Standard C-Mount camera with GLUX9701BSI UV sCMOS sensors;
USB3.0 5Gbit/s data transmission;
With advanced video & image processing application;
Support both video and trigger modes;
Windows/Linux/macOS/Android multiple platform SDK;
Support Native C/C++, C#/VB.NET, Python, Java, DirectShow, Twain,Labview,MatLab etc;
The camera adopts a SXGA (1280 x 1024) BSI, 1” optical format, ultra-low noise image sensor, which can effectively collect ultraviolet light and greatly reduce image noise. Camera supports ultralow noise mode by which provides 0.8 e- read noise.The camera can be applied to traditional semiconductor defect detection, sorting of plastics and other materials, inspection of fine scratches on the surface of products, detection of UV light emitted by aging discharge of lines, and criminal investigation.
▲ Specification
Order | GLUX9701BSI | ||||
Sensor Size (mm) | 1.3M 1” (12.49x9.99) | ||||
Pixel (μm) | 9.76x9.76 | ||||
G Sensitivity | 2.57x108(e-/((W/m2).s)) | ||||
FPS/Resolution | 30fps@1280×1024 30fps@640×512 | ||||
QE | 89%@610nm | ||||
Exposure | 6321us~60s | ||||
Lens Mount | C-Mount | ||||
Output | USB3.0 | ||||
Binning | 1x1,2x2 | ||||
Shutter | Rolling shutter | ||||
IO | 1 optocoupler isolated input, 1 optocoupler isolated output, 2 non isolated input and output ports | ||||
W x D x H | 68mm x 68mm x 28.1mm | ||||
Shipping Weight | 0.5kg | ||||
Operating Temperature | -10~50℃ | ||||
Storage Temperature | -30~70℃ | ||||
Operating Humidity | 20~80%RH | ||||
Storage Humidity | 10~60%RH | ||||
Power Supply | USB over PC port | ||||
Packing Accessories | |||||
Cable | Micro USB3.0 Cable /1.5m | ||||
Cable | 7Pin I/O Cable | ||||
CD | USB Drive | ||||
Dimension of Camera | |||||
Wave Length | |||||
▲ Example
View Description
windows UI
If you want to know the detailed software functions, please check the manual. OneDrive link:https://1drv.ms/f/s!AgxM3EAkW4KNe2OKTIbQAgCmSwQ
For Linux system, we provide a simplified version of software.You can download it from OneDrive above. In order to better adapt to the camera hardware, we recommend using the internal software with USB flash disk.
Development Examples
Name | Platform | Language | Dependency | UI | Description | |
demosimplest | Win32 Linux macOS Android | C++ | console | simplest sample | ||
demostill | simplest sample to demo snap still image | |||||
demosofttrigger | simplest sample to demo soft trigger | |||||
demotriggersync | simplest sample to demo soft trigger synchronously (TriggerSync) | |||||
demoexternaltrigger | simplest sample to demo external trigger | |||||
demotriggerout | simplest sample to demo output signal | |||||
demoraw | raw data, snap still image and save raw data to *.raw files | |||||
demostillraw | snap still raw image and save to *.raw files | |||||
demoqt | Win32 Linux macO | Qt | GUI | Qt sample Enumerate device, open device, video preview, (still) image capture, preview resolution, image save to file, etc. This sample use Pull Mode, StartPullModeWithCallback. | ||
democpp | Win32 | ATL/WTL | demonstrates to enumerate device, initialize support GigE, open device, video preview, image capture, preview resolution, trigger, image saving multi-format (.bmp, .jpg, .png, etc), wmv format video recording, trigger mode, IO control, read write EEPROM/FLASH, etc. This sample use Pull Mode. | |||
democallback | use Pull Mode, StartPullModeWithCallback | |||||
demopush | use Push Mode, StartPushModeV4 | |||||
demomono | demonstrates to use mono camera with 8 or 16 bits | |||||
democns | Consistency test: The image is evenly divided into m*n zones, and each zone takes a small area in the center to calculate the average value, connect the average value into a line, and check the fluctuation range of the line up and down | |||||
