Tag: PON

Fiber everywhere requires PON components to handle everything

Over the next five years, an unprecedented era of building fiber networks will take place around the world, with passive optical networks (PON) making up a large portion of that construction. As networks are deployed in more places, and in more diverse and sometimes difficult-to-reach environments, the need to make sure the highest-quality optical components are within that network only increases. As operators look to lower operational costs to deploy, manage, and maintain network builds, PON components will be pushed out further into the fiber network.

Poster-sized reference guide simplifies PON deployments

The newly released Passive Optical Network (PON) Reference Guide from AFL contains: A PON glossary Splitter specifications Information PON standards Applications and solutions information for FTTx fiber installation, verification, activation and troubleshooting.
Upon completion of a short form, the handy reference poster is now available for download in a complimentary 24 x 36 inch hard copy, sized to hang on any wall.

White Paper: BendBright XS Whitepaper

Bend-insensitive fibers significantly reduce #microbend and #macrobend losses across the entire wavelength spectrum used by current and future PON. There are two types of bend-insensitivity: Millimetre-range macrobend-insensitivity and Micrometre-range microbend-insensitivity. While #BendBrightXS fibres were initially developed with macrobend-insensitivity in mind, they also outperform all other existing fibre types for microbend-insensitivity. BendBrightXS fibres support the full use of transmission bands, covering the entire wavelength spectrum: from 1260 nm to 1625 nm for data transmission, and up to 1675 nm for network monitoring.

Proposal for an SDN-Like Innovative Metro-Access Optical Network Architecture

Telecommunication operators are facing an epochal challenge due to the need of higher reconfigurability, flexibility, and dynamicity for their networks. In the latest years, this necessity has been addressed by the introduction of Software-Defined Networking (SDN), mainly in the fields of data centers and core networks. The present work introduces a unified metro-access optical network architecture based on some features inspired by SDN models. The essential aim is to enable bandwidth shared among different passive optical networks (PONs) in order to achieve higher adaptability to increasingly migratory and volatile traffic patterns.

D.C.’s The Wharf uses PON to Update Services

Vision Technologies designed, installed, and commissioned a unified WiFi and passive optical network (PON) system for The Wharf, a mile-long, 24-acre, $2.5-billion mixed-use development along the Potomac River in Washington D.C. The system provides state-of-the-art, pervasive 802.11ac wireless service to residents, workers, and guests traversing the outdoor, garage, and 6000-person indoor-concert-venue areas. The entire implementation, testing, and commissioning was accomplished on a fast-track 30-day schedule.