Rosenberger OSI installs new fiber infrastructure at the Dutch Internet Exchange AMS-IX
October 2017 by Marc Jacob
Rosenberger Optical Solutions & Infrastructure (Rosenberger OSI), manufacturer of innovative fiber optic cabling infrastructures, announces that the Dutch Internet node AMS-IX was equipped with the most modern fiber-optic infrastructure during a project running for several months. The result: The new infrastructure successfully processes 1.6 Tbps of traffic based on Rosenberger OSI’s standardized plug and play cabling solution. “Due to the deployment of state-of-the-art high speed optical networking solutions including 100GbE we made the AMS-IX infrastructure secure for the future. We not only ensure steady growth, but also serve the sustained demand for more bandwidth to process the increasing data traffic”, says Henk Steenman, CTO of AMS-IX.
AMS-IX in Amsterdam is a distributed internet exchange, currently present at 13 independent colocation facilities in the greater Amsterdam area. The core of the network was built around MLX-32 Core switching systems of Brocade. However, in September 2016 it was decided to replace the core switches in the AMS-IX network in Amsterdam with the new Brocade SLX9850 Switch as several of the existing core-switches had reached their limit. The migration of the first four MLX-32 Core-Switches to the SLX9850 was completed during the first quarter of 2017.
In addition to a significant increase in the scalability and performance of the core network with the new Brocade switches, AMS-IX wanted to significantly reduce network complexity to further reduce operating costs. This had a significant impact on the existing fiber optic cabling infrastructure and required a more efficient use to capacity of the dark fiber infrastructure between the core and access switches. AMS-IX reached out to the cabling expert Rosenberger OSI.
The Cabling Infrastructure Solution
For this project, Rosenberger OSI refined its PreCONNECT® OCTO cables, which meet the OM4 industry standard in the standard form. The use of the MTP® connector as an interface to the active device made it no longer necessary to install expensive MTP® cassette modules in 19“ panels due to direct attach. Thanks to the smaller number of fibers and the elimination of the cassettes, significant cost savings and reduced attenuation on the Parallel Optics transmission channels were possible. Rosenberger OSI quadrupled the available number of 100 GbE interfaces and achieved as well a significant reduction in the overall operating costs by saving space, power consumption and dark fiber infrastructure. "The focus of our joint project was a secure and scalable network infrastructure for AMS-IX, enabling the company to keep pace with the growing bandwidth and network traffic requirements", said Thomas Schmidt, Managing Director of Rosenberger OSI.