Brief: In this video, we explore the advanced 100GHz DWDM AAWG 40/48CH Module for optical networking. Follow the narrative to see how small design choices affect everyday performance in metro access applications. You'll get a detailed walkthrough of its passive, athermal operation and how it multiplexes and demultiplexes multiple DWDM wavelengths for telecommunications and networking systems.
Related Product Features:
Based on proven AWG technology offering wide channel bandwidth and flexible channel configuration.
Features low insertion loss, high isolation, and low polarization dependent loss for superior signal integrity.
Compact, passive design requiring no electrical power, software, or temperature control.
Supports both C- and L-band devices with flat top spectral response for versatile applications.
Provides excellent channel-to-channel uniformity and wide operating temperature range from -20 to 70°C.
Ideal for DWDM systems, PON networks, CATV links, and fiber optical amplifiers.
Offers customizable frequency grids, fiber types, and connector options to meet specific needs.
Designed with long-term reliability and high power handling capability up to 300mW.
FAQs:
What is the channel spacing and number of channels available for this DWDM AAWG module?
This module features a 100GHz channel spacing and is available in either 40-channel or 48-channel configurations, making it suitable for dense wavelength division multiplexing in various network setups.
Does this module require electrical power or temperature control to operate?
No, the AAWG module is completely passive. It utilizes a unique athermal packaging design that requires no electrical power, software, or temperature control, ensuring reliable operation without active components.
What are the typical applications for this DWDM AAWG module?
It is designed for metro access applications including DWDM systems, PON networks, CATV links, fiber optical amplifiers, and wavelength routing, providing efficient multiplexing and demultiplexing in telecommunications and networking.
What are the key performance specifications for insertion loss and isolation?
The module offers low insertion loss, with a maximum of 3.5 dB for 40CH and 4.0 dB for 48CH versions, along with high isolation of at least 25 dB for adjacent channels and 30 dB for non-adjacent channels.