Camera Solutions for Automotive Applications
Your Connection to all Camera Applications for ADAS and Autonomous Driving Technologies
Rosenberger has developed compact camera connectors designed for high data rates in LiDAR, radar, and both interior and exterior camera applications including surround view, front, rear, and mirror cameras. These all-in-one, future-proof coaxial interfaces FAKRA, HFM®, RMC®, pigtail variants, and housings in metal or plastic can be tailored with PCB bullets, with or without tolerance compensation, depending on technical requirements. Adaptable and scalable modular systems enable increased efficiency and cost optimization through a high degree of automation.
Our products are engineered for performance, reliability, and ease of assembly in high-density electronic environments.
Product Portfolio
- Coaxial FAKRA Interfaces
- Coaxial HFMยฎ Interfaces
- Coaxial RMCยฎ Interfaces
- PCB connectors with or without tolerance compensation
- Various Materials - Modular Combinations
- Housings One/Two-Piece-Solutions: metal or plastic
- DirectLink Pigtail connectors
- Optional with power pins (MQS)

Features
- Impedance 50 ฮฉ
- Mating cycles โค 10
- Interfaces to the wiring harness:
- HFM® Frequency range up to 20 GHz
- RMC® Frequency range up to 9 GHz
FAKRA Frequency range up to 6 GHz

Benefits
- All-in-one solutions: connector, housing, PCB bullet
- Tailored housings according to customer specifications, sealed or unsealed in unmated condition
- Connectors with or without tolerance compensation, full backhousing, flange or space-optimazed pigtail options
- Scalable power supply
- Different housing materials available
- Maximum robustness and EMC shielding in versatile designs
- Flexible mounting height of the PCB in the camera housing possible
- Adaptable and scalable modular systems
- Efficiency through a high level of automation

With or Without Tolerance Compensation dependent on the Technical Solution
Choose with or without tolerance compensation โ depending on your technical solution. Our modular design allows easy integration with customized back housings and adaptor/bullet combinations, ensuring a perfect fit for your application.
Our coaxial interfaces FAKRA, HFM®, and RMC® ensure broad compatibility and future-proof design. With built-in tolerance compensation capabilities and SMD PCB footprints.

Without Tolerance Compensation
- Tolerance compensation in Z direction of ยฑ0.5 mm
- Mating cycles โค 10
- Engagement force โค 25 N
Impedance 50 ฮฉ

With Tolerance Compensation
- Tolerance compensation in X, Y and Z direction of ยฑ0.5 mm and max. 1.5ยฐ tilting angle
- Mating cycles โค 10
- Engagement force โค 10 N
Impedance 50 ฮฉ
Various Materials โ Modular Combinations
Rosenberger offers various material options for camera and interface housings, such as metal and plastic, as well as modular combinations.

Solution Metal/Aluminum
Backhousing/Interface Housing Metal e.g. Aluminum
- Excellent EMC shielding
- Mechanically robust

Solution Plastic
Backhousing/Interface Housing Plastic
Optional EMC shielding

Solution Metal-Plastic
Backhousing Metal & Interface Housing Plastic
- Excellent EMC shielding
- Modular base for various interface solutions
- Cost optimized
Layout Recommendation โ SMD Footprint
Surface-mount devices (SMDs) are compact components that are soldered directly onto the PCB.
Their high-frequency performance and connection quality depend on several factors, including substrate thickness and board design.
Rosenberger provides detailed layout recommendations and optimized footprints to ensure reliable performance and manufacturability.
Recommended SMD Footprint
- One document MB_764 for both PCB connectors 99K10A-40MT5 and 99S10K-40MT5
- Application optimized PCB footprint available on request

Adapter/Bullet without Tolerance Compensation
Rosenberger No. 99K10A-40MT5


Adapter/Bullet with Tolerance Compensation
Rosenberger No. 99S10K-40MT5

Space-Optimized Connectivity for Driver Monitoring Systems
โDirectLinkโ pigtail connectors in a compact size โ 10 mm smaller than common standard versions โ enable flexible installation in highly constrained environments.
Integrating driver monitoring cameras into tight spaces such as the steering column, rearview mirror, or A-pillar requires advanced connector solutions.
Rosenberger addresses this challenge with newly designed โDirectLinkโ pigtail connectors in customer-specific requirements, based on the proven HFM® series and standard PCB connector.
โDirectLinkโ Pigtails - Wire-to-Board Solutions optional with Power Pins
The fully assembled pigtail solution ensures reliable data transmission and scalable power supply (MQS pins) up to the interface within the vehicle wiring harness. It supports all common cable-side interfaces including FAKRA, HFM®, and RMC®.
Thanks to a fully automated assembly process, the solution offers excellent repeatability and cost-efficient manufacturing, making it ideal for large-scale deployment in driver assistance applications.

"DirectLink" Pigtail-PCB-Connections - Customer Specific Solutions
Features & Benefits
- Compact size โ 10 mm smaller than common standards
- Space optimized solutions for demanding packaging situation
- Right angle connector with new design
- Data and power transmission
- Delivery option for the complete camera connection system integrated within the cable assembly
- Tolerance compensation possible
- Internal interface based on HFM®
- Different interfaces on cable side (FAKRA, HFM®, RMC®)
- Fully automated cable assembly process

Applications
LiDAR and radar, camera applications examples:
- Surroundview (park assist)
- Interior (attention assist)
- Front (trafffic sign, detection, emergency)
- Rear (collision warning)
- Mirror (blind spot)


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Get in touch with us
"With our Camera Solutions for Automotive Applications, we bring performance, reliability, and ease of assembly in high-density electronic environments.
Iโd be happy to share more insights into the capabilities of this technology. Letโs collaborate to find the perfect solution for your connection to your camera applications."
Thomas Miedl
Head of Product Management Team โCameraโ













