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PM 1x2 DWDM

SunmaFiber’s 1×2 Polarization Maintaining (PM) DWDM, based on advanced thin-film filter (TFF) technology, delivers 100GHz/200GHz channel spacing, a wide passband, low insertion loss, high isolation, and exceptional stability for demanding optical applications. Designed for single-channel add/drop in DWDM systems and sensor networks, it ensures precise wavelength management, ensures compliance with ITU standards, and maintains polarization integrity using high-quality PM fiber.
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    1x2 Polarization Maintaining DWDM Single Channel 100Ghz Channel Spacing
    SKU: 22310
    1×2 Polarization Maintaining DWDM Single Channel 100Ghz Channel Spacing $483.73

    The 1×2 Polarization Maintaining DWDM (PM DWDM) Single Channel with 100GHz Channel Spacing is a high-performance passive optical device designed for optical communication systems. Utilizing polarization-maintaining (PM) fiber, this device enables precise wavelength multiplexing and demultiplexing on a single channel with 100GHz spacing while maintaining the input light's polarization state. Its low insertion loss, high isolation, and low polarization-dependent loss (PDL) make it an ideal choice for high-precision optical communication, coherent optical transmission, fiber sensing, and quantum communication applications. It is widely used in ITU-standard DWDM systems, ensuring excellent signal quality and system reliability.

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    1x2 Polarization Maintaining DWDM Single Channel 200Ghz Channel Spacing
    SKU: 80595
    1×2 Polarization Maintaining DWDM Single Channel 200Ghz Channel Spacing $483.73

    The 1×2 Polarization Maintaining Dense Wavelength Division Multiplexing (PM DWDM) Single Channel with 200GHz Channel Spacing is a high-performance passive optical device designed for optical communication systems. Utilizing polarization-maintaining (PM) fiber, this device enables precise wavelength multiplexing and demultiplexing on a single channel with 200GHz spacing while maintaining the input light's polarization state. Its low insertion loss, high isolation, and low polarization-dependent loss (PDL) make it an ideal choice for high-precision optical communication, coherent optical transmission, fiber sensing, and quantum communication applications. It is widely used in ITU-standard DWDM systems, ensuring excellent signal quality and system reliability.

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