A modular device manufactured in accordance with the LGX standard specifications and capable of being installed in a standard 19-inch cabinet. This device integrates the optical components (such as multiplexers/demultiplexers MUX/DEMUX) required for CWDM/DWDM technology, enabling wavelength division multiplexing functionality in fiber optic networks.

Data Center Interconnection (DCI)

5G mobile front-haul / mid-haul transmission

Expansion of the optical fiber network

Enterprise network multi-service convergence transmission

Save space

Flexible deployment

Easy to manage

Standardization and Compatibility

    The DWDM ABS Mux & Demux Module is a high-flexibility and cost-effective optical wavelength division multiplexing solution based on DWDM technology. It adopts the innovative Adapter Bridging Solution (ABS) design, completely changing the operation and maintenance mode of traditional fixed-port modules. It enables users to flexibly configure and manage the wavelength of each port by simply replacing the front-end jumper, significantly enhancing the agility and scalability of network deployment.

Enterprise Network / Campus Network

5G Mobile Front Haul

A network with scarce optical fiber resources

Interconnection of medium and small-sized data centers

Specific wavelength patch cords can be flexibly inserted as needed

Flexible combination to reduce the variety of spare parts

Facilitates future expansion

Low-cost maintenance

Space is orderly and tidy

The CWDM/DWDM 1U Patchpanel Type is a 1U rack-mounted passive distribution equipment specifically designed for CWDM and DWDM optical networks. It achieves centralized management, flexible scheduling, and physical protection of different wavelength channels by providing high-density standardized fiber adapter ports. It is an essential component for building and maintaining efficient and reliable wavelength division multiplexing systems.

DWDM/CWDM transmission equipment

The connection point between the optical line terminal (OLT) and the optical network unit (ONU)

The connection and distribution points between different optical network domains (such as metropolitan core networks and access networks)

A large number of fiber ports can be accommodated within 1U of space.

Good Compatibility

Low end-to-end insertion loss

Modular design

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