STARLINE 1.8GHz ESD amplifier upgrades networks for DOCSIS 4.0

05 November 2024

CommScope’s STARLINE® 1.8 GHz Extended Spectrum DOCSIS®(ESD) amplifiers have now come to market, offering operators the ability to upgrade their networks in anticipation of next-generation architectures like DOCSIS 4.0, while fully monetizing their current network assets and better serving their consumers.

The BLE® 180 Line Extender and MB180 MiniBridger® amplifiers offer operators a simple and economical solution for introducing ESD to DOCSIS 3.1 networks as well as a clear path to DOCSIS 4.0. Both amplifiers support ultra-high-split operation of up to 1794MHz in the downstream and up to 684MHz in the upstream to maximize network reliability and data rates.

“By deploying the amplifiers in mid-split or high-split 1.2GHz networks now, MSOs can optimize the performance of their DOCSIS 3.1 networks while taking an important step in future-proofing, before eventually upgrading taps and nodes,” said Guy Sucharczuk, SVP & President Access Network Solutions. “This incremental approach defers the costs per homes passed associated with an immediate DOCSIS 4.0 network upgrade—the perfect way to both plan for the future and protect an investment in next-generation technology.”

The amplifiers support the gain and tilt required for 1.2GHz operation via a simple plug-in. The plug-in enables the increased gain operators require to upgrade high-loss spans that would otherwise require the installation of a booster amplifier, cable, and passive upgrades as well as moving amplifiers within the network — eliminating the costs and service interruptions associated with these upgrades and improvements.

The new amplifiers feature a smart setup feature activated via a downloadable app for laptops, iPhones, and Android devices. The app greatly simplifies the process of setting up and configuring the amplifier for use in the field. Pluggable frequency split filters are accessible through each amplifier’s RF module, enabling technicians to change the operating frequency of the amplifier in the field quickly, easily, and economically.