A high-quality 2D fiber array is a high-precision component that arranges optical fibers in a matrix (M * N) configuration. This product typically uses glass or ceramic as the faceplate to fix the fiber positions.

Key Features:

Matrix Arrangement: Supports M * N matrix arrangements (where M, N < 30), or arbitrary pattern arrangements according to customer requirements.

High-Precision Positioning:

Glass Faceplate: Tolerance < 1μm.

Ceramic Faceplate: Tolerance < 2μm.

Diverse Fiber Options: Supports single-mode (SM), multimode (MM), and polarization-maintaining (PM) fibers.

Flexible Configuration:

Fiber Pitch: Standard 250μm or 500μm, also customizable to customer specifications.

High Reliability and Low Cost: Providing a cost-effective solution while ensuring 2D alignment accuracy.

2D fiber optic arrays are key components for realizing massively parallel optical transmission and switching, primarily used in:

Wavelength Selective Switches (WSS): Core components in ROADM systems.

Optical Cross Connects (OXC): Enable dynamic routing in all-optical networks.

2D Collimator Arrays: The basic component of collimator arrays.

MEMS Switches: Used in conjunction with MEMS micromirror arrays.

Fiber Optic Sensor Systems: Used for imaging or distributed sensing.