Arteris Technology Adopted by Li Auto for Intelligent Vehicles

Why It Matters

The deal accelerates Li Auto’s AI‑driven vehicle roadmap and validates growing demand for high‑performance NoC solutions in the EV market, giving Arteris a foothold in automotive silicon design.

Key Takeaways

• Li Auto uses Arteris FlexNoC 5 in its L9 Livis SUV SoC.
• SoC delivers 2,560 TOPS for autonomous driving workloads.
• FlexNoC 5 enables PPA‑optimized AI data movement in 5 nm node.
• Integration automation cut design risk and accelerated production timeline.
• Collaboration highlights growing demand for silicon‑level AI compute in EVs.

Pulse Analysis

Li Auto’s adoption of Arteris’s FlexNoC 5 marks a strategic push to embed advanced AI capabilities into its flagship L9 Livis SUV. As China’s NEV market matures, manufacturers are racing to differentiate through in‑car computing power, and a 2,560‑TOPS system‑on‑chip positions Li Auto at the forefront of autonomous‑driving performance. By leveraging a proven network‑on‑chip solution, Li Auto sidesteps the lengthy development cycles typically associated with custom interconnect design, allowing faster rollout of intelligent features that consumers now expect.

From a technical standpoint, FlexNoC 5’s physical‑awareness and configurable architecture enable Li Auto to balance performance, power, and area within a cutting‑edge 5‑nanometer process. The integration automation provided by Magillem further reduces design risk, streamlines verification, and compresses time‑to‑silicon, which is crucial for meeting stringent functional‑safety standards in automotive applications. The resulting SoC efficiently orchestrates CPUs, GPUs, AI accelerators, and sensor interfaces, delivering predictable latency for safety‑critical workloads while maintaining energy efficiency—a key metric for electric‑vehicle range.

The partnership signals a broader industry shift toward centralized compute platforms and AI‑defined vehicle functions. As automakers increasingly rely on high‑bandwidth, low‑latency data movement across heterogeneous processing elements, NoC IP providers like Arteris become essential enablers of next‑generation vehicle architectures. This trend is likely to spur further collaborations, drive up investment in silicon‑level AI infrastructure, and accelerate the convergence of automotive and consumer‑grade computing capabilities.