Intel

Intel Corporation is an American semiconductor technology company best known for processors used in personal computers and servers. But Intel is more than a CPU brand. Its business spans PC and data-center processors, graphics, artificial intelligence, networking, software, edge computing and advanced semiconductor manufacturing through Intel Foundry.

A defining characteristic of Intel is that it operates on both sides of the semiconductor industry: it designs computing products and develops and operates technology for manufacturing chips. Intel also uses third-party foundries for selected products and components, so its model combines internal manufacturing with strategic external sourcing.

Last updated: August 16, 2026

About Intel

Intel is one of the best-known companies in the global semiconductor industry. Its technologies have played major roles in personal computing, enterprise servers and data-center infrastructure, while its current operations extend into AI computing, graphics, networking, edge systems, software and semiconductor manufacturing.

The simplest way to understand Intel is to think of it as two connected businesses: Intel develops computing products, and Intel develops and operates semiconductor manufacturing technology. Intel Products contains the company's main client and data-center product businesses, while Intel Foundry develops process technologies and provides manufacturing, assembly, testing, packaging and related services.

This combination makes Intel different from many semiconductor companies that concentrate primarily on chip design. Intel continues to operate substantial manufacturing capacity of its own, while also using external manufacturers—including TSMC—for selected tiles and products when that makes sense for performance, cost, capacity or product schedules.

What Does Intel Do?

Intel develops computing products for PCs, data centers, cloud infrastructure, telecommunications, high-performance computing and edge systems, while Intel Foundry develops and manufactures semiconductor technologies.

As of Intel's Q2 2026 reporting, Intel Products consists of two operating segments: the Client Computing and Physical AI Group (CCPG) and Data Center and Artificial Intelligence (DCAI). Intel Foundry is a separate reportable operating segment.

Client Computing and Physical AI

CCPG, formerly called the Client Computing Group, develops processors and platforms for PCs and edge devices. It serves consumer and commercial computing while also supporting applications in areas such as retail, industrial robotics and physical AI at the edge.

Intel Core and Core Ultra are the most recognizable processor families associated with this side of the business.

Data Center and Artificial Intelligence

DCAI develops workload-optimized products for data centers. Its portfolio includes CPUs, AI accelerators, network interface controllers, infrastructure processing units and purpose-built silicon for cloud, enterprise, telecommunications and high-performance computing environments.

Intel Xeon remains central to this business, but Intel's data-center strategy increasingly extends beyond the CPU alone to networking, accelerators and custom silicon.

Semiconductor manufacturing

Intel Foundry develops leading-edge semiconductor process technologies and advanced packaging while providing fabrication, assembly, testing and design-enablement capabilities. It manufactures Intel's own products and also provides services to external semiconductor customers.

Intel Products are manufactured primarily through Intel Foundry, with certain third-party manufacturers contributing to selected products and components.

Intel Business Model

Intel's business model combines semiconductor product design with semiconductor manufacturing.

On the product side, Intel designs, develops, markets, sells and supports CPUs and related semiconductor products. CCPG focuses primarily on client and edge computing, while DCAI focuses on data-center and infrastructure markets.

On the manufacturing side, Intel Foundry develops process technologies and manufactures chips. Historically, Intel's factories were built primarily to support Intel-designed products. The Foundry strategy extends that capability toward manufacturing chips and providing packaging services for outside customers as well.

The relationship between Intel Products and Intel Foundry is an important part of the model. Intel Foundry records revenue for manufacturing work performed for Intel's own product businesses, but those internal transactions are eliminated when Intel reports consolidated company revenue. This means Foundry segment revenue cannot simply be added to Intel Products revenue to calculate Intel's total sales.

Intel's model is also not completely vertically integrated. The company uses third-party foundries for selected chips and chip components and expects external manufacturing to remain part of its product strategy. That gives Intel flexibility while also creating dependencies on companies that can simultaneously be manufacturing suppliers and Foundry competitors.

How Does Intel Make Money?

Intel makes most of its money by selling processors and related semiconductor products to third-party customers.

The company's principal revenue-generating product businesses are CCPG and DCAI. Intel Foundry also generates revenue, but most Foundry revenue currently comes from manufacturing and related services performed for Intel's own product businesses rather than external foundry customers.

