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Silicon Photonics (SiPh) Analysis & Testing Service

As the demand for AI compute skyrockets, people have turned to photonics to address the data transmission bottleneck.

In response, MA-tek offers the “SiPh Wafer and Chip Optoelectronics Analysis and Testing Platform”, bridging optics andsemiconductor materials analysis to overcome yield rate issues with Co-Packaged Optics and expedite productcommercialization.

Everything from Fault Localization to Root Cause Analysis

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  • Precise Fault Localization: Identify SiPh insertion loss, localized optical leaks, device defects, and other optoelectronic characteristics through Optical-to-Optical (O-O) and Electrical-to-Optical (E-O) testing
  • Materials Analysis: Examine nanoscale waveguide sidewall roughness, material composition, and defects through ultra-high resolution Scanning Electron Microscopy (SEM), Focused Ion Beams (FIB), Transmission Electron Microscopy (TEM), and Scanning Transmission Electron Microscopy (STEM)
  • Dopant Analysis: Measure dopant concentrations and depth profiles in germanium, waveguides, Photonics Integrated Circuits (PICs), and III-V semiconductor materials with Secondary Ion Mass
Our SiPh Analysis and Testing One-Stop Shop

Integrating full-spectrum near-infrared optical imaging and nanoscale photonic alignment systems, we provide a comprehensive, automated platform for all your optoelectronic characterization and failure analysis needs.

 

Test Categories Applications Key Metrics Benefits and Advantages
Basic Optoelectronics and
Functionality Testing
Chip-Level/Device-Level
• Basic Optoelectronics Characterization
  • Insertion Loss
  • Return Loss
  • Wavelength Scan
  • Coupling Strength
  • Locations of Optical Loss
  • Transmission Quality Enhancement:
    Comprehensively assess transmission
    performance with accurate signal loss
    and signal reflection measurements
  • Full-Spectrum Analysis:
    Scan with high efficiency across the
    spectrum for a thorough look at
    device behavior
Passive Testing

Optical Fibers and Interfaces

  • Edge Couplers (EC)
  • Grating Couplers (GC)
Easy Package Alignment:
Measure optical conversion efficiency
and improve packaging processes

Signal Transmission

  • StructuresWaveguides (WG)
Yield Rate Optimization:
Accurately identify waveguide defects
and optical leaks to quickly refine chip
manufacturing
Active Testing

Opto-Electronic Converters

  • Modulators
  • Photodiode,PD

Testing dynamic and static characteristics of PIC active components

Efficient Performance Testing:
Ensure 200+ G/lane data transmission
and conversion efficiency
Contact
Contact Window
Material Analysis Technical Consultation (MA)

Mr. Ko YuFeng

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This seminar is themed "Silicon Exploration of the Future: The Intelligence Quest of AI × Silicon Photonics," emphasizing how the integration of AI, high-speed computing, silicon photonics, and advanced packaging technology redefines computing efficiency. The concept of "Intelligence Quest" symbolizes the identification and analysis of the best opportunities for future technological development through these key technologies.
For more information: https://www.matek.com/zh-TW/Seminar/detail/all/20250327

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