Arteris Stock Price, News & Analysis

Arteris, Inc. (Nasdaq: AIP) is a semiconductor technology company focused on system IP that accelerates the creation of high-performance, power-efficient silicon. According to the company’s own descriptions in multiple press releases, Arteris provides network-on-chip (NoC) interconnect IP, system-on-chip (SoC) integration automation software, and hardware security assurance technology. These technologies are used in semiconductors to optimize on-chip data movement, ease SoC design complexity, and help customers bring advanced chip designs to market faster in the modern AI era.

Core business and technology

Arteris describes itself as a global leader in system IP used in semiconductors. Its portfolio centers on NoC interconnect IP and SoC integration automation software that are deployed by what it calls the world’s top semiconductor and technology companies. The company’s IP is designed to improve overall performance and engineering productivity, reduce risk, lower costs, and shorten time-to-market for complex SoC and chiplet-based designs.

In its overview statements, Arteris highlights that its products help create high-performance, power-efficient silicon with built-in safety, reliability, and security. The technology is positioned to address the growing complexity of AI-era workloads, chiplet-based multi-die architectures, and advanced communications, by optimizing data movement within and between chips.

Key product families and capabilities

Across its news releases, Arteris references several named product families within its system IP portfolio:

• FlexNoC 5 – a non-coherent NoC interconnect IP with physical awareness, described as silicon-proven and designed to optimize on-chip communication, performance, power efficiency, and area. It is used to handle large data movement for AI workloads and to manage complex SoC floorplans.
• Ncore and Ncore 3 – cache coherent NoC interconnect IP used in advanced cache coherent silicon and as compute data transport across chiplets in multi-die SoCs.
• FlexGen Smart NoC IP – described as smart NoC IP used by customers such as Altera and others for end-to-end programmable solutions and AI data movement in chiplets and SoCs.
• Magillem software products – including Magillem Connectivity for design integration automation and Magillem Registers for hardware-software integration, used to streamline SoC assembly and integration.

These IP and software offerings are repeatedly described as silicon-proven, highly configurable, and aimed at enabling efficient, scalable data movement, design automation, and coherent and non-coherent interconnect fabrics for complex SoCs.

Security and Cycuity acquisition

Arteris has expanded its focus to semiconductor cybersecurity assurance. In a Globe Newswire release, the company announced that it entered into a definitive agreement to acquire Cycuity, Inc., described as a leading provider and domain expert of semiconductor cybersecurity assurance technology, and later reported the closing of this acquisition. The company states that combining Arteris system IP with Cycuity’s silicon hardware security assurance technology positions it to address growing concerns around hardware security and secure on-chip data movement.

According to Arteris, semiconductor cybersecurity assurance is becoming critical as the threat landscape expands to the hardware layer and silicon vulnerabilities can expose unprotected information. With Cycuity’s products and expertise, Arteris indicates that its portfolio is broadened to help customers understand and improve data movement security in chiplets and SoCs, from AI data centers to a wide range of edge devices.

End markets and use cases

Based on customer and partnership announcements, Arteris system IP is used across a variety of semiconductor applications and end markets. The company cites deployments in:

• AI data centers and cloud infrastructure, including multi-die SoCs and IO chiplets for AI workloads.
• Edge AI and intelligent devices, such as edge AI platforms and computer vision solutions.
• Automotive and intelligent driving, including autonomous driving SoCs and cross-domain automotive SoCs.
• Industrial automation, robotics, aerospace, and defense, as referenced in collaborations with customers like Altera and others.
• Communications and advanced computing, including RISC-V based high-performance compute subsystems.

These examples are drawn from specific customer announcements involving companies such as Black Sesame Technologies, Blaize, Axelera AI, 2V Systems, and Alibaba DAMO Academy’s XuanTie RISC-V CPU IP group, where Arteris products are licensed to optimize data movement and integration in advanced SoC designs.

Customers and ecosystem collaborations

Arteris’ press releases highlight relationships with a range of semiconductor and technology companies. The company reports that its NoC IP and SoC integration software are used by top semiconductor and technology firms, and it has announced specific engagements with:

• Altera, which has licensed Arteris’ product portfolio, including Ncore cache coherent interconnect IP, FlexGen smart NoC IP, and Magillem software, for FPGA and SoC FPGA solutions.
• Black Sesame Technologies, which licensed Ncore 3 and FlexNoC 5 IP for next-generation intelligent driving SoCs.
• Blaize, which adopted FlexNoC 5 to enhance its edge AI platform architecture.
• Axelera AI, which licensed FlexNoC 5 for its Europa platform for AI inference from edge to data center.
• 2V Systems, which licensed Ncore 3 and FlexNoC 5 for a server IO chiplet to support multi-die RISC-V-based SoCs for data centers.
• Alibaba DAMO Academy’s XuanTie, with which Arteris has an expanded collaboration to provide pre-validated integrations of XuanTie RISC-V CPU cores with Arteris Ncore and FlexNoC IP.

