Check the listing for details. Viavi JDSU E81WDM-C Tunable DWDM OTDR Module C-Band. Condition: Used. Listed at 13173.41 USD. Ex DEMO module, compatible with the MTS/T-BERD 6000/8000 and the OTU 8000 (v2) mainframes (sold separately). Included in the sale: E81WDM-C Tunable DWDM OTDR Module 44 dB C-Band*at full price a MTS 6000 V2 platform will be provided. From the manufacturer:Rack-mounted fiber test head for backbone, metro, and access networks for construction, service activation and monitoring The Adaptive Fiber Test Head lies at the core of the VIAVI optical network monitoring system (ONMSi). Combining optical time-domain reflectometry (OTDR) and optical-switch technology, a single OTU-8000 unit can test thousands of fiber links. When a fiber fault occurs, the ONMSi reports the GPS location of the fault within minutes. This adaptive racked Fiber Test Head is great for Access PON or DAA networks as well as metro rings, data center interconnects, and long haul networks utilizing xWDM wavelength plans. Key Features y Large range of OTDRs, including tuneable DWDM y High sensitivity detection algorithm to locate low attenuation fiber tapping devices y High accuracy trace for the whole fiber including the near end y Dual IP communication channels y Switch scalability up to 4464 ports with external switches y Web-browser access y Advanced, rapid fault location y E-mail and SMS notifications y Small size (2 RU) wtih dual power feeds, low power consumption y Solid-state disk y LAN-based firmware downloads y Expandable by adding an additional test module Applications y Fiber monitoring for service providers, utilities, and dark-fiber providers y FTTx construction, provisioning, and maintenance tests y Fiber-tapping detection for critical applications The modularity of the OTU-8000 meets all of the requirements for monitoring light or dark fiber-optic networks. Integrated with the latest technology, it can monitor both long-haul and FTTx networks. With the OTU-8000 installed at the central office, providers can test hundreds of live passive optical networks (PONs), regardless of the split ratio. It can accelerate PON installations when setting up new customers and troubleshooting by enabling technicians to sectionalize the network to determine the cause of a fault. Organizations concerned with network security issues can use the OTU-8000 to detect and locate fiber tapping after only a few tenths of a decibel are inserted. Key Benefits y Reduce MTTR by locating fiber optic faults in minutes instead of hours y Reduce operational costs by eliminating erroneous dispatches y Anticipate service disruptions by detecting fiber degradation before it affects service y Protect your fiber investment by monitoring the long-term performance of installed fibers y Reduce construction costs by accelerating test processes and empowering test staff y Protect network integrity by quickly detecting and locating fiber intrusion