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Phone: 0512-65696066
Email: sisily.liu@agix.net.cn
Address: No. 53, Liufeng Road, Hedong Industrial Park, Wuzhong Economic Development Zone, Suzhou

FAU, Internal Passive Optical Connector

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Standard Fiber Array

Agix's Fiber Array Units (FAUs) are designed for superior stability and low insertion loss, enabling reliable performance in chip-based integration applications. For high-density integration, we offer a variety of product lines, including 12, 16, 36, and 72 fiber channels and higher.

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FAU-PM (Polarization State Preservation)

Agix offers specialized, customizable FAU-PM products to meet specific integration needs in PM, SM, and hybrid (PM+SM) configurations. For polarization-maintaining fast and slow axis alignment, PM alignment offers different grades of angular tolerance, all ≤ 3°, ensuring ≥ 20 dB ER.

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FAU Mode-Field Conversion Scheme

Agix's Fiber Array Units (FAUs) are designed for superior stability and low insertion loss. They achieve low-loss coupling of optical signals between optical fibers and devices such as silicon photonic chips through special fusion discharge processing to adjust the mode field diameter (e.g., converting 9μm to 3-6μm). For high-density integration, we offer SM fibers with different mode fields and FAUs with spacing as low as 80/127/250 μm.

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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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2D-FA

Agix's ultra-high density 2D FAU design is widely used in OCS all-optical switching systems and ROADM WSS modules. Years of mature, high-precision V-Groove processing and channel spacing accuracy control capabilities, along with its self-developed high-quality coating capabilities, provide customers with one-stop solutions for OCS, WSS, and other applications.

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CPO Laser External Optical Connection

External laser design for CPO systems reduces overall system heat density. Plug-and-play design for rapid deployment of CPO systems. Integrated high-density design maximizes the use of the switch's front panel. Supports hot-swapping of modules, reducing system downtime. Comprehensive laser radiation protection in the installation environment. Provides superior multi-core polarization-maintaining fiber links, primarily for use in ELSFP-CPO engines.

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