TAKFLY GROUP

MTP 16CH-FA 16CH

The MTP 16CH to FA 16CH Fan-out Cable is a highly integrated, high-performance optical interconnect solution designed to seamlessly bridge standard MTP multi-fiber connectors with high-density Fiber Array (FA) interfaces. This fan-out cable is specifically engineered for testing and packaging next-generation photonic integrated circuits (PICs) and high-speed optical transceivers. Featuring a robust transition from standard MTP connectors (shown as dual MTP connectors in yellow housings) to a precision 16-channel Fiber Array, it ensures low insertion loss, high reliability, and excellent optical signal integrity.

For more details, pls feel free to contact us.

Share to:

Features:
High-Density 16-Channel Parallel Transmission
Integrates a 16-fiber MTP/MPO connector with a 16-channel fiber array, enabling compact and high-density parallel optical connectivity.

Low Insertion Loss & High Return Loss
Precision MTP/MPO termination and V-groove FA alignment deliver low insertion loss and stable return loss for efficient optical transmission.

Precision Fiber Array Alignment
The V-groove fiber array provides ±0.5 µm alignment accuracy, ensuring consistent coupling performance for silicon photonics and photonic chip interfaces.

Flexible Customization
Supports customization of fiber type, fiber pitch, polish angle, polarity, connector gender, cable type, and cable length.

Plug-and-Play MTP/MPO Interface
The MTP/MPO connector enables quick mating and high-density cabling in data center and optical module applications.

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

Silicon photonics coupling and CPO (Co-Packaged Optics)

Parallel optical interconnects and active optical cables (AOC)

High-density data center cabling

Optical test and measurement

Photonic integration and high-channel-count optical systems

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

Recommended Products

You cannot copy content of this page

Scroll to Top