Intel

Intel Products

Intel Products is the customer-facing semiconductor side of the company.

Its two main reportable product businesses are:

Client Computing & Physical AI Group
Data Center & AI

In 2025, the older Client Computing Group produced $32.228 billion of segment revenue and Data Center & AI produced $16.919 billion. [S1]

Client Computing

Intel's historic consumer and commercial PC franchise is built around x86 processors sold to computer manufacturers and channel customers.

Customers include companies that build:

• notebooks;
• desktops;
• workstations;
• edge systems;
• industrial computers.

The current flagship generation is Intel Core Ultra Series 3, code-named Panther Lake.

Panther Lake matters for two reasons.

First, it is a PC product.

Second, it is a manufacturing proof point because it is built on Intel 18A. [S11][S12]

Data Center & AI

Intel's server business is centered on Xeon.

Server CPUs are used for:

• enterprise computing;
• cloud infrastructure;
• databases;
• web services;
• virtualization;
• AI orchestration and inference;
• networking workloads.

In Q2 2026 Intel launched Xeon 6+, code-named Clearwater Forest, its first server-class product on Intel 18A. [S2][S14]

Intel is also trying to grow beyond general-purpose CPUs through:

• Gaudi AI accelerators;
• custom ASICs;
• IPUs;
• networking;
• software.

Intel Foundry

Intel Foundry includes:

process technology development
wafer manufacturing
foundry services
assembly and test
advanced packaging
design enablement

[S1]

Historically, Intel factories primarily built Intel products.

The foundry strategy asks Intel to make those factories serve external customers too.

That requires a cultural and commercial change.

Internal product teams can operate with tight company coordination.

External customers require:

• predictable PDKs;
• EDA support;
• IP libraries;
• contractual service levels;
• protection of confidential designs;
• neutral customer treatment;
• reliable schedules.

Foundry success therefore depends on more than transistor technology.

Why Intel Foundry Accounting Looks Strange

Intel now presents Intel Products and Intel Foundry more like separate economic entities.

Foundry charges the product groups for manufacturing services.

Then Intel eliminates those internal transactions when it reports consolidated revenue.

Intel Foundry
sells manufacturing internally
        ↓
Intel Products
records manufacturing input cost
        ↓
Intel consolidated statements
eliminate internal transaction

This is why:

Foundry segment revenue
≠
external customer foundry revenue

[S1]

For 2025:

Foundry segment revenue      $17.826B
external third-party revenue  $0.307B

The gap is central to understanding the business.

Intel 18A

Intel 18A is the process node at the center of the current manufacturing rebuild.

It combines:

RibbonFET

Intel's gate-all-around transistor architecture.

PowerVia

Backside power delivery that moves power wiring away from the front-side signal interconnect stack.

[S16]

The strategic importance is broader than one node.

18A must support:

Intel's own products
+
external foundry credibility
+
U.S. leading-edge manufacturing
+
future 18A-P / 18A-PT evolution

Advanced Packaging

Transistor scaling alone is no longer enough.

Intel is increasingly positioning advanced packaging as a separate competitive capability.

Technologies include:

• EMIB;
• EMIB-T;
• Foveros;
• Foveros Direct;
• system assembly and test.

[S17][S18]

This lets designers combine dies made on different process nodes and potentially by different manufacturers.

That makes packaging strategically valuable even when Intel does not fabricate every die.

AI Strategy

Intel's AI strategy is not one product.

It is layered.

CLIENT AI
Core Ultra + NPU + GPU + CPU

EDGE / PHYSICAL AI
Core + OpenVINO

DATA CENTER CPU
Xeon

ACCELERATION
Gaudi

CUSTOM SILICON
ASICs / IPUs

MANUFACTURING
18A + advanced packaging

Q2 2026 management explicitly highlighted CPUs, ASICs, advanced packaging and wafer foundry capacity as areas positioned to benefit from AI demand. [S2]

NVIDIA Partnership

In September 2025 Intel and NVIDIA announced a strategic collaboration.

