• Dawn for PDA Industry
    From China, for the World

    Dedicated to 5G, optical communication, photoelectric sensing, optical computing, industrial Internet of things, national defense security and other fields, mainly covering electromagnetic field simulation, optical chip design and measurement
  • Leading,Responsibilities
    with our Fulfillment

    With a solid theoretical and technical foundation of electromagnetic field simulation and analysis, we provide PDA software, Photoelectric Chip Design services and Testing equipment
  • Innovation of Technology
    Empower the Industry with core Algorithm

    Empowering the optoelectronic application industry and with cloud photo electronic design automation(CPEDA)

PDA software based on Cloud

Based on Cloud Platform, we provide PDA software, related services and device test for optoelectronic application industry
  • Optoelectronic device simulation design tool
  • Cloud layout design tool for optoelectronic chip
  • Optoelectronic chip process simulation tool
  • National key R & D projects

Company Profile

Provide customers with perfect electromagnetic field related simulation, design, analysis and measurement solutions.

Since being founded in 2018, relying on the strength of the scientific research team of Shandong University, with a solid theoretical and technical foundation of electromagnetic field simulation and analysis, as well as complete automation equipment design and manufacturing, software design and development capabilities, Shanghai Maxoptics Information Technology Co., Ltd had developed electromagnetic field visualization software and hardware products covering microwave and optical frequency bands to provide customers with perfect electromagnetic field related simulation, design, analysis and measurement solutions.

Our business focuses on 5G, optical communication, optical sensing, optical computing, industrial IOT, national defense security and other fields, mainly covering three major businesses of electromagnetic field simulation, photoeletric design and measurement.