64 Channel AWG Module，64 Channel AWG Module Arrayed Waveguide Grating 64CH Optical Multiplexer Demultiplexer for High Density Fiber Communication Network Monitoring

The 64-Channel AWG Module is a high-channel-count passive wavelength-division multiplexing component designed for dense multi-wavelength optical transmission systems. Based on Arrayed Waveguide Grating (AWG) technology, it can multiplex multiple wavelength channels onto a common optical fiber or demultiplex a composite optical signal into up to 64 individual wavelength channels.

• 64-channel AWG configuration

• Arrayed Waveguide Grating technology

• High-density wavelength multiplexing

• High-density wavelength demultiplexing

• Multi-channel wavelength routing

• Passive optical operation

• No external power supply required

• Compact high-channel-count architecture

• Low insertion loss design

• High channel isolation design

• Good channel-to-channel uniformity

• Multiple channel-spacing options available

• Multiple wavelength plans available

• Customizable spectral profile

• Customizable fiber interfaces

• Customizable package configurations

• DWDM transmission systems

• High-capacity optical transport networks

• Metropolitan optical networks

• Data center interconnect

• Optical Mux/Demux systems

• Optical network monitoring

• Wavelength channelization

• Optical test and measurement systems

• Spectral monitoring systems

• Fiber optic sensing systems

• Photonic subsystem integration

• Customized multi-wavelength optical assemblies

A 64-channel AWG module combines multiple wavelength channels onto a common fiber or separates a multiplexed optical signal into up to 64 individual wavelength channels. It is mainly used for high-density wavelength multiplexing, demultiplexing, and wavelength routing in optical communication systems.

Yes. The wavelength plan, channel spacing, spectral profile, fiber interface, and package configuration can be selected according to the optical system requirements. Final insertion loss, passband, channel isolation, ripple, and other optical parameters should be confirmed according to the specific AWG design.