Silicon intellectual property market projected to grow as AI, 5G and chip design scale up

Semiconductor companies building faster, more complex processors are leaning more heavily on silicon intellectual property, or SIP, according to a newly issued market report highlighted by Yahoo Finance. The report projects the SIP market will rise from $7.3 billion in 2024 to $9.2 billion by 2030, reflecting increased use of pre-designed chip components that can be licensed and integrated into new system-on-chip (SoC) products.

SIP products are typically blocks of proven circuit designs that chipmakers can reuse instead of starting from scratch. The market report singled out “processor IP” as a key category, forecasting processor intellectual property revenue will reach $5.6 billion by 2030. By design, processor IP is meant to speed development and reduce risk for chip teams racing to meet performance targets.

The report also points to regional demand. It values the U.S. market at $2.0 billion in 2024, positioning the United States as a major early adopter of licensed chip building blocks as chip complexity rises. The report’s framing suggests that licensing SIP is increasingly attractive when product cycles are short and the technical bar for compute and connectivity is rising.

Multiple application trends are cited as catalysts, including artificial intelligence workloads, 5G connectivity, and broader SoC development. In practical terms, that means chip designers are under pressure to add more compute, more specialized acceleration, and more communication capability within constrained power and time-to-market windows, making reusable IP an appealing procurement path.

The same report profiles a competitive ecosystem of SIP suppliers. Among the companies named are Arm, Cadence Design Systems, AMD, and Ceva, alongside “67 other key players,” according to the Yahoo Finance summary. While the article does not break out each company’s revenue or market share, the list itself indicates how IP licensing and design tooling intersect across the semiconductor supply chain.

For AMD specifically, the report’s inclusion points to the company’s role in the SIP and processor IP landscape, but the Yahoo Finance item does not provide details about which specific AMD IP products or licensing arrangements are driving demand. AMD also did not offer any additional disclosures in the Yahoo Finance post, beyond what is contained in the market report description. As a result, the forecast should be treated as industry-level expectations rather than a statement about AMD’s near-term financial performance.

Even with clear growth projections, the report summary does not clarify how it defines SIP categories, how it attributes revenue to licensing versus other monetization models, or what assumptions it uses for adoption curves. It also does not indicate whether the forecast depends on specific customer commitments, contract sizes, or regulatory changes. Those gaps matter because the SIP market can be sensitive to how quickly customers integrate licensed IP and how often design teams refresh platforms.

Looking ahead, market participants will likely watch whether semiconductor customers continue to accelerate SoC development using licensed IP, and whether IP suppliers can keep pace with demand for AI- and 5G-oriented compute. For AMD and other named players, the next set of company-specific disclosures, such as segment or product-level updates, would be the most direct way to connect industry forecasts to actual orders, royalty streams, or design wins.