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| Form Factor | Part No. | Wavelength | Pigtail | Length | Dimension | Connector | Note |
| MWDM | CLMWDM-1* | 1547~1561nm(RED); 1530~1543 (BLUE) ; | Pigtail Optional | Length Optional | Dimension Optional | Connector Optional | N/A |
| MWDM | CLMWDM-2* | 1547~1561nm(BLUE); 1530~1543(RED) | Pigtail Optional | Length Optional | Dimension Optional | Connector Optional | N/A |
RED BLUE MWDM is a medium wavelength division multiplexing solution that divides the optical spectrum into red and blue wavelength bands for efficient wavelength management over a shared fiber. Using thin-film filtering technology, it separates the 1547–1561nm RED band and 1530–1543nm BLUE band with low insertion loss and high isolation. The solution is suitable for metro and backbone networks that require single-fiber bidirectional transmission and efficient fiber resource utilization.
The MWDM architecture divides the optical spectrum into RED and BLUE wavelength bands, enabling efficient wavelength separation for bidirectional optical transmission.
Different wavelength bands can be assigned to opposite transmission directions, allowing bidirectional communication over a shared optical fiber.
Thin-film filter technology provides selective wavelength separation while supporting low insertion loss and high isolation between the RED and BLUE bands.
Pigtail, fiber length, package dimensions, and connector configurations can be customized according to specific network integration requirements.
CLMWDM-1* uses 1547–1561nm as the RED band and 1530–1543nm as the BLUE band, with optional pigtail, length, dimension, and connector configurations.
CLMWDM-2* reverses the band assignment, using 1547–1561nm as the BLUE band and 1530–1543nm as the RED band for flexible wavelength planning.
The RED band covers the longer wavelength range of approximately 1547–1561nm and can be assigned to one direction or wavelength group according to the network design.
The BLUE band covers the shorter wavelength range of approximately 1530–1543nm and can be paired with the RED band for bidirectional fiber transmission.
The optical spectrum is separated into RED and BLUE wavelength bands, creating two distinct wavelength groups within the MWDM system.
Thin-film filters selectively pass or reject designated wavelengths so that the RED and BLUE bands can be routed according to the optical network architecture.
One wavelength band can be assigned to one transmission direction and the other band to the reverse direction, allowing both directions to share a single fiber.
Using different wavelength bands for bidirectional transmission can reduce the need for separate fiber pairs and improve utilization of existing fiber infrastructure.
RED BLUE MWDM can be deployed in metro networks where efficient fiber utilization and wavelength-based bidirectional transmission are required.
The wavelength-band architecture provides an option for backbone links that need to optimize existing fiber resources while maintaining separate optical transmission directions.
RED and BLUE bands can be assigned to opposite directions, providing a practical wavelength solution for bidirectional transmission over a single fiber.
The separated wavelength bands provide greater flexibility for optical network planning, channel assignment, and fiber resource management.
RED BLUE MWDM divides wavelengths into two defined spectral bands, making it particularly suitable for applications requiring separation of transmission directions.
The RED/BLUE wavelength assignment can support bidirectional transmission over one fiber instead of requiring separate fibers for each direction.
By assigning different wavelength bands to different transmission paths, MWDM can improve the utilization of existing fiber resources.
Optional pigtails, connectors, fiber lengths, and dimensions allow the MWDM component to be adapted to different optical network equipment and deployment environments.
RED BLUE MWDM is a medium wavelength division multiplexing solution that separates optical signals into RED and BLUE wavelength bands for wavelength management and bidirectional fiber transmission.
The product supports a RED band of approximately 1547–1561nm and a BLUE band of approximately 1530–1543nm, with the band assignment depending on the selected model.
Yes. The RED and BLUE wavelength bands can be assigned to opposite transmission directions, allowing bidirectional communication over a shared single fiber.
The two configurations use the same RED and BLUE wavelength ranges but reverse the band assignment between RED and BLUE.
Yes. Pigtail, fiber length, dimensions, and connector options are available according to the required optical network configuration.
RED BLUE MWDM provides wavelength-band separation for efficient bidirectional transmission over shared fiber infrastructure. With 1547–1561nm RED and 1530–1543nm BLUE bands, thin-film filtering, and flexible configuration options, it is suitable for metro, backbone, and other WDM networks requiring efficient fiber resource management.
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Please Note: Installing a third party transceiver does not void your network equipment warranty. Network equipment manufacturers all have guidelines stating that warranty support on their products will not be affected.
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