Arteris Inc. Celebrates Milestone with 4 Billion Chips and Chiplets Deployed
1. Significant Growth in Semiconductor Technology
On February 12, 2026, Arteris Inc. (Nasdaq: AIP), a prominent player in semiconductor technology, announced a remarkable achievement: the deployment of over 4 billion chips and chiplets utilizing its advanced network-on-chip (NoC) technology. This milestone marks a substantial growth trajectory for the company, particularly in the context of the increasing demand for data movement solutions crucial for the evolving AI landscape.
2. Driving Forces Behind Growth
Historically, Arteris’ system intellectual property (IP) has found applications across a variety of high-volume devices, ranging from automotive systems to consumer electronics. However, recent growth has been propelled by a surge in the adoption of AI-enabled systems. The company’s technology is specifically designed to meet the escalating needs for compute density, energy efficiency, chiplet integration, and the complexity of modern systems.
As production deployment volumes continue to rise across all market segments, Arteris is experiencing a corresponding increase in its variable royalty revenue stream, which is now surpassing the company's historical average annual growth rate of approximately 20 percent.
3. Expert Insights: The Importance of Network-on-Chip Technology
Rich Wawrzyniak, a principal analyst at the SHD Group, highlighted the significance of Arteris' contributions to the semiconductor landscape. He noted, “While overall SoC shipments are in the tens of billions annually, high-end, complex SoCs used in advanced compute, automotive, and AI data-intensive applications number in the low billions range today.” Wawrzyniak emphasized Arteris' pioneering role in commercializing NoC solutions, establishing a strong market lead that continues to expand in response to the industry's mounting design challenges.
4. Meeting the Demands of Modern Architecture
The increasing demand for high-performance computing, along with a focus on energy efficiency and safety, is paving the way for a shift towards complex, multi-die architectures. Arteris’ network-on-chip technology is well-positioned to address the interconnect needs associated with these advanced designs, resulting in significant design wins that convert into substantial volume deployments.
5. A Vision for the Future
In a statement reflecting on this achievement, K. Charles Janac, President and CEO of Arteris, expressed pride in the company’s role in modern system design. “Reaching more than 4 billion deployed chips and chiplets is not just a volume milestone, but a reflection of how essential data movement has become to modern system design,” Janac stated. He emphasized that as AI systems grow in size, distribution, and heterogeneity, the interconnect architecture that enables data movement is now as vital as compute and memory components.
Looking ahead, Janac conveyed optimism about the future, stating, “We’re proud to see Arteris technology at the heart of so many advanced systems today from data centers to edge devices and physical AI systems, and we look forward to a rapid increase in Arteris connected SoCs coming to market, based on our customers’ innovation.”
6. About Arteris
Arteris specializes in semiconductor technology that accelerates the development of high-performance, power-efficient silicon integrated with safety, reliability, and security features. Their innovative solutions aim to optimize data movement and mitigate complexity in the AI era, offering network-on-chip (NoC) interconnect IP, system-on-chip (SoC) software for integration automation, and hardware security assurance. Leading technology companies utilize Arteris products to enhance performance, improve engineering productivity, reduce risks, lower costs, and expedite the market introduction of cutting-edge designs.
With the successful deployment of over 4 billion chips and chiplets, Arteris Inc. is positioned at the forefront of semiconductor innovation, ready to tackle the challenges of the AI-driven future.