Ciena 130-0719-910 881100 Iss2 DWDM Transmitter Multiwav

Overview
The Ciena 881100 Iss2 DWDM Transmitter Multiwav (part number 130-0719-910) is a high performance, carrier grade optical transmitter designed for dense wavelength division multiplexing (DWDM) networks. Engineered for reliability and flexibility, this unit supports multiple wavelength channels and delivers consistent, low error optical signals across long haul and metro fiber links. It is an ideal solution for service providers and enterprises seeking to expand capacity while maintaining a compact footprint.

Key Features

• Multiwave operation supports up to 80 channels per chassis
• Integrated automatic power control for optimal signal quality
• Modular design enables easy upgrade and maintenance
• Built-in optical performance monitoring (OPM) for real time diagnostics
• Low power consumption and efficient heat dissipation
• Compatible with Ciena ISS2 platform and other standard DWDM equipment

Technical Specifications

• Wavelength range: 1528 nm to 1565 nm
• Channel spacing: 50 GHz or 100 GHz selectable
• Output power: -5 dBm to +3 dBm adjustable
• Polarization mode dispersion: less than 0.1 ps / sqrt(km)
• Temperature operating range: -5 deg C to 55 deg C
• Dimensions: 4U rack mount, 440 mm height
• Power supply: 100-240 V AC, 50/60 Hz

Applications
The 881100 Iss2 DWDM Transmitter Multiwav is suited for a wide range of high bandwidth scenarios, including:

• Long haul backbone networks connecting data centers and carrier hubs
• Metro Ethernet and metro ring deployments requiring dense channel packing
• Enterprise campus extensions where scalability and low latency are critical
• Cloud service provider interconnects demanding high reliability and performance monitoring
• Government and defense communications that need secure, robust optical transmission

By integrating the Ciena 881100 Iss2 DWDM Transmitter Multiwav into your network, you gain a future-proof solution that maximizes spectral efficiency, reduces operational costs, and ensures consistent service quality across all optical links.