Chip type | SC230AI |
Array size | 1928H x 1088V |
AVDD (Analog Voltage) | (Typ. 2.8V) |
DVDD (Digital Voltage) | (Typ. 1.5V) |
DOVDD (IO Voltage) | (Typ. 1.8V) |
Sensor CRA | 15° |
Sensor IIC Address | - |
Pixel Size | 2.9um×2.9um |
EFL (Effective Focal Length) | 2.28mm |
F/NO (Aperture) | 2.2?% |
View angle | D178.4°H150.2°V80.4° |
TV - Distortion | < -30.1% |
Focusing range | TBD |
Chief Ray Angle | 13° |
COMPOSITION | 2G + 4P |
FILTER | 650nm |
Visualization and Monitoring of the CookingProcess
Real -time video streaming:
Hightemperature resistant cameras(operating temperature s 300°C)recordvideos, which can be remotely viewed via amobile App.Al algorithms are used toeliminate reflections from glass doors andinterference from water vapor.
Time lapse photography function:
Automatically generates snapshots of theentire cooking process, facilitatingthereview of baking results(such astheexpansion process of bread).
Ingredient Recognition and Recommendation:Scan ingredient barcodes/image recognition(e.8,ResNet50 model)to recommend theoptimal cooking mode (temperature/time/humidity).
Automatic Parameter Adjustment
Dyamically adjust the intensity of hot - aircirculation: Optimize the airflow path basedon the heat distribution map captured by thecamera.
Humidity control: The timing of steaminjection is linked to the dryness of the foodsurface monitored by the camera.