Every engineering job in the chip industry is paid for by revenue from somewhere, and how a company earns that revenue shapes the work its engineers do, the pace of projects and how stable the teams are. A company selling millions of phone chips a year works differently from one licensing processor designs, one designing custom chips for a fee, or one renting design software. This article explains the main ways chip companies make money, using figures from their own published results, and what each model means for engineers.
8 min read | Beginner
What You'll Learn
- Describe the main revenue models in the chip industry
- Explain how product sales, licensing, design services and tool subscriptions differ
- Explain why research and development spending is so high
- Describe how customer concentration affects a company and its teams
Selling Chips
Most chip companies earn most of their money by selling chips: a design is developed once and then sold in large numbers for years. How the Chip Industry Is Organized gave examples. Qualcomm's chip business earned about 38 billion dollars in fiscal 2025, most of it from phone chips[1], and Texas Instruments earned about 17.7 billion dollars in 2025, about four fifths of it from analog chips[2].
In this model, the engineering cost of a chip is spent before it earns anything, and the revenue arrives only when customers build it into their products and ship them. A chip that wins many customers pays for the team that designed it many times over; a chip that wins few may never recover its cost. That is why companies decide carefully which chips to build, as From Concept to Customer: How Chips Become Products explains.
Licensing Designs: IP and Royalties
An IP company sells designs rather than chips. It usually earns in two ways: a license fee when a customer gains the right to use a design, and a royalty on every chip the customer ships that contains it. Arm, the largest processor IP company, reported about 4.92 billion dollars of revenue in its fiscal 2026, about 2.61 billion from royalties and about 2.31 billion from licensing[3]. The company described licensing revenue as varying from quarter to quarter with the timing of large agreements, while royalties follow customers' shipments and tend to rise with each new product generation[3].
For engineers, the IP model means designing and verifying a block to a very high standard, because many customers will build it into their chips, and supporting those customers as they integrate it.
Designing Chips for a Fee
Some companies design chips for customers who will sell or use them. They are usually paid a non-recurring engineering (NRE) fee for the design work, often in installments tied to design milestones, and then earn from manufacturing and supplying the chips for years afterwards[4]. One design and supply contract announced in 2025, for an automotive and industrial sensor-interface chip, combined NRE payments with supply revenue estimated over seven years, with the design work starting that year and supply forecast to begin in 2027[5]. Changes after tape-out, called re-spins, are typically charged separately, because they need new masks and more engineering[6].
At the largest scale, this model now includes custom accelerators for cloud providers: Broadcom reported AI chip revenue of about 16.7 billion dollars in one quarter of 2026, mostly custom accelerators for such customers[7]. Design services companies use the same model on a smaller scale, often providing verification, physical design or test engineering for a client's project.
Quick Check
Q: A company designs a chip for a customer under a contract with an NRE fee and a supply agreement. When does it earn each part of its revenue?
Show Answer
The NRE fee arrives during the design work, typically in installments as milestones are met. Supply revenue arrives later, when the chips are manufactured and shipped, and can continue for years if the customer's product sells.
Selling Design Tools
EDA companies sell software and IP to chip designers, mostly under multi-year licenses whose revenue is recognized over the length of the contract. Cadence reported that about 80 percent of its 2025 revenue was recurring, and that it had about 7.8 billion dollars of contracted revenue still to deliver at the end of the year, about half of it due within twelve months[8]. This makes EDA revenue more predictable than chip sales, which follow the customer's product cycles. EDA companies employ chip engineers to build tools, to develop IP and to support customers.
Manufacturing for Others
Foundries and packaging and test companies earn by manufacturing for chip designers, charging per wafer or per unit. Their revenue depends on how many wafers or packages their customers order, so it follows the demand for their customers' chips. How the Chip Industry Is Organized describes how concentrated this part of the industry is.
Why R&D Spending Is So High
Chip companies spend a large share of their revenue on research and development, mostly engineering salaries, design tools and the cost of making prototype chips. Across the industry, R&D has averaged about 15 percent of sales since 1990, and suppliers headquartered in the Americas spent about 21.5 percent in 2023, compared with about 11.7 percent for those in Asia-Pacific[9]. Engineering teams are therefore one of a chip company's largest costs, and their size follows the company's revenue and plans, as How Chip Teams Are Staffed describes.
Where Is This Used?
Many companies combine several models. A large chip company may sell chips, license some of its IP, and design custom chips for a few large customers. Arm, long known for licensing, has also announced plans to sell chips of its own[3]. Reading a company's annual report, which breaks revenue down by business and market, is the quickest way to see which models pay for its engineering teams.
Customer Concentration
Some companies earn most of their revenue from a few customers. In 2025, one large packaging and test company's two largest customers accounted for about 30 percent and 11 percent of its sales[10], and one supplier of chip materials earned half its sales from its ten largest customers[11]. At the extreme, one fabless audio chip company reported that a single customer contributed about 91 percent of its fiscal 2026 revenue[12].
Concentration is not good or bad in itself: a large customer can bring steady volume and close technical collaboration. But a company's results, and so its hiring and budgets, can change sharply if a major customer changes its plans, for example by designing its own chips instead. Change, Restructuring and Job Security looks at how such changes affect teams.
Quick Check
Q: Why is an EDA company's revenue usually more predictable than a chip company's?
Show Answer
Most EDA revenue comes from multi-year licenses recognized over the contract, with a large backlog already signed. A chip company's revenue depends on how many chips its customers order each quarter, which follows their product cycles and the market.
Summary
- Most chip companies earn by selling chips: engineering is paid for up front, and revenue arrives when customers ship products.
- IP companies earn license fees and royalties; design-for-fee companies earn NRE fees and then supply revenue.
- EDA companies earn mostly from multi-year licenses, which makes their revenue more predictable.
- R&D has averaged about 15 percent of industry sales, so engineering teams are a major cost that follows revenue and plans.
- Customer concentration can bring stability or sudden change, depending on the customer's plans.
Sources
- Qualcomm annual report (10-K), fiscal 2025, SEC filing.
- Texas Instruments annual report (10-K), 2025, SEC filing.
- Arm Q4 fiscal 2026 earnings call highlights, MarketBeat, May 2026; Arm Holdings' licensing momentum, Zacks.
- AMI Semiconductor registration statement (S-4), SEC filing (description of NRE fees paid by design phase); Key ASIC secures turnkey design contracts, Business Today.
- EnSilica agrees $18m design and supply ASIC contract, New Electronics, March 2025 (company regulatory announcement).
- Texas Instruments ASIC design proposal and quotation, Justia contracts (re-spin charges).
- Broadcom fiscal Q3 2026 results, TIKR.
- Cadence Design Systems annual report (10-K), 2025, SEC filing.
- Semiconductor R&D investment remains strong, IAM (TechInsights data); Semiconductor R&D spending, I-Connect007 (IC Insights data).
- Amkor Technology annual report (10-K), 2025, SEC filing.
- Entegris annual report (10-K), 2025, SEC filing.
- Cirrus Logic shareholder letter, fiscal 2026, SEC filing.
