KnightSWIR-HS330-125G SWIR Camera is TE-Cooling GigaE interface InGaAs SWIR cameras,which adopts InGaAs CMOS Infrared (SWlR) Image Sensor. It is made in CHINA . It is suitable to capture images in SWlR range, covering 900nm to 1700nm. With smaller pixel size of 15um, imaging shows higher precision for quantitative researches.
Electronic board inspection, solar cellinspection，semiconduction inspection,transmission observation,produce inspec-tion, identifying and sorting, water visu-alization, temperature observation, surveil-lance, anti-counterfeiting Short wave infrared high-end night vision security applications are also the best choice.
Spesification :
Model | KnightSWIR-HS330-G125 |
Sensor model | 640x512 Pixels (China produced) |
Sensor type | InGaAs CMOS |
Spectral range | 900nm - 1700nm |
pixel size | 15 µm x 15 µm |
Target size | 3/4" |
ADC | 14-bit |
Frame Rate & Resolution | 8bit: 125fps@640x512 pixel 14bit: 125fps@640x512 pixel |
Memory | 512MB |
QE | 75%@ 1350nm |
Conversion gain | 138.6e-/ADU(LG)，5.54e-/ADU(MG)，1.2e-/ADU (HG) |
Dynamic Range | 70.59dB(LG)，67.96dB(MG)，47.98dB(HG) *1 |
Read noise | 586.82e(LG)，35.05e(MG)，68.44e(HG) |
Full well charge | 1986426.78e(LG)，87649.83Ke(MG)，17147.351e(HG) *1 |
Maximum SNR | 62.98dB(LG)，49.43dB(MG)，42.34dB(HG) |
Dark current | 30fa@0.1V&18℃ |
Exposure time range | 25us~5s |
Shutter mode | Global shutter |
Data interface | GigE |
Digital I/O | 1 optocoupler isolated input, 1 optocoupler isolated output, tow non-isolated input and output |
Data Format | Mono 8 / Mono 14 |
Cooling temperature difference | 40°C below ambient temperature |
General parameters | |
Power supply | DC12V power supply |
Power consumption | 8.4W (TEC OFF ) / <16W (TEC ON ) |
Temperature | Working temperature -30 ~ 60 ℃, storage temperature - 40 ~ 85 ℃ |
Humidity | 20%-80% , non-condensing |
Size | 68mm×68mm×90.3mm |
Weight | 485g |
Lens mount | C-mount interface |
Software | Provide SDK development kit / RFIMAGEGO SOFTWARE |
QE Curve
KnightSWIR HS330 Sensor QE Curve
RFIMAEGO Software Function ：
RFIMAEGO is a professional software that integrates camera control, image acquisition and processing, image browsing and analysis functions.
RFIMAEGO has the following characteristics:
l x86: XP SP3 and above ; CPU supports SSE2 and above
l x64: Win10 and above
l Support video mode and Trigger Mode (Raw format or RGB format)
l Automatic capture and quick recording capabilities
l Supports multiple languages
l Hardware ROI and digital binning capabilities
l Rich image processing functions, such as image stitching, real-time overlay, flat field correction, dark field correction, etc.
l Supports all Knight cameras
l The menus and toolbars are properly set to ensure quick operation
l Professionally integrated with 5 sidebars - Camera, Folders, Undo/Redo, Layers, Measure
l Comfortable operation method (double-click or right-click context menu)
l Detailed help manual
Capture & Resolution | Set up live and still capture, snap images, or record video |
Exposure & Gain | Auto exposure (preset exposure target value), manual exposure (exposure time can be manually entered and set by slider); gain up to 5 times |
White Balance | Advanced one-click smart white balance settings, and you can adjust white balance by manually setting color temperature and color |
Color Adjustment | Color, saturation, brightness, contrast, gamma initial high-speed adjustment function |
Frame Rate Control | For different computer and USB performance, the camera can be super compatible by adjusting the frame rate |
Flip | Select "Horizontal" or "Vertical" to adjust the sample orientation to ensure the same orientation as the visual system |
Sampling | Neighborhood averaging can improve the signal-to-noise ratio of the video stream; while the sampling extraction mode can ensure the sharpness of the video stream. Supports histogram expansion of video stream, image negative and positive switching, grayscale calibration, and sharpness factor calculation to facilitate video focusing |
Bit Depth | 8, 12-bit switching, 8-bit is the basic Windows image format. 12-bit has higher image quality but reduces frame rate |
Roi | ROI, Region of interest. This function can set the ROI value of the video window. After the ROI group is expanded, a rectangular box will appear in the middle of the video window, and the ROI can be changed. The mouse can adjust the size of the ROI. If there is no problem with the ROI, click "Apply" to set the video to the size of the ROI, and the default value will be restored to the original size. |
Dark Field Correction | To enable darkfield correction, you should first capture a field image, then click Enable. Check Enable to enable darkfield correction. Uncheck it to disable darkfield correction |
Cooling | Set TEC Target Temperature, fan on/off |
Parameter Save | Load, save, overwrite, load, export custom camera panel controls (including calibration information, exposure parameters and color settings information, etc.) |
Video Function | Various video professional processing functions: video broadcasting, timing capture, video recording, video watermarking, watermark mobile alignment, watermark rotation alignment, video grid overlay, video measurement, video scaling, gray scale calibration, video high dynamic (HDR), video depth of field extension, video image stitching, video scale, date, etc. |
Image Processing and Enhancement | Image contrast control and adjustment, image denoising, various image filtering algorithms, image mathematical morphology algorithms, image rotation, image scaling and image printing, etc. |
Image Overlay | The ToupView image overlay denoising function introduces advanced image matching technology. Users only need to record a short video of the image to be superimposed, and they can superimpose and output high fidelity in the case of displacement, rotation and magnification change between multiple frames of the video. images, easy to use |
Camera Video Interface | Provide Twain, DirectShow, Labview, SDK installation package (native C++, C#) |
Supported Operating Systems | Compatible with Microsoft® Windows® XP / Vista / 7 / 8 /10 /11(32 & 64 bit), Mac OSX, Linux |
Language Support | Language support can be added manually, currently supports English, Simplified Chinese, Traditional Chinese, German, Japanese, Russian, French, Italian, Polish, Turkish |
Application Area :
Near infrared II in vivo microscopic imaging,
hyperspectral imaging,
laser spot observation,
machine vision and general infrared detection
near infrared spot detection
spot shooting and analysis,
Near-infrared target recognition,
fluorescence imaging,
fluorescence material imaging,
image contrast enhancement,
night vision imaging,
flame monitoring,
material defect detection,
chip detection of solar cells
Detection, pharmaceutical and cosmetic detection, food, vegetable and fruit defect detection,
food sorting, plastic sorting, fluoroscopy
Sample :
Left: visible light; Right: shortwave infrared) switch the light source to obtain
the skin and subcutaneous image information of the apple
Left: visible light; Right: Short-wave infrared) use short-wave infrared absorption
rate differences to classify materials
