Samsung Techwin SNB-6010: Pinhole camera with remote head for ATMs and small businesses

The new pinhole network camera, model SNB-6010, Samsung Techwin has a remote head of 2 Full HD megapixels that make it an efficient security solution for ATMs, small businesses and covert video surveillance.

The SNB-6010 model Samsung Techwin It has been specially designed in a small and compact size, 'pinhole' type for application as a video surveillance solution in ATMs and small businesses, including covert video surveillance applications.

One of the advantages of the SNB-6010 camera is that its processing unit, including DSP chipset and Ethernet connection, It is separate from the lens and can be installed in a safe place to prevent, in case of vandalism, can access the recordings made on the SD card.

Samgung Techwin SNB-6010 can record images in Full HD quality (1.920×1.080p) in real time with lighting levels from 0,05 lux. Improved dynamic range expansion technology, with a performance superior to 120 dB, allows this small network camera to capture precise images in scenes where very bright and very dark areas coexist. A particularly important feature, For example, when the camera is installed in a hidden place. Besides, Privacy masking functionality can prevent sensitive areas from being recorded, such as a keyboard to enter the PIN.

This device also offers the option of intelligent video analytics (IVA) to detect activity through different means such as, face detection, especially advantageous in covert surveillance applications, as well as acts of sabotage by creating an alert when paint is sprayed on the camera lens or there is unauthorized movement of the camera that takes it away from its normal field of vision.

Besides, The motion detection technology built into the SNB-6010 camera can greatly reduce the number of false alarms, by filtering out repetitive motions in a scene.

Another notable feature is the multi-crop feature, which allows users to highlight and crop areas of interest so that the camera only sends images that are inside that area, with the desired resolution and frame rate. This flexibility in video resolution and frame rate also facilitates efficient use of network bandwidth.