Intel reported $16.1 billion in consolidated revenue for Q2 2026, up 25% from Q2 2025. Intel Products generated $15.1 billion of segment revenue during the quarter.

Intel's Q2 reporting makes the Foundry distinction especially clear: of $5.8 billion in Intel Foundry segment revenue, $5.5 billion was intersegment revenue and $293 million was external revenue.

That makes Intel Foundry strategically important even though its external customer business is still much smaller than Intel's product operations. A larger external Foundry business would allow Intel to generate manufacturing revenue from chips that Intel itself did not design.

For fiscal 2025, Intel reported $52.9 billion in consolidated revenue.

Products and Services

Intel's portfolio extends from processors used in everyday PCs to server platforms, graphics, AI computing, networking, software and semiconductor manufacturing.

Intel Core and Core Ultra

Intel Core is one of Intel's main processor brands for consumer and commercial PCs.

Intel Core Ultra represents Intel's newer client-computing direction, combining general-purpose CPU computing with integrated graphics and dedicated AI-processing capabilities in supported platforms. Intel launched Core Ultra Series 3 in January 2026 as its first AI PC platform built on Intel 18A.

Core and Core Ultra matter to Intel because client computing remains one of its largest businesses and because the x86 software ecosystem remains a major part of the company's competitive position.

Intel Xeon

Intel Xeon is Intel's primary processor family for server and data-center computing.

Xeon processors serve cloud providers, enterprises, telecommunications systems, high-performance computing and AI-related infrastructure. DCAI combines Xeon CPUs with networking technology, accelerators and purpose-built silicon as data centers increasingly use more specialized computing architectures.

In Q2 2026, Intel also launched Xeon 6+, its first server-class product built on Intel 18A.

Intel Arc

Intel Arc is Intel's graphics brand.

Arc gives Intel a position in GPU computing alongside its traditional CPU businesses. GPUs are relevant to graphics, media processing and parallel computing, while graphics technology also forms part of Intel's broader heterogeneous-computing and AI strategy.

At company-profile level, the important point is that Intel's computing portfolio now extends beyond general-purpose CPUs into multiple forms of accelerated computing.

Artificial intelligence

Artificial intelligence cuts across several Intel product categories rather than existing as one standalone business.

On PCs, Intel combines CPUs, GPUs and NPUs in AI-capable platforms. In data centers, DCAI combines x86 processors with AI accelerators, networking technology and purpose-built silicon. At the edge, Intel platforms increasingly target AI workloads in physical systems and connected devices.

This reflects Intel's broader move toward heterogeneous computing: using different types of processors for the workloads they handle most efficiently.

Networking and edge computing

Intel's portfolio also includes networking and edge technologies.

DCAI develops network interface controllers, infrastructure processing units and other products used in data-center and telecommunications environments. CCPG also serves edge platforms, including systems used in areas such as retail and industrial robotics.

These businesses broaden Intel beyond traditional PCs and servers into computing environments where processing happens closer to machines, devices and users.

Software and developer technologies

Intel develops software tools, libraries and development technologies intended to help applications run efficiently across its processors and accelerators.

Software is important to Intel's platform model because processor performance depends not only on hardware specifications but also on operating systems, drivers, compilers, libraries and application optimization.

Intel Foundry

Intel Foundry is Intel's semiconductor process-development and manufacturing business.

Its activities include:

• semiconductor process technology development;

• wafer fabrication;

• assembly and testing;

• advanced packaging;

• design enablement;

• manufacturing for Intel Products; and

• foundry services for external customers.

Most current Foundry activity supports Intel's own products. Growing the external customer business is therefore one of the central commercial goals of Intel's manufacturing strategy.

Intel 18A

Intel 18A is one of Intel's most important current semiconductor manufacturing technologies.

Intel 18A combines RibbonFET, Intel's gate-all-around transistor architecture, with PowerVia, its backside power-delivery technology. Intel released its first high-volume products manufactured on 18A at the start of 2026.

Intel is also developing the derivative 18A-P process. Products entered risk production on 18A-P in June 2026, while Intel has committed to completing development of its next-generation Intel 14A process.

Advanced packaging

Intel Foundry also develops advanced semiconductor packaging.