NVIDIA agreed to invest $5 billion in Intel common stock. [S31]

The companies said they would work on multiple generations of products including:

• Intel-built custom x86 CPUs connected to NVIDIA AI infrastructure through NVLink;
• Intel x86 SoCs integrating NVIDIA RTX GPU chiplets for PCs.

This partnership is strategically important because it shows Intel choosing to cooperate with the dominant AI accelerator company rather than treating every layer as a zero-sum competition.

Google Custom Infrastructure Collaboration

In April 2026 Intel and Google announced a multiyear collaboration around AI and cloud infrastructure. [S22]

The relationship includes:

• continued Xeon use;
• custom ASIC-based infrastructure processing units;
• co-development around heterogeneous infrastructure.

This illustrates Intel's attempt to move from selling standardized chips toward deeper customer-specific silicon relationships.

Who Uses Intel?

PC manufacturers

They integrate Intel processors into notebooks and desktops.

Cloud service providers

They buy server CPUs, networking and custom infrastructure silicon.

Enterprises

They consume Intel indirectly through server and PC systems.

Governments

Governments buy computing systems and also care about trusted domestic semiconductor manufacturing.

Foundry customers

External semiconductor designers can buy:

• wafer fabrication;
• process technology access;
• advanced packaging;
• assembly/test;
• design enablement.

Developers

Developers use tools such as OpenVINO and oneAPI-related software to optimize applications for Intel hardware.

Who Pays Intel?

Intel mostly sells business-to-business.

The end user may know the Intel brand, but the direct payer is often:

PC OEM
server OEM
cloud provider
distributor
enterprise platform vendor
foundry customer
government customer

This makes Intel different from consumer internet businesses.

The company rarely monetizes end users through subscriptions or advertising.

It mainly monetizes silicon, manufacturing and related services.

How Intel Makes Money

Processor sales

Intel sells chips and platform components.

This remains the largest economic engine.

Foundry and manufacturing services

External foundry revenue is still small relative to the internal manufacturing scale.

The strategic objective is to make it much larger.

Packaging and test

Advanced packaging can be sold independently or as part of broader foundry relationships.

Software and enablement

Much Intel software is designed to increase hardware adoption rather than become a large standalone software-revenue business.

Controlled subsidiaries / investments

Mobileye remains consolidated.

Altera is now a 49% retained equity-method investment rather than a consolidated subsidiary. [S1][S25]

2025 Revenue Architecture

Intel Products
  CCG                     $32.228B
  DCAI                    $16.919B
  -------------------------------
  Total                   $49.147B

Intel Foundry             $17.826B
All Other                  $3.563B
Intersegment eliminations ($17.683B)
----------------------------------
Consolidated              $52.853B

[S1]

This architecture should be presented visually on the page because otherwise readers may double count Foundry activity.

Foundry Economics

Semiconductor manufacturing is capital intensive.

A leading-edge factory requires:

land
clean rooms
lithography tools
etch / deposition tools
metrology
power
water
materials
engineering teams
process R&D

Those costs exist before a chip is sold.

The economic objective is therefore not simply:

make advanced technology

It is:

make advanced technology
+
achieve high yield
+
fill capacity
+
recover fixed cost

A technically strong process with weak utilization can still produce poor economics.

Yield

Yield means the share of manufactured dies that meet required specifications.

A simplified model:

wafer cost
÷
usable dies
=
approximate die manufacturing cost

If yield improves, more sellable chips come from the same wafer.

That is why Intel's comments about factory yields and cycle times matter financially, not only technically. [S2]

Why Intel's Model Can Be Powerful

If product design and manufacturing are synchronized:

new process
↓
new Intel product
↓
high internal volume
↓
factory learning
↓
yield improvement
↓
better cost / performance

External foundry customers could add another loop:

more customers
↓
more wafer volume
↓
more learning / utilization
↓
stronger foundry economics

This is the upside case behind Intel's strategy.

