How Market Segments Define the 2024 Automotive SoC Chip Landscape

Market Demand by Vehicle Segment

Different vehicle platforms target distinct price ranges, which in turn affect the price sensitivity of functional configurations. In intelligent driving, lower‑priced models typically require low‑cost, low‑power SoC solutions, while premium models demand higher AI compute capability.

Based on the AI compute requirements of various ADAS levels, the report classifies automotive SoC chips into three tiers:

Small‑compute SoC (2.5‑20 TOPS) : Used in front‑view integrated cameras or distributed parking/drive‑by‑wire controllers; focuses on cost‑performance; supports L0‑L2 assistance and occasional high‑speed NOA; priced for vehicles in the ¥100‑150k range.

Medium‑compute SoC (20‑80 TOPS) : Powers lightweight lane‑keeping and parking‑integrated controllers; marketed with “high‑speed NOA”, “city‑memory NOA”, and “memory parking” features; targets vehicles priced ¥150‑250k.

Large‑compute SoC (≥100 TOPS) : Enables high‑end parking‑integrated or cabin‑integrated solutions, supporting L2+ functions such as city‑NOA and AVP, and providing hardware headroom for future L3+ autonomous driving; aimed at vehicles above ¥250k.

Market Size and Growth

According to ICV data, the global intelligent‑driving SoC market was US$3.295 billion in 2022, with China accounting for US$1.505 billion (45.68%). Forecasts project the market to exceed US$10 billion in 2024 and reach US$28.306 billion by 2027, a CAGR of 43.11%.

In 2023, China’s passenger‑car OEMs installed 1.839 million intelligent‑driving domain controllers (≈8.7% of new‑car installations), a 70% YoY increase.

Competitive Landscape

2023 shipment rankings for Chinese intelligent‑driving domain‑controller chips:

Tesla FSD chip – 1.208 million units (37% market share)

NVIDIA Orin‑X – 1.095 million units (33.5%)

Horizon Journey 5 – 200 k units (6.1%)

Mobileye EyeQ4H – ~200 k units (6.1%)

Mobileye EyeQ5H – 174 k units (5.4%)

Overall, foreign solutions dominate the Chinese market, holding over 80% of shipments. Tesla’s FSD and NVIDIA’s Orin‑X together capture more than 70% of the market, with Tesla using two FSD chips per vehicle and NVIDIA’s Orin‑X deployed across many brands (NIO, Xpeng, Li Auto, etc.).

Among domestic chips, Horizon’s Journey 5 leads with 200 k units, primarily in Li Auto’s L7/L8 models, while the J5 chip entered mass production on BYD’s Han EV in early 2024.

Outlook for Domestic Suppliers

Although foreign chips currently dominate, Chinese manufacturers have advantages in local service, rapid response to OEM requirements, and benefit from geopolitical pressures accelerating domestic substitution. The market is still evolving, leaving room for Chinese firms to capture a larger share as they develop higher‑compute SoCs and align with emerging autonomous‑driving algorithms (e.g., Transformer + BEV + OCC) and centralized‑plus‑regional vehicle architectures.