Ciena 130-0020-904 Muliwave DL Selector LGF3G50AAA

Overview
The Ciena Muliwave DL Selector LGF3G50AAA (part number 130-0020-904) is a high performance optical line card designed for dense wavelength division multiplexing (DWDM) networks. This selector provides flexible, low latency routing of multiple wavelength channels, enabling service providers to maximize fiber utilization while maintaining granular control over each lambda. Its compact form factor and robust design make it ideal for both metro and long haul deployments where reliability and scalability are critical.

Key Features

• Supports up to 96 wavelengths per card with 10 Gbps per lambda
• Fast electronic switching with sub microsecond latency
• Integrated monitoring and diagnostics for real time performance tracking
• Hot swap capability for zero downtime maintenance
• Low power consumption compared with competing solutions
• Compatible with Ciena Muliwave chassis and software suite

Technical Specifications

• Model: LGF3G50AAA
• Part number: 130-0020-904
• Optical interface: DWDM 1550 nm window
• Channel spacing: 50 GHz
• Data rate per channel: 10 Gbps
• Maximum aggregate throughput: 960 Gbps
• Operating temperature: 0 to 40 degrees C
• Power supply: 240 V AC, 350 W max
• Dimensions: 440 mm (H) x 440 mm (W) x 44 mm (D)
• Weight: 12 kg

Applications
The Muliwave DL Selector LGF3G50AAA is suited for a wide range of network scenarios, including:

• Metro aggregation where multiple client signals need to be efficiently combined onto a single fiber
• Long haul backbone links that require high capacity and precise wavelength management
• Data center interconnects that demand low latency and high reliability
• Carrier Ethernet services that benefit from flexible bandwidth allocation
• Network upgrade paths where existing infrastructure can be leveraged while adding new wavelength channels

By integrating the Ciena Muliwave DL Selector into your network, you gain a scalable, future-proof solution that simplifies wavelength management, reduces operational costs, and enhances overall service quality.