Modern processors increasingly combine multiple specialized pieces of silicon rather than relying exclusively on one monolithic chip. Advanced packaging allows different compute, graphics, memory and accelerator components to be integrated into one system.

This capability is increasingly important to AI and high-performance computing and has become a more explicit part of Intel Foundry's technology strategy. Intel strengthened dedicated leadership around advanced packaging in June 2026.

Customers and Markets

Intel serves consumer, commercial, enterprise, cloud, telecommunications, industrial and semiconductor customers.

PC and commercial computing

CCPG serves consumer and commercial PC markets through processors and computing platforms used in laptops, desktops and business systems. Intel typically reaches end users through computer manufacturers, original design manufacturers and other technology partners rather than relying primarily on direct consumer hardware sales.

Cloud and data-center customers

DCAI serves cloud providers, enterprises, telecommunications companies and high-performance computing operators.

These customers use Intel technology for server computing, cloud infrastructure, networking, AI inference, virtualization and other data-intensive workloads. Intel reported particularly strong server demand from hyperscale customers in Q2 2026.

Edge and physical AI markets

Intel also targets computing outside traditional PCs and centralized data centers.

CCPG's remit now explicitly includes edge devices and physical AI applications. In Q2 2026, Intel said more than 130 customers were adopting or testing Core Ultra Series 3 and Core Series 3 processors for edge AI and robotics applications.

Foundry customers

Intel Foundry serves Intel's own product groups as well as external semiconductor customers purchasing manufacturing, assembly, testing, packaging and design-enablement services.

External Foundry revenue remains a relatively small part of the segment, making additional customer design wins strategically important to the economics of Intel's manufacturing expansion.

Customer concentration

Intel has meaningful customer concentration.

Its three largest customers represented 43% of net revenue in fiscal 2025, with the largest customer accounting for 19% and the next two accounting for 12% each.

That concentration means changes in purchasing decisions by a relatively small number of large customers can materially affect Intel's results.

Competitors

Intel competes across several semiconductor markets, so its main competitors depend on the business area.

PC processors and platforms

Intel identifies AMD and Qualcomm among major platform competitors. It also faces increasing competition from ARM-based processor ecosystems, including Apple's M-series, Qualcomm Snapdragon and MediaTek Kompanio products.

Data centers and AI

In data-center CPUs, Intel competes with AMD while also facing custom processors developed by large cloud operators.

In GPUs and accelerated computing, Intel competes with NVIDIA and AMD as well as specialized ASIC and accelerator technologies. Intel's own filings describe competition across GPUs, ASICs, FPGAs and other accelerator categories.

Semiconductor manufacturing

Intel Foundry competes with established semiconductor manufacturers including TSMC, Samsung, GlobalFoundries, UMC and SMIC.

Intel describes third-party foundry as highly competitive and capital-intensive and acknowledges that established competitors have longer histories serving external semiconductor customers.

One unusual aspect of Intel's position is that TSMC is both a competitor and a supplier. Intel competes against TSMC for foundry customers while also relying on TSMC for selected tiles and products within Intel's own roadmap.

Company History

Intel's history contains hundreds of products and technical milestones. The events below are the turning points that best explain how the company became what it is today.

Intel was founded in 1968 after Robert Noyce and Gordon Moore left Fairchild Semiconductor. The company initially focused heavily on semiconductor memory before microprocessors changed its direction.

The Intel 4004, introduced in 1971, is widely recognized as the first commercially produced programmable microprocessor. The 8086 followed in 1978 and established the processor lineage that became x86. IBM's selection of the related 8088 processor for its first personal computer in 1981 then helped place Intel architecture at the center of the rapidly expanding PC ecosystem.

The launch of Intel Inside in 1991 changed Intel's position with consumers by making the processor supplier itself part of the PC purchasing conversation.

Modern Intel is trying to extend that historical position in CPUs into a broader model built around heterogeneous computing, AI and advanced semiconductor manufacturing.

Leadership

Lip-Bu Tan is Intel's chief executive officer and serves on the company's board of directors. He was appointed CEO in March 2025.

Under Tan, Intel has emphasized an engineering-first culture, stronger execution, closer customer relationships and greater financial discipline around both product development and manufacturing investment. In Intel's 2025–2026 corporate responsibility report, Tan described strengthening client and data-center roadmaps and building a globally competitive foundry aligned with customer demand as central priorities.

