external customer wins to credibly compete — TSMC N2 and 18A are now directly comparable on paper for the first time.
- QualcommARM-based Snapdragon X Elite challenges Intel's dominance in thin-and-light Windows PCs on performance-per-watt metrics; also exploring ARM server CPUs that could threaten Xeon long-term alongside AWS Graviton and Ampere Computing.
- Samsung FoundryCompeting foundry rival offering advanced 3nm GAA nodes; like Intel, has struggled with yield maturity versus TSMC but brings deep DRAM and HBM integration for AI chip packaging.
- Arm HoldingsLicenses CPU architecture used in Apple M-series (which displaced Intel in Macs), AWS Graviton, and Qualcomm Snapdragon — a systemic architectural threat to x86 dominance in client computing and cloud data centers.
Intel Corporation — frequently asked questions
