The Gaussian AWG Module is a passive wavelength-division multiplexing component based on Arrayed Waveguide Grating (AWG) technology. It is designed to multiplex multiple optical wavelength channels onto a common fiber or demultiplex a composite optical signal into individual wavelength channels.

• Gaussian spectral response

• Arrayed Waveguide Grating technology

• Multi-channel wavelength multiplexing

• Multi-channel wavelength demultiplexing

• Passive optical operation

• No external power supply required

• Compact wavelength-routing architecture

• Low insertion loss design

• High channel isolation design

• Good channel-to-channel uniformity

• Multiple channel counts available

• Multiple channel-spacing options available

• Customizable wavelength plans

• Customizable fiber and package configurations

• DWDM transmission systems

• Wavelength division multiplexing systems

• Optical Mux/Demux equipment

• Metropolitan optical networks

• Long-haul optical transport

• Data center interconnect

• Optical wavelength routing

• Optical network monitoring

• Spectral monitoring systems

• Optical test and measurement equipment

• Photonic subsystem integration

• Customized multi-wavelength optical assemblies

A Gaussian AWG has a Gaussian-like transmission profile with the highest transmission near the center of each wavelength channel and gradually lower transmission toward the channel edges. A Flat Top AWG provides a broader and flatter passband, offering greater tolerance to wavelength variation around the channel center.

Yes. Gaussian AWG modules can be configured with different channel counts, channel spacings, wavelength plans, fiber interfaces, and package formats. Final insertion loss, isolation, ripple, passband, and other optical specifications should be confirmed according to the specific AWG design.