Intel has also reshaped leadership around its main businesses during 2026. The company's current executive structure includes dedicated leadership for CCPG, data-center products and Intel Foundry, reflecting the increasing organizational separation between product, manufacturing and advanced packaging responsibilities.

Intel's founders, Robert Noyce and Gordon Moore, remain important to the company's history but are no longer part of its current leadership structure.

Ownership, Subsidiaries and Corporate Structure

Intel Corporation is a publicly traded company and is not a subsidiary of another parent corporation.

Its current reporting structure includes three reportable operating segments:

• Client Computing and Physical AI Group (CCPG)

• Data Center and Artificial Intelligence (DCAI)

• Intel Foundry

Intel also reports an All Other category containing businesses that do not qualify as separate reportable segments, including Mobileye and other activities.

Mobileye

Intel continues to consolidate Mobileye as a majority-owned subsidiary.

Mobileye develops technology for driver-assistance, autonomous-driving and automotive computing. Intel's Q2 2026 filing reported non-controlling ownership of Mobileye at 23% as of June 27, 2026, while Intel continued to consolidate the company under the voting-interest model.

Mobileye expanded beyond automotive technology in February 2026 when it acquired AI-first humanoid robotics company Mentee Robotics.

Altera

Altera is no longer a consolidated Intel subsidiary.

Intel completed the sale of 51% of Altera in September 2025 and retained a 49% equity-method investment. Altera's results therefore stopped being included in Intel's consolidated operating results after the transaction.

Altera remains commercially connected to Intel: Intel reported $181 million of revenue from Altera as a customer in Q2 2026.

Intel Strategy

Intel's current strategy is centered on strengthening its core processor businesses while building a more commercially competitive manufacturing operation.

Strengthening the x86 ecosystem

The x86 architecture remains central to Intel's client and data-center businesses.

Intel continues to develop x86 processors for PCs, servers and edge devices while combining CPUs with GPUs, NPUs, networking technologies and other accelerators. The goal is not simply to make a faster general-purpose CPU, but to build computing platforms capable of assigning different workloads to different types of silicon.

Building for artificial intelligence

Intel treats AI as a computing transition rather than one standalone product category.

Its AI strategy stretches from AI PCs and physical AI at the edge to data-center inference, networking, purpose-built silicon and server infrastructure. That approach is intended to give Intel opportunities across several layers of AI computing instead of relying on one accelerator product.

Growing Intel Foundry

Another major strategic priority is turning Intel's manufacturing organization into a stronger commercial foundry.

Today, most Foundry revenue is generated internally from Intel Products. The longer-term objective is to bring more external customers onto Intel's process technology and packaging platforms.

This is a difficult transition because foundry customers need more than advanced transistor technology. They need competitive yields, reliable schedules, suitable design tools, manufacturing capacity, packaging options and predictable economics.

Advancing Intel 18A and Intel 14A

Intel 18A is already being used for high-volume Intel products, while the company is developing the derivative 18A-P process and the next-generation Intel 14A node.

Intel's current approach to 14A is explicitly more commercially disciplined. The company says the scale and pace of manufacturing expansion will depend on committed demand from Intel's own product roadmap and external customer design wins, with capital investment tied to a clear path toward acceptable returns.

Returning engineering and execution to the center

Under Lip-Bu Tan, Intel has repeatedly emphasized engineering quality, accountability, customer relationships and execution.

The broader objective is not simply to regain ground in one processor category. Intel is trying to strengthen itself as a computing and semiconductor company capable of designing, integrating and manufacturing technology across PCs, data centers, AI and physical computing.

Key Challenges and Risks

Competition is coming from several directions

Intel no longer competes mainly against another PC CPU manufacturer.

It faces AMD and ARM-based platforms in client computing, AMD and custom silicon in servers, NVIDIA and other accelerator companies in AI, and established manufacturers such as TSMC and Samsung in foundry services.

That makes execution more difficult because different parts of Intel compete against companies with very different technologies and business models.

Foundry execution remains difficult

Building a successful external foundry business requires Intel to convince customers that its manufacturing technology can deliver competitive performance, yield, cost and schedules.

Intel itself identifies limited third-party foundry experience and intense competition from established manufacturers as important risks.

