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C-Band LWDM Module (Long Wavelength Division Multiplexing) is an optical device used for long wavelength multiplexing and demultiplexing in optical communication systems. It allows the simultaneous transmission of multiple long-wavelength optical signals to achieve high-density optical signal transmission and spectrum utilization.
LWDM Module usually consists of multiple long wavelength division multiplexers (LWDM Mux) and long wavelength demultiplexer (LWDM Demux). LWDM Mux is used to combine multiple long-wavelength incident signals into a composite signal, while LWDM Demux is used to demultiplex the composite signal into multiple separate long-wavelength signals.
C-Band refers to the wavelength range located in the C-band in optical communications, approximately between 1530 nanometers and 1565 nanometers. C-Band LWDM Module is used to process optical signals in the C-band and realize multi-channel long-wavelength optical signal transmission.
C-Band LWDM Module (Long Wavelength Division Multiplexing) is an optical device used for long wavelength multiplexing and demultiplexing in optical communication systems. It allows the simultaneous transmission of multiple long-wavelength optical signals to achieve high-density optical signal transmission and spectrum utilization.
LWDM Module usually consists of multiple long wavelength division multiplexers (LWDM Mux) and long wavelength demultiplexer (LWDM Demux). LWDM Mux is used to combine multiple long-wavelength incident signals into a composite signal, while LWDM Demux is used to demultiplex the composite signal into multiple separate long-wavelength signals.
C-Band refers to the wavelength range located in the C-band in optical communications, approximately between 1530 nanometers and 1565 nanometers. C-Band LWDM Module is used to process optical signals in the C-band and realize multi-channel long-wavelength optical signal transmission.
High-density transmission: This module can transmit multiple long-wavelength optical signals simultaneously within the C-band range. It can achieve high-density signal multiplexing and demultiplexing, improving the transmission capacity and bandwidth utilization of optical fiber networks.
Low insertion loss: C-Band LWDM Module design is optimized and has low insertion loss. This ensures that the transmission quality and performance of optical signals are maintained to the greatest extent during the signal multiplexing and demultiplexing process.
High signal isolation: This module can effectively isolate optical signals of different wavelengths to prevent interference between signals. It provides high signal isolation, ensuring that the optical signal of each channel can be transmitted and analyzed independently.
Low crosstalk: This module has low crosstalk levels. This means that during multi-channel transmission, the interference between different channels is smaller and high signal quality and transmission reliability can be maintained.
Strong compatibility: C-Band LWDM Module is compatible with commonly used optical fibers and optical devices. It can be seamlessly integrated with existing optical communication equipment and systems, making it easy to expand and upgrade existing networks.
High reliability: This module uses high-quality optical components and reliable manufacturing processes, and has high reliability and stability. It maintains good performance over long periods of operation and under harsh environmental conditions.
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