NXP Deepens Arteris Pact to Power Edge AI Leadership

CAMPBELL, CA – February 11, 2026 – NXP Semiconductors is significantly expanding its use of Arteris system IP, signaling a deeper strategic commitment to the technology that forms the data backbone of its advanced artificial intelligence chips. The announcement confirms that NXP, a powerhouse in automotive and industrial semiconductors, will deploy Arteris’s specialized products more broadly across its portfolio of AI-enabled solutions for intelligent vehicles, smart factories, and secure consumer devices at the network's edge.

This expanded partnership builds on a long-standing relationship between the two companies and highlights a critical trend in the semiconductor industry: the growing reliance on specialized intellectual property (IP) to manage the immense complexity of modern System-on-Chip (SoC) designs. For NXP, the move is a calculated play to accelerate its leadership in the fiercely competitive edge AI market.

A Strategic Bet on Proven Technology

In a market where time-to-market and reliability are paramount, NXP is doubling down on a proven technology provider to fortify its strategic focus on edge AI. The company, a top-three semiconductor firm in Europe, has sharpened its R&D efforts on high-growth areas like Software-Defined Vehicles (SDVs) and what it calls “physical AI,” where intelligence is embedded directly into devices. This expanded deployment of Arteris IP is a direct enabler of that strategy.

By leveraging Arteris’s silicon-proven IP, NXP can streamline its design processes, reduce development risks, and get its innovative solutions into the hands of customers faster. This is particularly crucial as NXP competes to supply the brains for next-generation vehicles and automated industrial systems. The decision reflects a broader industry shift away from purely in-house development toward integrating best-in-class external IP to stay ahead of the innovation curve.

“At NXP, we are committed to delivering innovative, safe and secure edge AI devices for a smarter world,” said Ajith Mekkoth, executive vice president of advanced chip engineering at NXP. “Arteris is a trusted technology provider whose silicon-proven products are integral to our advanced solutions under development today. Their technology contributes to our silicon performance and helps us accelerate delivery of innovative solutions to market.”

The collaboration covers Arteris’s core product suite, including FlexNoC network-on-chip, Ncore cache-coherent interconnect IP, and CodaCache last-level cache. Furthermore, NXP will utilize Arteris Magillem, an SoC integration automation software, to enhance productivity and manage the intricate task of assembling complex chips.

The Unseen Engine: Tackling Edge AI's Data Challenge

Modern edge AI processors, like those found in an autonomous vehicle's sensor fusion system or a factory's quality control camera, are marvels of complexity. They integrate multiple heterogeneous processing units—including CPUs, graphics processors (GPUs), and specialized neural processing units (NPUs)—all of which must communicate seamlessly and in real-time. This creates an enormous data logistics challenge.

This is where Arteris's technology functions as the chip's central nervous system. A traditional bus-based architecture, akin to a single-lane road, quickly becomes a bottleneck. Arteris’s FlexNoC, a Network-on-Chip (NoC), acts more like a multi-lane superhighway, using a packet-based system to manage massive data flows with high bandwidth and low latency. This ensures that data from cameras, radar, and other sensors can be processed without delay, a non-negotiable requirement for safety-critical applications.

Further complicating matters is the need for data consistency. When multiple processors access and modify shared data, Arteris’s Ncore cache-coherent IP ensures that every unit is working with the most current information, preventing errors that could lead to faulty AI inferences or system failure. Complementing this is CodaCache, a last-level cache that reduces the need to access slower external memory, significantly boosting performance and lowering power consumption—another critical factor for battery-powered or thermally constrained edge devices.

Finally, the sheer complexity of integrating these disparate IP blocks is a monumental engineering task. Arteris's Magillem software automates much of this process, helping NXP’s engineers manage configurations, generate documentation, and reduce the risk of human error, thereby shortening the entire design cycle.

Fortifying the Future of Automotive and Industrial AI

NXP’s expanded use of Arteris IP directly targets its most strategic and lucrative markets. As a dominant force in automotive semiconductors, NXP is at the forefront of the industry's shift toward highly automated and connected vehicles. Its S32 family of automotive processors and i.MX application processors, which power everything from advanced driver-assistance systems (ADAS) to immersive infotainment, rely on sophisticated SoCs.

Within these automotive applications, functional safety is not an option—it is a strict requirement governed by standards like ISO 26262. The interconnect fabric of an SoC plays a vital role in ensuring this safety by providing fault detection, error correction, and isolation mechanisms to prevent a single point of failure from cascading through the system. Arteris’s IP is designed with these safety and security features built-in, helping NXP achieve the stringent certifications necessary to sell into the automotive market.

Similarly, in the industrial and IoT sectors, NXP's MCX microcontrollers and i.MX processors are enabling the fourth industrial revolution (Industry 4.0). From predictive maintenance sensors on a factory floor to AI-powered vision systems for quality assurance, these applications demand robust, secure, and reliable processing. The secure and efficient data movement enabled by Arteris's technology is fundamental to the integrity and performance of these smart systems.

A Partnership Solidified in a Competitive Market

While Arteris is a specialist, it operates in a semiconductor IP market that includes giants like Arm, Cadence, and Synopsys. NXP’s decision to not only continue but expand its partnership with Arteris serves as a powerful validation of the company's focused expertise in data movement and SoC integration. For a market leader like NXP to publicly endorse and deepen its reliance on Arteris technology underscores the critical, and often underappreciated, role that interconnect IP plays in enabling cutting-edge AI.

“NXP has been a valued customer for many years, and we are thrilled to support their continued innovation and success,” said K. Charles Janac, president and CEO of Arteris. “Our technology plays a critical role in enabling NXP to meet the performance, safety and security requirements of today’s smart edge AI systems. This expanded deployment highlights the transformative impact of the Arteris product portfolio in delivering next-generation silicon solutions.”

This collaboration is emblematic of the symbiotic relationships shaping the future of silicon. As chip designs move toward more heterogeneous architectures and chiplet-based models, the need for a sophisticated, configurable, and proven interconnect fabric will only grow. By strengthening their alliance, NXP and Arteris are positioning themselves to meet the escalating demands of an intelligent world, ensuring that the next generation of smart devices is not only powerful but also safe, secure, and efficient.