Shenzhen Puhuixin Tecnhnology Co., Ltd.


AWG arrayed waveguide grating device is a dispersive passive device and planar waveguide device. It is based on the planar light–wave circuit (PLC) technology and the basic optical principle of linear interference between different wavelengths of light. At the transmission end, AWG arrayed waveguide grating can compound many wavelengths of light into a single optical fiber, At the same time, at the receiving end, these lights can also be separated again.

AWG grating formed by a group of arrayed waveguides with equal length difference, which has the ability of wave division. This means that if each channel uses light with fine microwave length difference, the light of many channels can be carried by a single optical fiber, and only negligible signal crosstalk, so as to improve the propagation efficiency of optical fiber network.

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Features of AWG

Features of AWG

Flexible Design, Low Insertion Loss, Good Filtering Performance, Long-term Stability
AWG is a Planar Waveguide Device
It is Especially Suitable for Ultra-high Speed and Large Capacity Dwdm System
Awg is the Preferred Technology in Dense Wave Division System

Advantages of AWG

AWG has the advantages of small wavelength spacing, many channels and easy integration.
AWG has the advantages of high integration, many channels, low insertion loss, easy batch automatic production, and so on.
AWG can also be easily combined with active devices such as optical amplifiers and semiconductor lasers to realize monolithic integration.

Fiber Optic Solutions We Serve

PHX FIBER products are widely applied in fiber optical communication systems, fiber optic sensors, CATV, fiber lasers and other fiber optical instruments, etc.
Optical sensing is the key technology of self-driving because a self-driving car relies on a sensor system to perceive and navigate its surrounding environment accurately to ensure safety.
Optical technology in Autonomous Vehicles
Application of fiber optic passive components enable the engineering implementation of full fiber network to realize, and improve the performance of optical communication system.
Optical Fiber Used in Optical Communication System
Passive Optical LAN is of higher Efficiency, Security and energy conservation, but lower cost.
Optical Fiber Used In Local Area Networks
Connection, distribution, isolation and filtration of optical fiber passive components play important parts in CATV system.
Optical Fiber Used In CATV Systems
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