Arteris is a catalyst for system-on-chip (SoC) innovation as the leading provider of semiconductor system IP for the acceleration of SoC development. Arteris Network-on-Chip (NoC) interconnect intellectual property (IP) and SoC integration technology enable higher product performance with lower power consumption and faster time to market, delivering proven flexibility and better economics for system and semiconductor companies, so innovative brands are free to dream up what comes next.
The acquisitions of Magillem and Semifore position Arteris as the leader in SoC integration and Hardware/Software Interface (HSI) development, further accelerating SoC development schedules for customers.
Semiconductors have now established their place as a truly essential industry, according to Deloitte. Our world is powered by electronic devices, smart systems, plus autonomous machines, and Arteris is the essential connectivity IP inside complex electronics. Founded in 2004, Arteris pioneered the concept of network-on-chip for connecting IP blocks across system-on-chips, which drive all the electronics we use.
The rapid pace of innovation has triggered an explosion in the number of IP blocks used in a chip, amplified by continuous advancements in semiconductor manufacturing technologies and core SoC development economics. Modern times call for modern methods for developing SoCs, and Arteris is at the heart of it.
As the leading provider of semiconductor system IP for the acceleration of system-on-chip development across today’s electronic systems, Arteris is broadly deployed in solutions for automotive, communications, consumer electronics, enterprise computing, and industrial markets. For example, Arteris is used in over 70% of the automotive ADAS SoC market and holds a strong position with market-shaping customers across leading verticals.
Additionally, Arteris offers solutions to address the increasing artificial intelligence (AI) and machine learning (ML) innovation, safety and reliability compliance needs, and Arm and RISC-V IP integration and SoC integration requirements, which further compound the challenges SoC teams face when dealing with the ever-increasing complexity and the need for quick, flexible, and predictable execution.
7 of the Top 10 Semis
8 of the Top 10 Semis
7 of the Top 10 Semis
8 of the Top 10 Semis
7 of the Top 10 Semis
Additionally, Arteris offers solutions to address the increasing artificial intelligence (AI) and machine learning (ML) innovation, safety and reliability compliance needs, and Arm and RISC-V IP integration and SoC integration requirements, which further compound the challenges SoC teams face when dealing with the ever-increasing complexity and the need for quick, flexible, and predictable execution.
The innovative use of proprietary network-on-chip techniques for on-chip communications results in meeting project specifications, reduced project risk, faster time to market, and overall better SoC economics when compared to legacy and manually derived interconnects. Arteris NoC architecture results in improved SoC performance, power, silicon area, and faster engineering development times.
Arteris SoC integration automation products shorten SoC project schedules and enhance productivity across architects, logic designers, software/firmware developers, verification teams, and documentation teams.
Essential for efficient NoC designs, our high-end Flex family of products bring physical awareness to accelerate timing closure, reduce wires and increase SoC performance.
Ncore IP tackles multicore SoC challenges through heterogeneous coherency, efficient caching, and high throughput for reliable, high-performance SoCs.
CodaCache IP optimizes SoC performance by minimizing memory latency. This highly configurable shared cache improves data flow and power efficiency.
SoC Assembly with efficient handling of all aspects of system integration to make the design process easier, faster, and less risky, making the most of design teams’ productivity and expertise.
A single source of truth environment enabling effective collaborative development of the software and hardware interface, keeping all design teams in sync while mitigating design errors.
Traceability refers to the ability to follow the life of a unit of design and its dependencies from requirement to implementation in both forward and backward directions.
At Arteris, our customers are our number one priority. We are committed to their ongoing success through the steadfast delivery of exceptional products that address today’s challenges and enable tomorrow’s greatest innovations.
Arteris system IP facilitates the seamless integration of functional safety solutions in automotive systems.
Arteris is dedicated to consistent quality management across all operations to provide reliable and relevant products and solutions.
The TCL1 certification verifies a tool’s safety documentation for automotive development, ensuring reliability and minimizing risks.
Arteris was recognized with a Gold Stevie® Award for pioneering change in the system IP technology.
Arteris was recognized for technical innovation and the essential role its system IP plays in accelerating the creation of semiconductors.
Arteris won the Autonomous Vehicle Technology of the Year award for its latest physically aware network-on-chip IP.
Arteris interconnect IP and SoC automation technologies are used alongside various processor architectures and are eventually mapped into semiconductor manufacturing technologies. Today, Arm, x86 and RISC-V represent key processor architectures of note.
Our NoC interconnect IP technology is highly differentiated, with the ability to optimize IP topology with physical awareness. This makes Arteris a central part of the ecosystem with Cadence, Synopsys, and Siemens EDA, as well as semiconductor manufacturing, including TSMC, Samsung Foundry, GlobalFoundries, and Intel Foundry Services.
