Modular Camera Solutions for Automotive Applications

 

Innovative connector systems enable reliable high-frequency transmission for driver assistance systems and autonomous driving

Rosenberger is introducing its new modular camera connection solutions. Designed specifically for automotive applications such as Advanced Driver Assistance Systems (ADAS), driver monitoring and autonomous driving, these solutions offer high data transmission rates, flexible integration options and excellent EMC shielding.

 

 

High-Performance Coaxial Interfaces

Rosenbergerโ€™s new connection solutions are based on FAKRA, HFMยฎ and RMCยฎ coaxial interfaces, which cover frequency ranges DC up to 12 GHz. These interfaces are ideally suited to demanding automotive camera systems, such as front, rear and surround view cameras. They offer an impedance of 50 ฮฉ and can withstand at least 10 mating cycles. Depending on the technical requirements, variants with or without tolerance compensation are available. Tolerance compensation of up to 0.5 mm in the X, Y, and Z directions, as well as a maximum tilt angle of 1.5ยฐ, is possible.

 

 

 

DirectLink Pigtails - Space-saving Wire-to-Board Solutions for Interior Applications

Rosenbergerโ€™s customised โ€œDirectLinkโ€ pigtails or wire-to-board solutions are particularly advantageous in driver monitoring systems, which are often installed in tight spaces, such as behind rear-view mirrors or in the headliner. Their compact design enables space-efficient integration without compromising signal quality or electromagnetic compatibility. "Even with complex interior camera systems for analyzing gaze behavior or detecting fatigue, the interfaces can be implemented seamlessly and with high transmission reliability."

 

 

 

Versatile Applications and Reliable Performance

These connection solutions are designed for use in a wide range of vehicle systems, including Advanced Driver Assistance Systems (ADAS), reversing assistance, camera-based side mirrors, and interior applications. Thanks to their robust design, proven EMC shielding and high level of production automation, they are technologically reliable and cost-effective for series production in the automotive industry.

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