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The GracyFiber 2D Polarization-Maintaining Fiber Array (2D PM FA) is a multi-channel optical interface designed for high-density fiber alignment in polarization-sensitive photonic systems.
Two-Dimensional PM Fiber Matrix
Polarization-Axis Alignment
Precision X/Y Fiber Positioning
High-Density Optical Interface
Configurable Fiber Pitch
PM Fiber Options
Precision Substrate Integration
Custom Optical Termination
Wavelength Selective Switches (WSS)
Optical Cross-Connects (OXC)
MEMS Optical Switching Systems
Polarization-Sensitive Photonic Circuits
Coherent Optical Systems
Interferometric Fiber Sensing
Multi-Channel Optical Measurement
2D Fiber Collimator Assemblies
Photonic Integrated Circuit (PIC) Coupling
Optical Research and Development
A 2D PM Fiber Array is a multi-fiber assembly in which polarization-maintaining fibers are positioned in a two-dimensional pattern with defined fiber coordinates and polarization-axis orientations.
A standard 2D FA focuses primarily on accurate fiber-core positioning. A 2D PM FA additionally requires control of each PM fiber's principal polarization-axis orientation and evaluation of polarization performance.
Polarization-axis alignment refers to orienting the PM fiber's slow or fast axis relative to a defined mechanical or optical reference.
Correct alignment helps preserve a linearly polarized optical state launched along the intended principal axis.
Matrix configurations can be evaluated according to the number of rows, columns, X/Y fiber positions, pitch, and substrate design.
The required drawing should specify every fiber position and its applicable tolerance.
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