Ciena 130-0723-910 881109 Iss2 DWDM Transmitter Multiwav

Overview
The Ciena 130-0723-910, also known as the 881109 ISS2 DWDM Transmitter Multiwav, is a high performance optical transmitter designed for dense wavelength division multiplexing (DWDM) networks. Engineered for reliability and flexibility, this module delivers precise wavelength control and robust signal integrity across a wide range of fiber optic infrastructures. It is an ideal solution for carriers, data center interconnects, and enterprise backbone deployments that demand high capacity and low latency.

Key Features

• Multiwave operation supports a broad spectrum of ITU grid channels
• Low power consumption with efficient thermal design
• Integrated monitoring of optical power, temperature and bias current
• Plug-and-play form factor compatible with standard Ciena chassis
• Fast wavelength tuning for dynamic network reconfiguration
• Built-in protection against laser mode hopping and signal degradation

Technical Specifications

• Model/Part Number: 130-0723-910
• Manufacturer: Ciena
• Wavelength range: 1528 nm to 1565 nm (ITU grid)
• Channel spacing: 50 GHz or 100 GHz selectable
• Output power: -3 dBm to +3 dBm adjustable
• Operating temperature: 0 deg to 70 deg Celsius
• Power supply: 12 V DC, 2.5 A max
• Dimensions: 2U rack mount, standard Ciena module envelope
• Interface: Digital diagnostics interface (DDI) for real-time monitoring

Applications
The ISS2 DWDM Transmitter Multiwav is suited for a variety of high-speed optical transport scenarios, including:

• Metro and long-haul carrier networks requiring dense channel packing
• Data center interconnect (DCI) solutions that need scalable bandwidth
• Enterprise backbone upgrades to support 100 GbE and beyond
• Cloud service provider fabrics where rapid wavelength provisioning is critical
• Research and education networks that demand flexible wavelength allocation

By integrating the Ciena 130-0723-910 into your optical infrastructure, you gain a reliable, high-performance transmitter that simplifies network management while delivering the capacity needed for today and tomorrow's data demands.