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北极光电提供可用于电信和数据通信系统的无源光学元件、模块和子系统。我们设计和制造产品,并根据客户的产品规格提供定制化解决方案。

  • 100G DWDM器件

    北极光电的密集波分复用器(DWDM)基于TFF(薄膜滤波器)平台,具有低插损、高隔离度、超热稳定性和优异的可靠性。器件符合Telcordia GR-1221/1209-CORE标准,因此可用于电信网络系统中的波长管理。北极光电可以提供定制的设计,以满足特殊的功能应用。

  • DWDM 合波/分波器

    北极光电的双工DWDM MUX&DEMUX模块设计用于基于TFF技术在两条光纤上组合/分离多个DWDM信号。我们可以提供完整的配置,如2,4,8,16,多达88个通道。 北极光电还可以提供定制设计,以适应现有1310nm和1550nm设备的CWDM升级端口、DWDM升级端口、监视器端口、双向com端口TX/RX、1310nm和1550nm宽带端口的选择。 ​

  • LAN WDM Filter Block

    Auxora 的 LAN WDM Filter Block是一个广泛的垂直集成产品组合,用于使用微光学的光网络,这些产品是内部设计和制造的,我们的核心工艺包括晶体切割、精密抛光、光学镀膜和大批量自动组装制造。 这些滤波器块可用于在发射器端组合 4/8 个光通道,因为它们被发射到单模光纤中,然后在接收器端反向运行,LAN-WDM 的通道间隔为 800GHz,每个通道以 25Gb/s 或 10Gb/s。

  • 自由空间隔离器

    Auxora的自由空间隔离器用于减少反向反射和散射,是一种低成本,性能优异的产品,低IL,高隔离度,可选择1310nm或1550nm波长范围。

  • Latching Isolator

    Auxora's free space isolator is used to minimize back reflection & scattering in the reverse direction, it is a low cost product with excellent performance including low IL, high isolation.

  • AAA 111 High Isolation CWDM

    CWDM is a low cost WDM transmission technology for the metropolitan area network access layer. In principle, CWDM uses optical multiplexer to transmit optical signals of different wavelengths to a single optical fiber. At the receiving end of the link, the mixed signal in the optical fiber is decomposed to different wavelengths with the aid of optical demultiplexer, and connected to the corresponding receiving devices.

  • AAA 111 aaa High Isolation CWDM

    CWDM is a low cost WDM transmission technology for the metropolitan area network access layer. In principle, CWDM uses optical multiplexer to transmit optical signals of different wavelengths to a single optical fiber. At the receiving end of the link, the mixed signal in the optical fiber is decomposed to different wavelengths with the aid of optical demultiplexer, and connected to the corresponding receiving devices.

  • AAA 111 aaa High Isolation CWDM

    CWDM is a low cost WDM transmission technology for the metropolitan area network access layer. In principle, CWDM uses optical multiplexer to transmit optical signals of different wavelengths to a single optical fiber. At the receiving end of the link, the mixed signal in the optical fiber is decomposed to different wavelengths with the aid of optical demultiplexer, and connected to the corresponding receiving devices.

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