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Silicon Optical Chip Testing

Short Description:

Silicon photonic chip testing is a crucial step in ensuring the performance and quality of silicon photonic chips. GRGT has developed a team of professionals and established a comprehensive silicon photonic chip testing system, fully supporting the high-speed development of the optical communication industry based on silicon photonic chips.


Product Detail

Product Tags

Service Introduction

With the continuous development of large-scale integrated circuits, the chip manufacturing process is becoming more and more complex, and the abnormal microstructure and composition of semiconductor materials hinder the improvement of chip yield, which brings great challenges to the implementation of new semiconductor and integrated circuit technologies.

GRGTEST provides comprehensive semiconductor material microstructure analysis and evaluation to help customers improve semiconductor and integrated circuit processes,including preparation of wafer level profile and electronic analysis, comprehensive analysis of physical and chemical properties of semiconductor manufacturing related materials, formulation and implementation of semiconductor material contaminant analysis program.

Service scope

Functional Units: Silicon photonic chip, MPD, heater, MZI, optical waveguide, laser, etc.
Material Systems: Si, SiN, LiNbO₃.

Test Items

Parameter Testing Projects: Coupling loss, modulation efficiency, transmission loss, bandwidth, resistance, dark current, responsivity, eye diagram, mode profile, etc. These projects support batch screening and customized standardized testing solutions.

Aging and Reliability Validation: Tests for silicon photonic chips such as HTOL, HTRB, THB, etc., with support for MPD, heater, MZI, optical waveguide, laser, among others.

 

Service Background

With the rapid development of fields such as 5G, cloud computing, and big data, the demand for high-speed, low-power, and highly integrated optical communication chips has surged. Silicon photonic chips have become the industry's focus due to their advantages, including compatibility with CMOS processes, low cost, and compact size. However, their complex manufacturing processes can easily lead to deviations in optical performance and abnormalities in electrical parameters. To ensure their performance and quality—and to meet the needs of critical applications in communications and data centers—testing and screening of silicon photonic chips are indispensable.


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