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FAU 90-degree Bend

A special fiber optic array technology enables large-angle bending up to 90 degrees. It reduces fiber height by 50%, for example, reducing the height of the fiber optic array unit (FAU) used in data center transceivers to less than 4 mm, while simultaneously increasing fiber density by 35% within a given width, such as reducing the width of a 72-core FAU to less than 9 mm. This technology offers advantages such as high core-to-core spacing tolerance and the ability to accommodate a large number of channels, enabling low-profile fiber coupling to chips.

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FAU, Internal Passive Optical Connector

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▍Product Introduction 
A special fiber optic array technology enables large-angle bending up to 90 degrees. It reduces fiber height by 50%, for example, reducing the height of the fiber optic array unit (FAU) used in data center transceivers to less than 4 mm, while simultaneously increasing fiber density by 35% within a given width, such as reducing the width of a 72-core FAU to less than 9 mm. This technology offers advantages such as high core-to-core spacing tolerance and the ability to accommodate a large number of channels, enabling low-profile fiber coupling to chips.


▍Product Applications 
AI Data Center/CPO 
Quantum computing 
Silicon photonics

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    • Commodity name: FAU 90-degree Bend

    A special fiber optic array technology enables large-angle bending up to 90 degrees. It reduces fiber height by 50%, for example, reducing the height of the fiber optic array unit (FAU) used in data center transceivers to less than 4 mm, while simultaneously increasing fiber density by 35% within a given width, such as reducing the width of a 72-core FAU to less than 9 mm. This technology offers advantages such as high core-to-core spacing tolerance and the ability to accommodate a large number of channels, enabling low-profile fiber coupling to chips.

    ▍Product Introduction 
    A special fiber optic array technology enables large-angle bending up to 90 degrees. It reduces fiber height by 50%, for example, reducing the height of the fiber optic array unit (FAU) used in data center transceivers to less than 4 mm, while simultaneously increasing fiber density by 35% within a given width, such as reducing the width of a 72-core FAU to less than 9 mm. This technology offers advantages such as high core-to-core spacing tolerance and the ability to accommodate a large number of channels, enabling low-profile fiber coupling to chips.


    ▍Product Applications 
    AI Data Center/CPO 
    Quantum computing 
    Silicon photonics

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