| Brand Name: | Gracyfiber |
The Industrial Grade CWDM Module is a passive wavelength-division multiplexing component designed for optical communication systems used in industrial and infrastructure environments. It enables multiple optical wavelength channels to share a common fiber through CWDM multiplexing and demultiplexing.
Supports multiple optical wavelength channels over a shared fiber link.
Available for combining wavelength channels or separating multiplexed optical signals.
Requires no external electrical power for wavelength multiplexing and demultiplexing.
Enables several optical channels to use existing fiber infrastructure.
Suitable for integration into industrial communication and monitoring equipment.
Channel count and wavelength combinations can be selected according to system requirements.
Fiber type, connector, pigtail length, and package structure can be specified for different installations.
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It is a CWDM wavelength multiplexing module intended for industrial communication and infrastructure applications where multiple optical channels need to be transmitted over a shared fiber.
A CWDM MUX combines several wavelength channels onto one common fiber, while a CWDM DEMUX separates the received multi-wavelength signal into individual channels.
No. Standard CWDM Mux/Demux modules are passive optical components and do not require an external power supply.
Typical applications include industrial automation, transportation, energy infrastructure, remote monitoring, surveillance systems, and other fiber-based industrial communication networks.
Yes. Channel count, center wavelengths, fiber type, connectors, pigtail length, and package configuration can be specified according to project requirements.
Important parameters include operating and storage temperature, channel count, center wavelengths, passband, insertion loss, isolation, ripple, PDL, return loss, directivity, optical power, fiber type, connector type, and package dimensions.
Not necessarily. The actual environmental capability should be confirmed from the specific operating temperature, storage temperature, and reliability requirements defined for the product.