Name: DWDM Module Dcm100 Type0 Ndsf
Brand: Ciena
Availability: InStock

Ciena 600-3012-100 DWDM Module Dcm100 Type0 Ndsf

The Ciena DWDM Module Dcm100 Type0 Ndsf (part number 600-3012-100) is a high performance dense wavelength division multiplexing (DWDM) transceiver designed for carrier grade optical networks. It delivers reliable, low latency transport of data over l... Read More

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In Stock: 1
Manufacturer: Ciena
Model or Part: 600-3012-100
Condition: New
Weight: 1.00lb

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Description

Overview
The Ciena DWDM Module Dcm100 Type0 Ndsf (part number 600-3012-100) is a high performance dense wavelength division multiplexing (DWDM) transceiver designed for carrier grade optical networks. It delivers reliable, low latency transport of data over long distances while supporting flexible grid operation. This module is ideal for service providers and enterprises seeking to expand capacity without adding new fiber.

Key Features

Compact 1U form factor for easy rack integration
Supports 100 Gbps line rate with advanced forward error correction
Built-in digital coherent detection for superior reach and performance
Operates in the C band with a wide wavelength range
Low power consumption and heat generation
Plug and play installation with standard management interfaces

Technical Specifications

Model: Dcm100 Type0 Ndsf
Manufacturer: Ciena
Part number: 600-3012-100
Data rate: 100 Gbps
Wavelength range: 1528 nm to 1565 nm
Channel spacing: 50 GHz (flexible grid supported)
Optical reach: up to 2000 km (depending on fiber type and amplification)
Operating temperature: 0 deg to 40 deg C
Power supply: 12 V DC, max 30 W
Interface: LC duplex connector

Applications
The Dcm100 Type0 Ndsf module is suited for a variety of high-capacity scenarios, including:

Metro and long haul backbone transport
Data center interconnect (DCI) solutions
Enterprise WAN extensions
Cloud service provider networks
High-speed research and education networks

By leveraging Ciena's proven DWDM technology, this module enables network operators to scale bandwidth, improve spectral efficiency, and future-proof their infrastructure with minimal operational overhead.