| Model |
Moticam 1080N |
| Sensor type |
CMOS IMX307 |
| Sensor size |
1/2.8" |
| Imaging area |
5.346x3.003mm |
| Capture resolution info |
6MP (3264X1836) |
| Image capture resolution (on SD-card) |
6MP (3264X1836) |
| Video capture resolution (on SD-card) |
Full HD (1920x1080 pixels) |
| Live display mode through USB |
Full HD (1920x1080 pixels) |
| Live display mode through HDMI |
Full HD (1920x1080 pixels) |
| Pixel size |
2.9x2.9μm |
| Scan mode |
Progressive |
| Data transfer |
HDMI (1080p), USB 2.0 |
| Max. frames per second (fps) |
USB: 1920x1080 (Full HD) @ 30 fps, HDMI: 1920x1080 (Full HD) @ 60 fps (*) |
| Exposure time |
0.06ms ~ 40ms with Auto Exposure mode (0.06ms ~ 999ms with Manual Exposure mode) |
| Operating temperature |
From -10 to +60 Degrees Celsius non condensing |
| Max. signal to noise ratio |
40dB |
| Dynamic range |
71dB |
| Sensitivity |
0.51V (Typical at 1/30 sec) |
| Slot |
Micro-SD (max 128GB) |
| Buttons |
On/Off |
| Support device |
TWAIN and Direct Show Driver |
| Supported OS |
Windows 7/8/10, MAC OSX, Linux or higher |
| Minimum computer requirements |
2GHz dualcore - RAM memory 2GB - Video memory min. 512 MB |
| Lens mount |
C-Mount |
| Focusable lens |
12mm |
| Software |
On Board Software and Motic Images Plus 3.1 and MAC OSX or higher |
| Functions |
Still image capture, live image record, zoom in & out, magnifier, ROI, mirror, rotation, split, freeze, cross line, gallery, Auto/Manual exposure, gain, target brightness setting, light frequency, Auto/Manual white balance Mode, saturation, contrast, gamma, sharpness, denoise, user settings, system’s time setting, language (English, Chinese and Japanese), format Micro-SD card. |
| Power supply |
12V (External Power supply) |
| Package includes |
CS ring adaptor, focusable lens, 30mm and 38mm eyepiece adapters, USB 2.0 cable, HDMI cable, Motic 4-dot calibration slide, macro tube, Motic Images Plus 3.1, universal power supply |
| Other features |
USB port for connecting a mouse to enable software control |
| Notes |
(*) Frames per second under optimal lighting conditions and in compliance with computer technical requirements. |