The economics also matter: Intel Foundry reported a $2.1 billion operating loss in Q2 2026 even as Foundry revenue increased.

Leading-edge manufacturing requires large, long-term investment

Developing advanced semiconductor nodes and building fabrication capacity requires years of investment before returns are known.

Intel explicitly describes leading-edge node development as risky and capital-intensive and has increasingly tied future expansion to customer demand and expected returns.

Intel still depends on third-party foundries

Intel's own manufacturing network does not eliminate outside dependencies.

Some advanced current and future Intel products use components manufactured by TSMC, and Intel expects third-party foundries to remain important to parts of its product roadmap.

That creates an unusual strategic tension: Intel Foundry competes with TSMC while Intel Products also depends on TSMC for selected manufacturing.

Supply constraints can limit growth

In Q2 2026, Intel reported that market demand exceeded available product supply because of factory capacity constraints and broader shortages involving components such as substrates and memory.

Strong demand therefore does not automatically translate into revenue if manufacturing capacity and supporting component supply cannot keep pace.

Customer concentration increases exposure

Intel's three largest customers accounted for 43% of fiscal-2025 net revenue.

That gives a relatively small number of large customers significant influence over Intel's sales performance and makes changes in their purchasing patterns commercially important.

Key Facts About Intel

• Intel operates across both semiconductor design and manufacturing. That makes its operating model different from many major chip companies that concentrate primarily on design.

• Intel still uses external foundries despite owning major fabrication facilities. TSMC manufactures selected tiles and products within Intel's current and future roadmaps.

• The x86 lineage behind modern Intel processors began with the Intel 8086 in 1978. IBM's use of the related 8088 in its first PC helped turn that architecture into a major computing ecosystem.

• Intel Foundry is primarily an internal manufacturing operation today, even though expanding third-party foundry services is a major strategic priority.

• Intel 18A is already in high-volume production, while 18A-P entered risk production in June 2026 and Intel has committed to completing development of 14A.

• Intel's AI strategy is heterogeneous rather than centered on a single processor type. The company combines CPUs with GPUs, NPUs, networking and specialized silicon across PCs, data centers and edge systems.

• Mobileye remains a majority-owned, consolidated Intel business, while Altera has shifted from a wholly owned subsidiary to a 49% minority investment.

• Intel's customer base is concentrated: its three largest customers represented 43% of fiscal-2025 revenue.

Frequently Asked Questions

What is Intel?

Intel Corporation is an American semiconductor technology company that develops processors, graphics, AI and networking technologies and operates semiconductor manufacturing through Intel Foundry.

What does Intel do?

Intel designs computing products for PCs, data centers and edge systems and develops semiconductor manufacturing technology. Its main businesses include CCPG, DCAI and Intel Foundry.

Is Intel an American company?

Yes. Intel Corporation is an American semiconductor company headquartered in Santa Clara, California.

What is Intel best known for?

Intel is best known for processors used in personal computers and servers and for its long association with the x86 computing ecosystem. Its current operations are broader and also include graphics, AI computing, networking, edge platforms, software and semiconductor manufacturing.

Does Intel make its own chips?

Yes. Intel manufactures a large portion of its products through Intel Foundry. However, it also uses third-party foundries for selected products and components, so not every part of every Intel product is manufactured entirely by Intel.

What is Intel Foundry?

Intel Foundry is Intel's semiconductor process-development and manufacturing business. It develops manufacturing technologies and provides wafer fabrication, assembly, testing, advanced packaging and design-enablement services for Intel Products and external customers.

What is Intel 18A?

Intel 18A is one of Intel's leading-edge semiconductor manufacturing processes. It uses Intel's RibbonFET transistor architecture and PowerVia backside power-delivery technology and is being used for current Intel products including Core Ultra Series 3.

Is Intel only a CPU company?

No. CPUs remain central to Intel, but its portfolio also includes GPUs, AI accelerators, networking technology, edge-computing platforms, software, advanced packaging, custom silicon and semiconductor foundry services.

Sources:

• Intel Q2 2026 Form 10-Q

• Intel 2025 Annual Report and Form 10-K

• Intel Q2 2026 Financial Results

• Intel Core Ultra Series 3 and Intel 18A

• Reuters: A Timeline of the Rise and Decline of Intel