NetTest Monitors DWDM

NetTest announces QuestFiber network monitoring system to help network operators manage optical layer with ease via DWDM monitoring

August 5, 2002

2 Min Read

UTICA, N.Y. -- NetTest, a leading worldwide provider of testing, monitoring, management and optical component solutions for advanced and converged networks, today announced the availability of QuestFiber 2.1, the latest version of its proactive, remote fiber monitoring system designed to work with full-service emerging and next generation networks. QuestFiber is the only Remote Fiber Testing System that allows the network operations manager to proactively monitor the fiber optic network through the use of domains, thus enabling delivery of the highest level of QoS and ensuring network security and reliability to the greatest degree. With the addition of QuestFiber, NetTest continues to deliver on its long-term vision for enabling seamless and automated optical networks. Complimenting the use of field portable equipment, the QuestFiber monitoring system proactively and non-intrusively provides network operators with vital information concerning network health. "QuestFiber 2.1 brings to the market NetTest's long-term vision for network monitoring in the optical area. With its DWDM monitoring and automated reporting, QuestFiber 2.1 provides network operators with a unique tool that allows them to fully manage the optical layer of their networks with very minimal effort," said David Coker, vice president of product management, NetTest. QuestFiber 2.1 now supports spectral monitoring for DWDM networks. The system's Optical Channel Analysis (OCA) module provides comprehensive spectral information to the network operator, including automated tracking of key spectral parameters such as OSNR, gain tilt and ASE noise levels along with power level and central wavelength tracking for each optical channel. As with all QuestFiber testing capabilities, each key parameter may be tracked for long-term performance assessment. Through use of the expert analysis mode, real-time and historical data may be analyzed while overlaid with standard ITU-T grid specifications for quick visual analysis. In surveillance mode, the system provides alarm notification whenever any of the spectral characteristics fall outside of specified performance parameters. NetTest

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