Arteris has announced that SiEngine Technology has licensed its FlexNoC network-on-chip (NoC) interconnect IP for use in SiEngine’s next-generation automotive SoC platform. The platform is designed for intelligent cockpit systems, advanced driver assistance applications, and integrated AI cockpit-drive solutions.
SiEngine is using Arteris’ NoC IP as the communication backbone for its latest automotive chips, helping it manage growing SoC complexity while meeting strict automotive functional safety requirements.
This collaboration builds on a long-standing relationship, with the company already leveraging FlexNoC across multiple generations of automotive chips known for their reliability and performance.
As vehicles become more software-defined and compute-intensive, chipmakers are facing increasing challenges around data movement, routing congestion, scalability, and safety.
FlexNoC 5 addresses these issues with a physically aware, silicon-proven architecture that improves performance, reduces power consumption, minimizes congestion, and accelerates timing closure, all while supporting ISO 26262 functional safety standards.
SiEngine is one of China’s leading suppliers of automotive-grade and industrial SoCs, with strong adoption in intelligent cockpit systems for passenger vehicles. Its portfolio spans intelligent cockpit, autonomous driving, and edge AI applications.
Arteris’ FlexNoC interconnect IP enables chip designers to optimize power, performance, and area while supporting modern automotive architectures such as infotainment, ADAS, centralized compute, and software-defined vehicles.
Leadership Comment
“SiEngine has successfully used Arteris technology across several generations of automotive chips,” said Devin Jiang, Vice President at SiEngine Technology. “FlexNoC continues to deliver the performance, reliability, and safety features we need for our latest platforms. Its proven architecture and ability to reduce on-chip congestion while boosting system performance made it the right fit for our next-generation cockpit and ADAS solutions.”
“We are pleased to expand our long-term collaboration with SiEngine as it continues advancing next-generation automotive semiconductor systems,” said K. Charles Janac, president and CEO of Arteris. “Modern automotive SoCs demand increasingly sophisticated on-chip connectivity capable of delivering high bandwidth, low latency, low power, functional safety, and efficient system integration, and our technology is designed to help automotive semiconductor leaders like SiEngine manage this growing complexity.”
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