BYD Qinhan Autonomous Driving Industrial Park Startup Area

As global autonomous driving (AD) R&D accelerates (projected to reach $1 trillion market value by 2035 per McKinsey), low-latency data cables, automotive-grade EMC, and flexible vehicle cables have become foundational—defined by IEC 60811 (cable durability in automotive applications) and ISO 11452 (EMC for AD systems). The BYD Qinhan Autonomous Driving Industrial Park (12km², commissioned 2024 in Shaanxi) is a R&D hub housing AD test tracks, prototype workshops, and AI training labs, requiring cables that support 1ms sensor data latency, 24/7 lab equipment reliability, and repeated vehicle cable bending.

Anhui Jinhong delivered solutions tailored to these global AD benchmarks: fiber-copper hybrid data cables (achieving 0.8ms latency, exceeding ISO 26262’s functional safety requirements for AD sensor networks), nickel-shielded lab cables (meeting IEC 61000-4 EMC Class B to prevent interference with lidar/camera testing), and silicone-rubber vehicle cables (tested to 100,000+ bending cycles, complying with IEC 60811-404 for automotive cable flexibility). To support BYD’s fast-paced prototype development, Jinhong offered 48-hour turnaround for custom cable specs—a critical advantage in AD’s iterative R&D cycle.

The park’s teams completed 500+ AD test scenarios (including complex urban simulations) with 99.9% data accuracy, enabled by Jinhong’s low-latency cables. BYD also produced 20+ AD vehicle prototypes with zero cable malfunctions, accelerating its timeline to launch L4 autonomous vehicles by 2026. This project positioned Jinhong as a key supplier for global smart mobility infrastructure cables—a sector growing 15% annually as AD technology matures.