TAKFLY GROUP

MINI Lens Array attaching FAU

The MINI Lens-Attached Fiber Array is an ultra-compact, high-performance optical coupling component designed for the most space-constrained photonic applications. By directly integrating a micro-lens array (MLA) onto the end-face of a miniature fiber array unit (FAU), it expands the optical beam to match the mode-field of photonic integrated circuits (PICs). Housed in a robust, precision-molded white plastic shell, it provides a highly reliable, low-loss interface for silicon photonics, co-packaged optics (CPO), and next-generation high-speed optical transceivers.

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Product Features:
Miniaturized Lens-Array Integration
Integrates a mini lens array directly with the FAU, reducing assembly space and supporting compact high-density optical module layouts.

Low Insertion Loss / High Return Loss
Precision optical design and high-precision alignment deliver insertion loss ≤0.50 dB and return loss up to ≥60 dB, ensuring stable and efficient optical transmission.

Flexible Customization
Supports customization of lens pitch, fiber count, FAU type, fiber type, coating, and package dimensions to meet different module and photonic chip coupling requirements.

High-Precision Passive Alignment
Designed for accurate passive alignment with silicon photonic chips, LD/PD arrays, and fiber arrays, enabling high coupling efficiency and consistent batch performance.

Applications:
400G / 800G / 1.6T optical modules: QSFP-DD, OSFP, and other high-speed form factors

Silicon photonics coupling: edge coupling and grating coupling interfaces

Laser / detector array coupling: LD-to-fiber and fiber-to-PD array coupling

CPO (Co-Packaged Optics): high-density optical interconnects for next-generation data centers

Parallel optical modules and active optical cables (AOC)

High-channel-count optical interconnects and photonic integration systems

For detailed technical specifications or customized solutions, please contact our technical team.

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