MCX

Currently, over 45% of the FDD antennas that are delivered in the global market have six or more ports. Multi-band and multi-port antennas are expected to be widely acknowledged as mainstream products by 2021. Rosenberger is offering multi-port antennas with up to 24 and 30 ports, covering all sub-2.7 GHz bands with field-exchangeable Remote Electrical Tilt (RET) systems.

Rosenberger provides a wide range of Multiport Mini-Coax connectors and cable assemblies for addressing the challenging technological demands of the semiconductor test equipment industry. For both 20 and 40 GHz applications, the extensive standard range comprises PCB connectors, purpose-designed plastic-housings and pre-assembled cable assembly sets. This ensures cable assembly configurations that precisely meet customer-specific test requirements. Board-to-board connections can be applied in very limited spaces with the advantages of coaxial shielding while a handy extraction tool ensures mating and demating can be done quickly and easily onsite. The cost-effective injection moulded housings for connection to one side of the PCB are available with 2, 4, 6 or 8 channels and allow the mixing of straight and right angle Mini-Coax cable pairs. Interface dimensions are based on Rosenberger standard Mini-Coax connectors.

PreCONNECT® BREAKOUT are our factory assembled, robust fiber-optic breakout cables with up to 24 fibers. The solution is suitable for fast, simple and secure Plug & Play installation of less fibers of short lengths. The both-sided PreCONNECT® square-interface enables tool-less mounting by simple hook-in in PreCONNECT® 19" panels and universal holders. Fields of application for the fiber optic breakout cabling system are data centers and their IT rooms, data center containers and EDGE computing sites.

With its high capacity, compact design the Rosenberger DCS is perfect for space-confined high voltage applications where direct connection is a prerequisite. With a cable cross-section of just 70 mm² the current carrying capacity is 340 A at 85 °C, making it ideal for battery charging or enabling direct connection between the battery and motor components used in electric vehicles.