RoDC

The RosenbergerHPD® universal multicore datalink connection system is optimized for data transmission up to 10 Gbps. In addition to high data performance, the centrally positioned power lane offers a power reserve of up to 100 W / 5 A – in combination with the cable shield as the ground lane. Providing data and power to complex systems through a single interface delivers several benefits including reduced costs and installation footprint. This robust, fully shielded connector is ideally suited to harsh environmental conditions, such as automotive applications, where frequent high data transmission and ampacity is required. Combined with Rosenberger’s specially designed multicore cable, featuring an optimized layout for low attenuation, virtually interference- and crosstalk-free performance is assured.

Rosenberger MCX 50 Ω coaxial connectors feature a snap-on locking mechanism. They are mainly applied in RF cable connections up to 6 GHz such as those found in fixed and wireless communication systems. MCX connectors offer high reliability, long service life, as well as easy and fast mounting. The PCB connectors are supplied in tape and reel packaging for automatic assembly to boards and in blisters. MCX connectors with 75 Ω characteristic impedance are available on request.

SMP subminiature connectors are well-proven, offering a high level of flexibility in alignment tolerances and simplifying the whole production process. Rosenberger SMP connectors are suitable for a wide range of board-to-board and cable-to-board applications up to 40 GHz. Such a broad frequency range allows from the lowest to the highest mechanical loads to be handled including those experienced in 5G mobile telecommunications, test & measurement and aerospace applications.

UHF* coaxial connectors with geared screw locking frontal interlocking teeth and without defined impedance are intended for very low frequency applications up to 300 MHz. They are intermateable with “banana” connectors. *UHF = Ultra High Frequency, when developed in the 1930s, in fact today even wrong.