Luxshare Automotive Opens Joint Center With Infineon

Joint Innovation Center Focuses on Automotive Electronics

Luxshare Automotive announced a signing and unveiling ceremony with Infineon Technologies AG for a joint Innovation Application Center. The collaboration will focus on automotive electronics applications, reference designs, and system-level validation, creating a shared platform for further engineering development. The center is intended to support reference design work and validation activities as the companies advance automotive electronics solutions toward additional design iterations and customer adoption. The initiative brings the companies' existing engineering activities into a joint framework covering multiple vehicle technology areas, with validation positioned as an important part of the development process. Their work includes automotive-grade component selection and sample evaluation as part of the technical preparation for these applications.

ADAS, Cockpit and Chassis Applications

The joint center will cover advanced driver assistance systems, intelligent cockpits, and intelligent chassis applications. Luxshare Precision Industry Co Ltd and Infineon have already conducted tests and validation involving automotive-grade component selection and sample evaluation. These activities provide a technical foundation for the center's reference-design and system-level validation work. By combining application development with validation, the collaboration is structured to support subsequent design iterations and facilitate customer adoption. The stated scope therefore extends beyond individual components, addressing how automotive electronics can be evaluated within broader vehicle systems and application architectures. The center will serve as a joint platform for this work as both companies continue developing automotive electronics solutions.

Millimeter-Wave Radar Enters Mass Production

In automotive millimeter-wave radar, Luxshare Automotive has begun mass production of a satellite radar for centralized vehicle architectures developed using Infineon's CTRX8188 chip. The production program provides a concrete application for the companies' broader collaboration in automotive electronics and validation. The radar system is associated with centralized vehicle architectures, while the use of the CTRX8188 chip identifies the semiconductor platform supporting the product. The companies are also working on innovation and engineering validation for a next-generation distributed radar system. Together, these activities cover both an existing mass-production application and continued development work aimed at another radar architecture, giving the collaboration a direct connection to current production and future engineering validation.

Reference Design and Validation Platform

The Innovation Application Center is designed to establish a joint platform for reference design and validation, supporting continued technical development between the two companies. The work will build on testing already completed for automotive-grade component selection and sample evaluation while extending collaboration into system-level validation. This approach connects component-level assessment with broader automotive electronics applications, including ADAS, intelligent cockpits, intelligent chassis, and radar systems. The reference-design platform can also support further design iterations before customer adoption, according to the companies' stated objectives. The collaboration therefore combines application engineering, validation, and reference-design activities within one framework, while the ongoing radar programs provide specific technical areas in which the companies are already applying their joint engineering efforts.

Industry Impact & Outlook

The collaboration expands the scope of joint automotive electronics development between Luxshare Automotive and Infineon Technologies AG, with implications for ADAS, cockpit, chassis, and radar applications. Its significance is particularly tied to the combination of reference designs, automotive-grade component evaluation, and system-level validation, which can help translate semiconductor capabilities into vehicle-level applications. The existing mass production of a satellite radar using the CTRX8188 chip provides an established application, while work on a next-generation distributed radar system indicates continued engineering activity. The next steps will depend on further design iterations, validation results, and customer adoption, making technical verification and application development central to the collaboration's progress.

Frequently Asked Questions

What is the Luxshare Automotive and Infineon Innovation Application Center?
The center is a joint platform established by Luxshare Automotive and Infineon for automotive electronics applications, reference designs, and system-level validation. Its scope includes advanced driver assistance systems, intelligent cockpits, and intelligent chassis applications, while existing work has covered automotive-grade component selection and sample evaluation. The companies intend for the platform to support further design iterations and customer adoption. The center also provides a framework for continued engineering collaboration as the companies develop and validate automotive electronics solutions across several vehicle technology areas and radar applications.

What radar technology are the companies developing?
Luxshare Automotive has begun mass production of a satellite radar for centralized vehicle architectures using Infineon's CTRX8188 chip. The companies are also conducting innovation and engineering validation for a next-generation distributed radar system. These activities represent two stages of their radar collaboration, with one application already in mass production and another undergoing development and validation. The work forms part of the broader Innovation Application Center collaboration, which covers reference designs, automotive-grade component evaluation, and system-level validation for automotive electronics applications.