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1x2 CWDM & 1x2 DWDM
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SKU: 218851×2 CWDM Single Channel 20nm Channel Spacing $75.49
The 1×2 CWDM Single Channel with 20nm Channel Spacing is a high-performance optical component designed for signal multiplexing and demultiplexing in fiber optic networks. With a precise 20nm channel spacing, it enables efficient wavelength management while maintaining low insertion loss and high isolation to ensure minimal signal degradation. Its compact 1×2 configuration allows for reliable splitting or combining of optical signals, making it ideal for metro and access networks, passive optical networks (PON), and point-to-point optical links. Built for high stability and reliability, this CWDM module enhances network performance and is available with various fiber types and connector options to suit diverse applications.
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SKU: 219081×2 DWDM Single Channel 100Ghz Channel Spacing $75.49
SunmaFiber's 1×2 DWDM Single Channel 100Ghz Channel Spacing utilizes advanced thin-film coating technology and a proprietary non-flux metal bonding micro-optics packaging design to enable precise optical add/drop functionality at ITU-defined wavelengths. Designed for high-performance DWDM networks, it offers low insertion loss, high channel isolation, a wide passband, minimal temperature sensitivity, and an epoxy-free optical path, ensuring long-term stability and reliability. This multiplexer is ideal for wavelength add/drop applications in telecommunication networks, enhancing network flexibility and efficiency while maintaining exceptional optical performance.
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SKU: 220501×2 DWDM Single Channel 200Ghz Channel Spacing $75.49
SunmaFiber's 1×2 DWDM Single Channel 200Ghz Channel Spacing utilizes advanced thin-film coating technology and a proprietary non-flux metal bonding micro-optics packaging design to enable precise optical add/drop functionality at ITU-defined wavelengths. Designed for high-performance DWDM networks, it offers low insertion loss, high channel isolation, a wide passband, minimal temperature sensitivity, and an epoxy-free optical path, ensuring long-term stability and reliability. This multiplexer is ideal for wavelength add/drop applications in telecommunication networks, enhancing network flexibility and efficiency while maintaining exceptional optical performance.
