28/06/2018 09:00:00

The company's MASTERLINE Ultimate Hybrid High Voltage (MLUH HV) makes it the first in the world to establish a new product class for mast-top installation, robustness and cost effectiveness.

HUBER+SUHNER, leading manufacturer of components and systems for optical and electrical connectivity, is tackling the increasing power and expansion challenges faced as 5G approaches, with the launch of its one-of-a-kind hybrid cabling system solution for remote radio installations.

The pre-connectorised factory-sealed solution, the MLUH HV, has the features of the HUBER+SUHNER MASTERLINE Ultimate Hybrid (MLUH), yet offers a slimmer, lighter and more flexible solution. The cable is fast and easy to install, supports up to 12 remote radio heads (RRHs) and connects them with easy-to-install Q-ODC fiber optic jumpers and power jumpers.

The latest addition to the HUBER+SUHNER MASTERLINE portfolio is able to deliver power at 230V AC directly to the radio heads, reducing loss and allowing higher power consumption for future 5G network equipment. Installers can achieve the same distance between the power source and radio head while utilising smaller diameter of the MLUH HV cable.

'Ultimately, operators can save on capital expenditure with our new cable offering as less copper is used,' said Miroslaw Mrozik, Head of Product Management at HUBER+SUHNER. 'The MLUH HV boasts higher power capabilities in a single cable, is flexible, future-proof, and easy-to-install. Fast and reliable rollouts for timely projects come together with reduced total cost of ownership, as no other product offers such a high-quality solution in a AC voltage compliant setting.'

More information about the MASTERLINE Ultimate Hybrid High Voltage (MLUH HV) cable can be found on the HUBER+SUHNER website.

Axel Rienitz
HUBER+SUHNER AG
+41 71 353 4220
pressoffice@hubersuhner.com

MLUH HV

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Huber + Suhner AG published this content on 28 June 2018 and is solely responsible for the information contained herein. Distributed by Public, unedited and unaltered, on 28 June 2018 07:12:12 UTC