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TOP Business outline | Strength of the geniallight~Three features~

Strength of the geniallight
Three features

Optical technology and medical care network

Genial Light has many ideas to address customer problems using optical technology to meet their various needs, such as detection of specific wavelengths, in vivo imaging technology, and low-light level detection technology.Another strength of Genial Light is that it is the center of a medical care network it has constructed, enabling it to make proposals that meet various needs by utilizing this network.Exchanging opinions with patients and specialists who are aware of the front lines of the medical world is a major key to developing products in the life sciences field.However, there is currently very little direct exchange of opinions between doctors and engineers who specialized in light. One of the features of Genial Light is that it has a collaborative system that is quickly capable of incorporating key opinions and information from, doctors, clinical researchers, patients, medical device manufacturers, and more during development.In the future, our efforts in the field of medicine and life sciences will only accelerate.

Optical technology and medical care  network

Analog circuit design / Microcomputer circuit design

Genial Light's weak light detection technology far surpasses the light detection capability of conventional devices. We have enabled detection of light that is normally concealed by white noise using a low-cost device, meeting a variety of light detection needs. Our devices can isolate and measure weak signal light even if there is ambient light, such as from fluorescent lighting.The expertise that supports this technology is a core strength of Genial Light, based on our analog circuit design and microcomputer circuit design.

Analog circuit design / Microcomputer circuit design
Optical power meter
Detection level   -60 dBm  1 nanowatt (dark room)
Device with circuitry designed by Genial Light
Detection level   -82 dBm 6 picowatts (under fluorescent lighting)  ※Detection levels vary based on conditions.

Development of a reliable algorithm

Algorithm is the core of acquiring the necessary amount of information for the product and process it based on conditions.It is crucial to fully understand the significance of the data before they are processed.To analyze light, you need analog circuit design and microcomputer circuit design. To develop an algorithm, you need to understand analog circuit design and microcomputer circuit design to create software with cooperation from an advisor suited to the product requirements.Normally, the analog circuit design, microcomputer circuit design, and software design for an algorithm are developed separately, but at Genial Light, the staff in charge of these aspects work as one to develop our algorithm. In addition, we have a broad network of advisors suited to different optical technology requirements.So, we have created a system that can naturally create whatever output is clearly necessary.

Introduction of optical technology

  •  Spectroscopy
  • Development of analysis software and measurement devices using multiple wavelengths
  • [ Achievements ]

    • Wearable devices
    • Plant measurement
    • Biomedical measurement
    • Drug concentration testing
  • Development of analysis software and multi-camera image spectroscopy equipment
  • [ Achievements ]

    • Biomedical measurement
    • Particle testing
  •  Absorbance measurement
  • Development of low-light detection devices and analysis software
  • [ Achievements ]

    • Low-light detection devices (small handheld-type)
    • (Detection of any wavelength over 6 picowatts in an indoor fluorescent-lit environment)
    • Wearable devices
  • Software development and development of image analysis equipment and scattered light measurement using single wavelengths
  • [ Achievements ]

    • Genial Viewer / GL Mediviewer
    • Development of the 13B1X00091GL001 (medical device)
    • Development of bio-vascular fluoroscopy device

Introduction of circuit design technology

  •  Analog circuits
  • Design and production of measurement amplifiers, laser drivers, and electrical circuits
  • [ Achievements ]

    • High dynamic range light detection circuit (Direct detection / Synchronous detection)
    • Broad-band amplifier (Low noise, low distortion, DC, up to 100 MHz)
    • LD/LED drive circuits
    • High-efficiency electrical circuits (Output variable switching regulators)
    • Mid- and high-voltage electrical circuits (Cockcroft)
    • Mixed analog/digital circuits (ADC, DAC)
  •  Digital circuitry and software control
  • Design and production of microcomputer peripheral circuitry
  • Microcomputer software development / Windows application development
  • [ Achievements ]

    • Microcomputer control (Circuitry/Software)
    • Logic circuits
    • Timing circuits
    • Sampling circuits (up to 100 MHz)
    • Real-time measurement and control
    • Remote control (RS-232C, USB)
    • Applications for measurements (Windows)