These collaborations illustrate how Arteris positions its IP as a central data movement fabric and integration layer in complex SoC and chiplet-based architectures across multiple high-growth markets.

Business model signals

While detailed revenue models are not described in the provided qualitative text, Arteris’ financial press release and SEC Form 8-K filings refer to licensing, support and maintenance revenue, as well as variable royalties and other. The company also reports metrics such as Annual Contract Value plus royalties and Remaining Performance Obligations, which are typical of IP licensing and subscription-like arrangements. These disclosures indicate that Arteris generates revenue from licensing its IP and software, associated support and maintenance, and royalties tied to customer production.

Role in the AI and chiplet era

In its own commentary, Arteris links its technology to structural trends in the semiconductor industry, such as the proliferation of AI workloads, the rise of chiplet-based and multi-die SoC architectures, and the growing importance of hardware-level security. The company emphasizes that its system IP is designed to address data movement efficiency, coherent and non-coherent interconnect needs, and integration automation, which are central challenges in designing high-performance, power-efficient silicon for AI, autonomous driving, advanced communications, and other demanding applications.

Arteris also notes participation in efforts like the Ultra Accelerator Link Consortium (UALink) and collaborations aimed at advancing RISC-V-based high-performance computing, which it presents as part of its role in broader semiconductor ecosystems.

Regulatory reporting

Arteris files periodic and current reports with the U.S. Securities and Exchange Commission. The provided Form 8-K filings show that the company reports quarterly financial results and related information through press releases furnished as exhibits. These filings cover results of operations, financial condition, and other required disclosures for a Nasdaq-listed issuer.

FAQs about Arteris, Inc. (AIP)

• What does Arteris, Inc. do?
  Arteris provides system IP technology for semiconductors, including network-on-chip interconnect IP, system-on-chip integration automation software, and hardware security assurance technology. Its products are designed to accelerate the creation of high-performance, power-efficient silicon and to optimize on-chip data movement.
• How does Arteris’ technology support AI and advanced computing?
  In its press releases, Arteris explains that its NoC IP and SoC integration software are used in AI data centers, edge AI platforms, autonomous driving SoCs, and other advanced compute applications. The IP enables high-bandwidth, low-latency, and power-efficient data movement needed for complex AI workloads and multi-die architectures.
• What is FlexNoC 5 and where is it used?
  FlexNoC 5 is a non-coherent network-on-chip interconnect IP with physical awareness. Arteris describes it as silicon-proven and designed to optimize on-chip communication, performance, power, and area. Customers such as Black Sesame Technologies, Blaize, Axelera AI, and 2V Systems have licensed FlexNoC 5 for automotive, edge AI, data center, and multi-die SoC designs.
• What is Ncore cache coherent interconnect IP?
  Ncore, including Ncore 3, is Arteris’ cache coherent NoC interconnect IP. It is used to build advanced cache coherent silicon and to provide compute data transport across chiplets in multi-die SoCs. Arteris cites its use in applications such as intelligent driving SoCs and server IO chiplets for AI data centers.
• How does Arteris address semiconductor security?
  Arteris has announced the acquisition of Cycuity, Inc., a company described as a leading provider of semiconductor cybersecurity assurance technology. By combining Arteris system IP with Cycuity’s hardware security assurance products, the company states that it can help customers increase semiconductor security and achieve secure on-chip data movement from AI data centers to edge devices.
• Which markets and applications does Arteris target?
  Based on its announcements, Arteris targets high-growth markets such as AI, autonomous driving, edge computing, data centers, advanced communications, industrial automation, robotics, aerospace, and defense. Its IP and software are used in SoCs and chiplet-based solutions serving these end markets.
• How does Arteris generate revenue?
  In its financial disclosures, Arteris reports revenue from licensing, support and maintenance, as well as variable royalties and other sources. It also highlights metrics such as Annual Contract Value plus royalties and Remaining Performance Obligations, indicating a model based on IP licensing, ongoing support, and royalties tied to customer deployments.
• What types of companies use Arteris technology?
  Arteris states that its products are used by the world’s top semiconductor and technology companies. Specific customers mentioned in recent releases include Altera, Black Sesame Technologies, Blaize, Axelera AI, 2V Systems, and Alibaba DAMO Academy’s XuanTie RISC-V CPU IP group.
• How is Arteris involved in RISC-V ecosystems?
  Arteris reports an expanded collaboration with Alibaba DAMO Academy’s XuanTie RISC-V CPU IP group. Together they have completed pre-validated integrations of XuanTie RISC-V CPU cores with Arteris Ncore and FlexNoC IP, providing reference designs intended to shorten development cycles and enhance performance for high-performance RISC-V SoCs.
• Where is Arteris listed and what is its ticker symbol?
  Arteris, Inc. is listed on Nasdaq under the ticker symbol AIP, as stated in multiple Globe Newswire press releases and SEC filings.