MCNEX and Valens Semiconductor Launch QHD Automotive Cameras with VA7000 A-PHY

On February 18, MCNEX and Valens Semiconductor announced the joint development and commercial availability of a new family of QHD automotive cameras designed for next-generation vehicles. These QHD automotive cameras deliver 2560?1440 video resolution over unshielded twisted pair (UTP) or low-cost coaxial channels, addressing growing demand for high-performance vision systems in advanced driver assistance systems and autonomous platforms. The solution is powered by Valens? VA7000 A-PHY chipsets, enabling reliable multigigabit connectivity while reducing overall system complexity.

QHD Automotive Cameras Powered by VA7000 A-PHY

The newly introduced QHD automotive cameras are built around the Valens VA7000 A-PHY chipset family. This chipset leverages the MIPI A-PHY standard to provide high-bandwidth data transmission combined with strong electromagnetic compatibility performance. By supporting video over simple cabling such as UTP or cost-effective coax, the solution enables automakers to streamline vehicle network architectures without compromising image quality.

The VA7000 platform ensures stable multigigabit connectivity, making it suitable for high-resolution vehicle cameras used in front and rear sensing applications. Its robust signaling capability supports consistent data transfer even in challenging automotive environments where interference resilience is critical.

Optimized Wiring and Reduced System Complexity

One of the primary advantages of these QHD automotive cameras is the reduction in wiring harness cost and complexity. Traditional high-resolution automotive camera modules often require shielded and heavier cabling to maintain signal integrity. By contrast, the VA7000 A-PHY solution allows reliable video transmission over simpler cable infrastructure.

This design approach helps OEMs achieve:

• Lower overall material and installation costs
• Simplified vehicle wiring architecture
• Improved scalability for multi-camera ADAS configurations
• Enhanced flexibility for next-generation vehicle platforms

Enhanced EMC Robustness and Performance

Thanks to the inherent electromagnetic compatibility strength of the MIPI A-PHY standard, these automotive camera modules maintain high signal integrity across varying operating conditions. The VA7000 chipset architecture supports consistent multigigabit data rates, ensuring that high-resolution vehicle cameras can function reliably in dense electronic environments typical of modern passenger vehicles.

4K Rear View Camera Expansion

In addition to the QHD automotive cameras, MCNEX is introducing a 4K rear view camera capable of operating at 60 frames per second. This advanced configuration utilizes shielded cabling and is also powered by the Valens VA7000 chipset. The 4K solution expands the company?s portfolio of high-resolution vehicle cameras aimed at premium ADAS and autonomous driving systems.

The VA7000 A-PHY chipsets are already in mass production, with the first OEM vehicle start of production scheduled for early 2027. The collaboration strengthens the position of QHD automotive cameras and related high-resolution platforms as essential components in future vehicle architectures focused on safety, automation, and performance.