PreCONNECT® COPPER High Density – for higher port density

Rosenberger RPC-7 “hermaphroditic” connectors with 7 mm diameter at outer contact are designed for precision measurements up to 18 GHz and are suitable for semi-rigid cables and microwave components. Mating electrically with center and outer conductor by end-surface (butt) contact, the mechanical connection is designed as a counter-sinkable threaded socket. For total flexibility, these low reflection connectors are intermateable with all common 7 mm series connectors including APC-7, PC-7, GPC-7 or Precifix AA. Furthermore, RPC-7 and RPC-N connector heads are interchangeable using the same bead type. The wide product range comprises connectors and connector heads, adaptors, interchangeable port connectors, airlines as well as test & measurement accessories such as RPC-7 calibration and verification kits, test cables, attenuators or measurement equipment (open – short – load).

The Multi-Power connector for field installation from Rosenberger is unique in terms of user-friendliness. The new assembly concept combines secure and reliable connections with a fast and simple cable assembly. Within shortest time the connector can be assembled on cables with various cross-sections (2x 2.5 mm² to 2x 16 mm²) and jacket diameters (Ø 7 – 21.5 mm). This way, the connector can be flexible used for both low-power and high-power applications (up to 55 A/60 V DC). Regardless the simple assembly process, the connector ensures highest quality for outdoor use, EMI shielding and low contact resistances.

Continuous expansion and consolidation of LTE and 5G networks require future-proof and versatile connectivity solutions between the BBU/PSU and the RRHs. Rosenberger’s focus is to offer Plug & Play FTTA/PTTA solutions that provide a Neutral Point of Interface to ensure efficient and cost-effective installations, upgrades, swaps and addition of new technologies.

Rosenberger has a full range of installation material and accessories to ensure the best installation practices leading to higher quality and thereby better overall long-term system performance.