Cisco 15216-FLD-OSC Asy,optic,osc Combiner- Splitter Module

Overview
The Cisco 15216-FLD-OSC Asy optic osc Combiner-Splitter Module is a high performance, modular solution designed for dense wavelength division multiplexing (DWDM) and coarse wavelength division multiplexing (CWDM) networks. This compact, hot-pluggable module provides flexible optical signal combining and splitting in a single chassis, enabling service providers and enterprises to efficiently manage bandwidth and reduce equipment footprint.

Key Features

• Integrated combiner and splitter functionality in one module
• Supports both CWDM and DWDM wavelengths
• Hot-swappable design for zero downtime maintenance
• Low insertion loss and high isolation for optimal signal quality
• Compatible with Cisco Optical Line Terminals and Ethernet Access Platforms
• Robust metal housing meets industry environmental standards

Technical Specifications

• Model/Part Number: 15216-FLD-OSC
• Port configuration: 1x 1xN combiner, 1x N-way splitter
• Wavelength range: 1260 nm to 1625 nm (CWDM/DWDM)
• Insertion loss: less than 3.5 dB (typical)
• Isolation: greater than 30 dB
• Operating temperature: -40 degrees C to 85 degrees C
• Power consumption: less than 5 W
• Dimensions: 1U rack mount, 19 inch width
• Connector type: Standard LC duplex

Applications
The 15216-FLD-OSC module is ideal for a variety of optical networking scenarios, including:

• Metro aggregation points where multiple fiber feeds need to be combined for efficient transport
• Enterprise campus backbones requiring flexible split ratios for distribution to multiple buildings
• Service provider edge nodes that need to consolidate wavelengths onto a single fiber pair
• FTTx deployments where splitters are used to serve numerous subscriber lines
• Data center interconnects that demand low loss and high isolation for high speed links

By integrating the Cisco Asy optic osc Combiner-Splitter Module into your network, you gain scalability, reliability and simplified management, helping you meet growing bandwidth demands while minimizing operational costs.