Fiber Optic Diagnostic Solution PL-1000D
Space-saving 1U size, low power consumption! Monitoring and diagnostic solution for fiber optic networks.
We monitor fiber optic networks and provide real-time network diagnostics and improvements to service level agreements (SLAs) for telecommunications operators, dark fiber providers, power companies, and enterprises. It integrates an Optical Time Domain Reflectometer (OTDR) and an Optical Spectrum Analyzer (OSA) into a 1U box, minimizing rack space and improving CAPEX and OPEX. The PL-1000D reduces costs and time by eliminating the need to dispatch technicians to the field and requiring no dedicated testing equipment.
basic information
■OTDR (Operates as an optical time domain reflectometer), operates as an optical spectrum analyzer (OSA), or both ■Simultaneous monitoring of up to 16 fibers (8 fibers each for OTDR and OSA) ■Controlled via PacketLight Web application or PacketLight Lightwatch NMS ■Main metro OTDR features: Integrated 1:8 optical switch, OTDR, and OADM Fiber loss - 24dB Integration with third-party GIS tools ■Main regional OTDR features: Integrated 1:8 optical switch, OTDR, and OADM Fiber loss - 32dB Integration with third-party GIS tools ■Main OSA features: Built-in 1:8 optical switch, OSA, and splitter Supports C-band 50GHz/100GHz ITG full grid Measures power, frequency, and OSNR of optical channels in fiber ■1U footprint, 19 inches ■Equipped with dual redundant power supply units (AC/DC) ■Hot-swappable fan unit
Price information
Recommended Uses: ■ Monitoring of dark fiber services/infrastructure ■ Monitoring of DWDM fiber ■ Measurement of DWDM networks using OTDR (in operation) ■ Measurement of DWDM networks using OSA (in operation) ■ Detection of fiber eavesdropping
Delivery Time
Model number/Brand name
PacketLight-PL-1000D
Applications/Examples of results
Recommended uses: ■ Monitoring of dark fiber services/infrastructure ■ Monitoring of DWDM fiber ■ Measurement of DWDM networks using OTDR (in operation) ■ Measurement of DWDM networks using OSA (in operation) ■ Detection of fiber eavesdropping
