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Rosenberger’s comprehensive portfolio of cost-effective, high-quality and precision products enables a broad spectrum of industrial test & measurement applications for active or passive devices. Rosenberger develops and offers a selection of verification kits for common precision interfaces for vector network analyzers (VNAs). All verification components from Rosenberger are electrically characterized on a network analyzer measurement system. These measurements are traceable to metrology standards such as PTB (Physikalisch-Technische Bundesanstalt Braunschweig) or NIST (National Institute of Standards and Technology).

Rosenberger provides floating test adaptors for a number of standard RF test interfaces. Due to their self-finding design they are suitable for automated testing processes in laboratories, e.g. of couplers, splitters, antennas and other high-frequency devices. Radial and axial misalignment ensures safe contact with the DUT – without reducing the performance. The self-finding construction makes fast and easy connecting and disconnection processes – which means significant time and cost reductions.

Rosenberger high-mating cycle products for applications requiring a robust user interface and extremely high mating cycles up to 100,000 connections. Industrial and consumer applications often require a robust user interface for the connection between a special power supply and the device. In such cases Rosenberger high-mating cycle products are the first choice and are available in standard and customized versions.

The Rosenberger NEX10® connector system meets the existing and future infrastructure efficiency demands of small cell applications and 5G mobile networks. For frequencies up to 20 GHz, the new robust and highly compact NEX10® interface standard provides safe, easy and damage-free connection while minimizing interference from PIM (Passive Intermodulation). Screw-type and a push-pull locking mechanism are available. As a leading global manufacturer of RF products, Rosenberger is an active partner in the NEX10® consortium which is tasked with making the interface a worldwide IEC standard. Designed for upcoming 5G Networks.