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Rosenberger HFM® is the next generation of coaxial connectors for the automotive industry. For frequencies up to 15 GHz, the intelligent modular system ensures fast transmission of high data rates up to 20 Gbps. Its innovative design addresses the growing requirement for cost savings as well as reduced weight and size. Delivering space savings of up to 80 % compared to conventional FAKRA connectors, the Rosenberger HFM® connector system allows various modules to be accommodated in the smallest possible footprint.

The Rosenberger RPC-SL series are interchangeable port connector systems for use with test equipment where test ports are frequently mated and re-mated. Under such heavy usage, Rosenberger RPC-SL interchangeable port connectors allow the equipment/device interface to be fully protected from potential damage, avoiding the risk of costly repairs. The RPC-SL port connector includes a panel mounting half and a sexless interface which features two spring-loaded butt contacts. This ensures no wear occurs during mating and eliminates the possibility of accidental damage from mismatching of connector halves. Furthermore, the interface between the panel mount and the adaptor is slotted, preventing the mating faces from rotating and possible damage. The RPC-SL portfolio offers both 26.5 GHz and 40 GHz versions. While adaptors can be interchanged and are available in different connector series, the connector heads in these two ranges are not compatible and can only be used with their own system.

The Rosenberger Spring Loaded Coax System is designed to make quick, reliable and low abrasion PCB con­nections – up to 18 GHz (SMA interface) or up to 40 GHz (RPC-2.92 interface) – to single-layer or multi-layer printed circuit boards with the microwave layer on top.

PreCONNECT® OCTO is a comprehensive system for structured parallel optical data transmission cabling. By using 16 fibers for each MTP® connection, Rosenberger OSI has created a high-performance, efficient multifiber cabling product that optimizes results by reducing both costs and attenuation.