Manual of product VISS6002
Technical Specifications VISS6002
General Information
-
ModelVISS6002
-
Brand
-
Category
-
Type
-
SKU185063
-
MPN185063
Video
-
Maximum resolution0 pixels
-
Number of TV lines480
Image sensor
-
Sensor typeCMOS
-
Optical sensor size1/4
Audio
-
Built-in microphoneYes
Power
-
Ethernet connection, supporting power over this port (PoE)No
Camera
-
Minimum illumination0 lux
Similar products
More product categories from brand Svat
More product types from brand Svat
Presentation of product VISS6002 specifications from brand Svat
Audio
Does the product Svat VISS6002 have a built-in Microphone? Oui. This microphone allows for clear and precise audio capture, ideal for calls and recordings.
Generalities
The brand of the product Svat VISS6002 is Svat. This brand is known for its quality and innovation in the field of household appliances. The EAN code of the product Svat VISS6002 is 871363005380, 0871363005380. This code allows for the unique identification of the product in the distribution system. The product model Svat VISS6002 is VISS6002 | VISS6002. This model ensures optimal performance and an enhanced user experience.
Image sensor
The sensor type of the product Svat VISS6002 is CMOS. This type of sensor ensures optimal image quality for your needs. The optical sensor size of the product Svat VISS6002 is 1/4 ". This size contributes to better image quality, allowing for sharper and more detailed shots.
Video
The number of TV lines of the product Svat VISS6002 is 480. This number of lines determines the display quality and the accuracy of visual details. The maximum resolution of the product Svat VISS6002 is 0 pixels. This resolution ensures prints of exceptional clarity, ideal for all your professional and personal needs.
Power
Does the Svat VISS6002 have an Ethernet connection, supporting power over this port (PoE)? Non. This feature allows for simplified and efficient power supply to connected devices.
Camera
The minimum illumination of the product Svat VISS6002 is 0 lux. This feature ensures optimal performance even in low light conditions.