JOYNEXT Presents Critical Technologies for Autonomous Driving at 2025 QNX Annual Developer Conference

On December 4th, JOYNEXT presented nCCU Series Central Computing Unit (CCU) solution and nDrive Series ADAS Domain Controller Unit solution at the 2025 QNX Annual Developer Conference. JOYNEXT made a grand appearance with its self-developed, demonstrating its innovative DNA with cutting-edge technological strength and garnering high attention and wide recognition from industry experts and partners worldwide.

In recent years, with the accelerated evolution of automotive electronic and electrical architectures, central computing architectures have gradually replaced traditional distributed architectures, becoming the core direction to enhance vehicle safety, improve functional flexibility, and shorten the software update cycle. JOYNEXT's nCCU series is precisely the ‘super powerful central brain’ built for ‘Software-Defined Vehicles’. Leveraging a System-on-Chip (SoC), the solution achieves in-depth synergy between the intelligent cockpit and autonomous driving domains, constructing a highly efficient and integrated central vehicle processing architecture. It boasts flexible computing resource allocation capabilities, capable of stably supporting core driving functions such as high-speed NOA (Navigation on Autopilot) and Lane Departure Warning, while also delivering high-quality mobility experiences including AI voice control and immersive empathetic cockpit. Additionally, supported by powerful AI computing power, the solution realizes multimodal AI interaction based on the underlying computing capacity of localized large language models, further upgrading the human-vehicle interaction experience.

JOYNEXT nCCU Series

In the field of autonomous driving, JOYNEXT nDrive series builds a dual line of defense for computing power and safety with outstanding performance. Its robust AI computing power can efficiently support complex planning algorithms and multi-source data fusion capabilities, easily meet the real-time computing needs of various perceptual data, and create a safer and smoother human-machine co-driving experience for users. In terms of safety design, the product adopts dual-parallel chip architecture and is additionally equipped with an independent safety island. Even if a single component malfunctions, the system can still maintain stable operation, fully safeguarding driving safety. Meanwhile, its flexible architecture design can adapt to the entire product spectrum from mass-produced economical models to high-end luxury models, covering diverse application scenarios such as urban roads and highway conditions.

JOYNEXT nDrive Series

During the conference, JOYNEXT's booth became a focal point, attracting numerous industry experts and renowned automaker clients to stop and exchange ideas, delving into technical cooperation and future development directions. Looking ahead, as cockpit-driving integration technology continues to iterate and upgrade, JOYNEXT will persist in deepening core technology R&D, proactively adapting to new industry trends with more cutting-edge solutions.