Lumidar Vis-SWIR camera
  • Innovative organic semiconducor technology

  • High Image Quality

  • Wide spectral imaging in multiple scenes

  • Cost optimization

  • Product Overview

    The C100GE_SW640A features a new-generation visible-to-shortwave infrared CMOS image sensors, delivering high-resolution imaging across a broad spectral range from visible to shortwave infrared. With exceptional sensitivity, ultra-low dark current noise, and wide operating temperature range, this camera is ideal for demanding applications such as laser beam profiling, material sorting, and semiconductor inspection.

    Features

    Featuring next-generation visible-to-shortwave infrared CMOS image sensors

    High-resolution imaging covering the visible-to-shortwave infrared band

    • Multi-Algorithm Image Processing
    • Standardized Interface Compatibility
    • Comprehensive & Stable Performance
    • Intuitive Visual Layout
    • User-Friendly Operation
    Parameters
    P/N
    C100GE_SW640A
    Body Dimensions 52x52x64.2mm
    Pixel Pitch 15 μm
    Spectral Range 0.3 μm-1.5 μm
    Array Format 640(H)x512(V)
    Frame Rate 150fps@8bit
    Exposure Time 50μs~1s
    Cooling Method TEC
    Operation Temperature -20℃~+50°C
    Storage Temperature -30℃~+70°C
    Image Processing Single-point Correction, Dead Pixel Correction, ROI, binng, etc.
    Shutter Type Global
    Full Well Capacity 1161ke-
    Singal-Noise Ratio 56.2dB
    Dynamic Range 69.9dB
    Readout Noise
    <350e-@LG
    Gain
    Low Gain & High Gain
    Bit Depth
    8bit/10bit/12bit/14bit
    Data Interface
    GigE
    Optical Mount
    C-Mount
    Operating Voltage
    DC+10V~+28V (Typ. 12V)
    Power Consumption
    < 8W (with cooling)


    Product Dimensions (Unit: mm)

    Resolution (640×512 dip) image
    lmaging Case

    Imaging through silicon-based materials
    ldentify the debris in the coffee beans
    Temperature detection of the soldering iron
    Imaging through packaging
    Moisture detection under the surface of apples
    Chemical liquid identification