MXS-9200 - Commutateur optique MEMS

Développé conjointement avec DiCon Fiberoptics, ce commutateur optique haute performance de qualité laboratoire est optimisé pour être utilisé avec les solutions EXFO LTB et avec un contrôle logiciel via SCPI sur Ethernet.

Fiche technique

Caractéristiques principales

Disponible avec des fibres monomodes, multimodes et à maintien de polarisation

Configurations jusqu'à 192x192 et au-delà

Performances, spécifications et fiabilité à la pointe de l'industrie

Inclut les modèles de matrice 3D et de réseau 1xN

Interface graphique Web puissante pour la configuration et le fonctionnement manuel

Capacités de commande à distance rapide SCPI-sur-Ethernet

Applications

Recherche, développement et essais de fabrication de transpondeurs optiques

Essais de plusieurs objets sous test (DUT)

Test automatisé des composants optiques

Description

Manufactured by DiCon exclusively for EXFO, the MXS-9200 MEMS optical switch is a stand-alone rack-mountable chassis, from 1U to 3U for configurations up to 64x64 and larger chassis supporting up to 192x192 ports and beyond.

The MXS-9200 enhanced platform utilizes DiCon Fiberoptics’ industry proven MEMS optical switch technology to reliably connect input and output ports for a wide range of test and measurement applications. Available with either non-blocking MxN matrix switches, or with an array of blocking 1xN optical switches, the MXS-9200 is the industry standard for sharing centralized instruments or automated testing on multiple devices in development, qualification, and production testing.

The MXS-9200 switch components are produced based on the latest generation of DiCon’s proprietary and proven MEMS tilting-mirror technology. This MEMS mirror platform has been built into millions of components for the optical networking industry and comes with a 20 plus years of field deployment record. These 3D MEMS Matrix Switches are extremely stable and can operate under open-loop conditions. They have the best-in-the-class durability, repeatability, and optical performance, suitable for even the most demanding applications including quantum communications and computing and other quantum applications.

With its remote-control capabilities using fast SCPI over Ethernet, the MXS-9200 is the perfect solution for sharing high-cost centralized instruments, scaling up qualification and manufacturing testing on multiple devices and other automated tests in manufacturing environments.

The MXS-9200 series is particularly well suited for testing a wide range of todays high-speed optical transceivers at all stages of development and manufacturing.