Nio automotive semiconductor production surpasses 550000 units with in-house chips

Nio automotive semiconductor production has crossed a significant milestone, with cumulative output of its internally developed chips exceeding 550,000 units. This achievement reflects the company’s push toward vertical integration in key electronic components, particularly for intelligent driving and sensing systems. The milestone was disclosed by CEO William Li during a semiconductor industry summit, highlighting how in-house chip development is becoming central to the company’s long-term competitiveness in electric mobility and software-driven vehicle ecosystems.

Core Chip Portfolio Driving Scale

The production milestone is largely driven by two major semiconductor products developed internally: the Yangjian LiDAR master control chip and the Shenji NX9031 smart driving processor. The Yangjian chip, introduced in 2023 and deployed in 2024, accounts for over 400,000 units shipped so far. It plays a critical role in LiDAR-based perception systems, enabling enhanced sensing capabilities required for advanced driver assistance and autonomous functions.

Shenji NX9031 Smart Driving Processor

The Shenji NX9031 chip, built using a 5 nm manufacturing process, represents the company’s push into high-performance computing for intelligent driving. Introduced in late 2023 and deployed in vehicles starting 2025, this processor has already surpassed 150,000 units in shipments. It powers complex algorithms for perception, planning, and decision-making, forming a key part of next-generation vehicle intelligence platforms.

Cost Efficiency and Performance Gains

One of the primary advantages of in-house semiconductor development is cost optimization. The Yangjian chip alone enables savings of several hundred yuan per vehicle, contributing directly to improved vehicle profitability. Beyond cost reduction, these chips also offer enhanced performance and quality control, allowing tighter integration between hardware and software systems. This strategy reflects a deliberate trade-off, where higher upfront research and development investments are expected to yield stronger gross margins over time.

Industry Challenges and Strategic Response

The automotive semiconductor sector is currently navigating multiple structural challenges, including rising demand for AI computing power, fragmentation in chip architectures, and increasing supply chain uncertainties. In response, the company is focusing on building internal capabilities and customizing semiconductor solutions tailored to its vehicle platforms. This approach helps mitigate external risks while ensuring consistent performance across its product lineup.

Standardization and Efficiency Goals

To further enhance scalability, efforts are underway to standardize automotive chip usage across its vehicle portfolio. The objective is to limit total chip specifications to fewer than 400, which would streamline procurement, improve economies of scale, and boost system efficiency. Such standardization is expected to play a critical role in reducing complexity while supporting faster development cycles.

Localization and Future Semiconductor Strategy

Looking ahead, the company aims to increase domestic sourcing of automotive semiconductors, targeting 35% to 40% localization by 2027. This aligns with broader industry trends toward supply chain resilience and regional self-sufficiency. At the same time, the semiconductor business is evolving into a standalone value driver, supported by recent funding activity that underscores investor confidence in its long-term potential.

Expansion Beyond Internal Use

In addition to supporting its own vehicle programs, the company is actively exploring opportunities to supply chips to external automotive manufacturers. Its semiconductor unit is collaborating with partners to promote new chip solutions to the broader market, signaling a shift toward becoming a technology provider as well as a vehicle manufacturer. This expansion strategy could unlock new revenue streams while strengthening its position in the automotive semiconductor ecosystem.

The rapid growth in production volume, combined with ongoing innovation and strategic investments, positions the company to play a significant role in shaping the future of intelligent, software-defined electric vehicles.