1260nm - 1625nm MFD Matched Fiber Array Low Coupling Loss High Precision Waveguide Chip Coupling

This high-quality mode-field matched fiber array solves the problem of low coupling efficiency between standard single-mode fiber and waveguide chips with small mode field diameters (MFDs).

Silicon Photonics Integrated Circuit (SiPh) Chip Coupled with Waveguides

Arrayed Waveguide Grating (AWG) Module Packaging

Planar Optical Waveguide Circuit (PLC) Device Integration

High-Speed ​​Optical Communication Transceiver Modules

High-Precision Optical Test and Measurement Systems

Interconnection of Specialty Optical Waveguides and Micro/Nano Optical Devices

FAQ

1. Do you provide technical support for silicon optical waveguide coupling design or mode field conversion efficiency evaluation?

Absolutely. Our international R&D and engineering team has over 25 years of experience in specialty fiber processing and high-density photonic coupling. Whether it's the theoretical boundary calculation of complex mode field diameters (MFD) and waveguide coupling loss, full array core pitch tolerance analysis, or anti-reflective endface angle design optimization, we can provide you with expert-level remote technical consultation via conference call or email.

2. What is the RMA (Return and Exchange) process if optical parameter abnormalities are found during precision quality inspection in the cleanroom?

We understand that the yield of core optical interfaces has a veto power over your chip packaging, therefore we implement a transparent and extremely fast RMA response mechanism. If you find any core pitch deviations, endface defects, or abnormal insertion loss during inspection, simply submit endface microscope photos or test data, and our senior engineers will conduct an online technical assessment within 24 hours. Once it is confirmed that the defect is due to a manufacturing defect, we will immediately initiate an expedited sampling, replacement, or refund process to resolutely protect your mass production schedule and purchasing rights.