Why Intel's Model Can Be Difficult

The same integration creates risk.

If process development slips:

manufacturing delay
↓
product delay
↓
competitor gains performance advantage
↓
market share pressure
↓
lower factory utilization
↓
worse economics

This feedback loop helped explain Intel's loss of momentum during the 2010s and early 2020s.

Portfolio Refocusing

Intel has narrowed its corporate boundary.

Altera

Intel bought Altera in 2015 for approximately $16.7 billion. [S23]

In September 2025 it sold 51% to Silver Lake and retained 49%, deconsolidating the business. [S24][S25]

Mobileye

Intel bought Mobileye in 2017 for an equity value of approximately $15.3 billion. [S26]

Mobileye later returned to public markets, but Intel remains the controlling shareholder and continues to consolidate it. [S1][S27]

Habana Labs

Intel acquired Habana Labs in 2019.

Habana's accelerator technology became the foundation of the Gaudi family. [S28]

New Strategic Capital

Intel raised unusual strategic capital in 2025.

U.S. government

Under the 2025 agreement, the U.S. government received Intel shares in connection with accelerated CHIPS Act and Secure Enclave funding. [S29]

Intel's 2026 proxy reported U.S. government beneficial ownership of 8.4% as of March 20, 2026, assuming release of escrowed shares described in the filing. [S30]

SoftBank

SoftBank agreed to invest $2 billion in Intel common stock. [S32]

NVIDIA

NVIDIA agreed to invest $5 billion alongside a product collaboration. [S31]

These transactions strengthened Intel's balance sheet while also highlighting how strategically important the company's manufacturing position had become.

Why the U.S. Government Cares About Intel

Intel occupies a rare position.

It is a U.S.-headquartered company that still conducts leading-edge logic process R&D and high-volume leading-edge logic manufacturing in the United States. [S1]

That makes Intel relevant to:

• supply-chain resilience;
• defense electronics;
• secure manufacturing;
• domestic technology capability;
• AI infrastructure.

The government relationship is therefore not ordinary industrial subsidy context.

It intersects with national-security policy.

What Intel Must Prove Next

Intel's strategy depends on several proofs happening at the same time.

Product competitiveness

Core and Xeon must remain compelling against alternative architectures and vendors.

Manufacturing execution

18A must ramp with competitive yield, cost and reliability.

External foundry trust

Customers must commit meaningful external volume.

14A discipline

Intel has said future investment in 14A will be tied to confirmed customer commitments rather than open-ended spending. [S6]

AI relevance

Intel must remain relevant in a market where AI infrastructure increasingly determines data-center architecture.

Capital efficiency

The company must fund expensive fabs without allowing manufacturing investment to overwhelm product economics.

The Core Question

Intel's future can be reduced to one question:

Can a company that once won by tightly integrating chip design and manufacturing rebuild that advantage while simultaneously opening its factories to outside customers?

If the answer is yes, Intel could possess a rare combination:

x86 installed base
+
product design
+
leading-edge U.S. fabs
+
advanced packaging
+
external foundry capability
+
custom silicon

If the answer is no, the integrated model can remain a structural cost burden.

That tension is the central story of modern Intel.

Connected Entities

Products

• Intel Core Ultra Series 3
• Intel Xeon 6+
• Intel Foundry
• Intel 18A
• Intel Advanced Packaging
• Intel Gaudi 3
• Intel Arc
• OpenVINO
• Intel Custom Silicon & IPUs

People

• Lip-Bu Tan
• Gordon Moore
• Andy Grove
• Robert Noyce

Related Companies

• Altera
• Mobileye
• Habana Labs

Stories

• How Intel x86 Became the PC Standard
• How Intel Moved From Memory to Microprocessors
• How Intel Lost Process Leadership
• How Intel Is Rebuilding Around 18A and Foundry
• How AI Changed Intel's Strategy
• Why the U.S. Government Invested in Intel
• How Intel Refocused Its Portfolio

Industry

• Semiconductors & Semiconductor Equipment