demomfc | MFC | use MFC as the GUI library. It demonstrates to open device, video preview, image capture, set the preview resolution, multi-format image saving (.bmp, .jpg, .png, etc). This sample use Pull Mode | ||||
autotest | auto test tool used to automatically test, such as open/close the camera, change the resolution, snap, ROI, bitdepth, etc | |||||
demowpf | .NET | C# | WPF | WPF sample Enum camera, open camera, preview video, captuare (still) image, save image to file, auto exposure, white balance, calculate fps (frame per second), etc. This sample use Pull Mode, StartPullModeWithCallback | ||
demowinformcs | WinForm | winform sample. Enum camera, open camera, preview video, captuare (still) image, save image to file, auto exposure, white balance, calculate fps (frame per second), etc. This sample use Pull Mode, StartPullModeWithCallback | ||||
demotwocs | winform sample, snapshot. Use two cameras simultaneously. This sample use Pull Mode, StartPullModeWithCallback | |||||
demowinformvb | VB.NET | winform sample, snapshot. Enum camera, open camera, preview video, captuare (still) image, save image to file, auto exposure, white balance, calculate fps (frame per second), etc. This sample use Pull Mode, StartPullModeWithCallback | ||||
demouwp | WinRT | C# | UWP (Universal Windows Platform) simple demo, snapshot. Before build and run this demo, please pay attention to the value of vid in file Package.appxmanifest | |||
demoandroid | Android | Java C++ | Android sample | |||
demojava | simplest | simplest | Java | jna | console | simplest java sample. IntelliJ project |
javafx | javafx | GUI | javafx sample. IntelliJ project | |||
swing | swing | swing sample. IntelliJ project | ||||
demopython | simplest | simplest | Python | console | simplest python sample | |
qt | qt | PyQt | GUI | PyQt sample | ||
demodshow | DirectShow | C++ | MFC | DirectShow sample | ||
amcap | Microsoft sample demonstrates various tasks related to video capture | |||||
LVDemo1 | LabView | Labview program which works with one camera | ||||
LVDemo2 | Labview program which opens two cameras and control them respectively |
To view the API manual, please click on the following link:https://1drv.ms/f/s!AgxM3EAkW4KNgSOpCA8QQycwjRL7
I/O Parameters
![]() | Colour | Pin | Signal | Signal Description |
white | 1 | GDN | Non-isolated signal and power supply ground | |
Red | 2 | 5V | 5V DC power input or output | |
Blue | 3 | OPTO_GND | Optocoupler isolation signal ground | |
Yellow | 4 | DIR_GPIO1 | Non-isolated signal (software configurable input/output) (line2) | |
Black | 5 | DIR_GPIO2 | Non-isolated signal (software configurable input/output) (line3) | |
Green | 6 | OPTO_IN | Optocoupler isolation input signal (line0) | |
Pink | 7 | OPTO_OUT | Optocoupler isolation output signal (line1) |
Note:5v power input default off state
See the following link for more introduction of external trigger function:https://1drv.ms/f/s!AgxM3EAkW4KNfgcOBh53npm119Q
Hardware trigger example
External hardware can be triggered by software or SDK. The following is the democpp example in the SDK.
1.Click "Enter Trigger Mode" under "Trigger" to switch“ ✔” Flag as trigger mode
The following is the free running and trigger mode API switching code:
// 0 = video mode, 1 = software or simulated trigger mode, 2 = external trigger mode
cam_put_Option(m_hCam, CAM_OPTION_TRIGGER, val);
2.After the trigger mode, click "IO Config", select the trigger source in "Trigger Source", and then generate a high pulse on the corresponding line to trigger.
▲ Packing list
1.Camera 1pcs
2.Micro-B to A male USB3.0 Data cable/1.5m
3.7Pin IO control line/1.5m
4.CD (Software and Drivers)