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Metro and ULH DWDM System

Metro and ULH DWDM System
2Pages

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Optical Services Transport Platform Metro and Ultra-long-haul DWDM System Features Transmits OTN OTU1/2/3/4, Industry’s Highest Power SDH STM-1/4/16/64/256, Optical Amplification 1/10/100GE using FEC, Capability Enables EFEC Unrepeatered Span Lengths up to 400 km Secure GE Communication Connectivity to Each Supports Industry Standard Node via an Independent Laser Safety Protection Wavelength Channel with Independent and Integrated Ethernet and Redundant Fault Switching Detection Metro Network Backhaul Submarine and Underseas Networks CLEC, Electric Utility, Transportation, Pipeline and Private Networks SCADA and Telemetry Transport The Optical Services Transport Platform (OSTP) is a Dense Wavelength Division Multiplexing (DWDM) transport system designed for transmission of multiple wavelengths over a single optical fiber, such as G.652, G.654 and G.655. The system is ideally suited for Ultra Long Haul (ULH) optical networks. The OSTP system supports amplified optical outputs and the C3 ITU Grid wavelength range and includes a full range of transponders, muxponders, fiber amplifiers and Raman pump lasers. The OSTP transponders and muxponders, including the 100 Gb/s and 40 Gb/s versions are designed in-house and are enabled by proprietary System on a Chip (SoC) engineering design competency requiring Very Large Scale Integration (VLSI). The SoC design includes Forward Error Correction (FEC) based on ITU G.709 and supports coherent receiver detection. IPG also designs and manufactures the core fiber-laser-based amplification technology including the Pump Laser Diodes (PLDs), active fiber and fiber Bragg gratings that comprise some of the highest power optical amplification solutions available on the market. IPG’s industry-leading single mode PLD power density supports up to 2 Watts of composite amplification power in a compact, blademounted EDFA module for DWDM applications. Industry Leading Optical Amplification The OSTP system solves long distance optical transmission challenges including eliminating optical repeaters and regenerators from spans with over 100 dB of optical budget. IPG’s OSTP extends the capabilities of IPG’s optical amplification and transmission portfolio into a next-generation platform capable of transmitting Terabits of information over Ultra-long-haul distances in a state-of-the-art, compact design. IPG Photonics’ vertically integrated manufacturing process is unique to optical amplifier suppliers. IPG is the only company that controls the performance, cost and yield of both active fibers and semiconductor pump diodes- the core technology of our fiber laser and amplifier products. This enables IPG to produce some of the highest power optical amplifiers in the world and with very low Noise Figures. Flexible Deployment Options The primary shelf for the system is 482 mm (19”) wide by 354 mm (14”) high (8RU) designed for installation in racks and equipment cabinets. Each shelf supports up to 16 “blade” units (Transponders, EDFAs) as well as a single passive optics unit, two power supply units and

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Optical Services Transport Platform Metro and Ultra-long-haul DWDM System The 2 Rack Unit (2RU) version of the ULH system is an economical companion to the 8RU, 16 Input/Output (I/O) slot shelf. This compact shelf has 4 I/O card slots and accommodates any combination of 4 OSTP I/O blades including transponders and optical amplifiers. Laser Safety The OSTP system has a powerful Laser Safety feature based on the requirements of IEC 60825-2 which requires the detection of a hazard condition in single fault conditions as well as via redundant paths. Safe hazard levels are maintained under all...

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Metro and ULH DWDM System 2Pages

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Metro and ULH DWDM System
2Pages