Dnake 4.3" Android Doorphone With Facial Recognition, Android operating system, 4.3"TFT LCD, 480x272 pixel, Liveness detection, Supports SIP 2.0, IP65

Dnake 4.3" Android Doorphone With Facial Recognition - 902D-B9

Description 

The 902D-B9 video door phone is equipped with a 4.3” colour display and 16-button keypad, making it the ideal solution for multiple dwelling units, estates, business parks or office blocks.

In today’s age, personal and business security is a major area of concern, and we are continuously looking at how to improve our safety. Thus, it has become increasingly important for us to be in a position to see who is at the entrance to business parks, office buildings, residential estates, etc. The DNAKE range provides an IP based video intercom solution for both commercial and residential properties.

The video intercom solution consists of two key parts, namely door stations (outdoor units) and indoor monitors, which combine to provide a high-resolution video feed of visitors at your entrance. The door station allows the visitor/guest to dial the unit/apartment/office, with the built-in camera providing the video feed. This will cause the indoor monitor to “ring” and display the video feed from the door station camera. Now you can talk to the visitor and remotely unlock the door (if the solution has been connected to a magnetic door lock or similar).

The DNAKE video intercom solution is based on standard SIP, ensuring that it can interface with IP Phones (such as Yealink IP Phones) and IP PBX (such as 3CX) for a complete IP solution.

The DNAKE 902D-B9 video door phone is the behemoth in both functionality and physical stature. The 902D-B9 video door phone is equipped with a 4.3” colour display and 16-button keypad, making it the ideal solution for multiple dwelling units, estates, business parks or office blocks. Access can also be gained by using a pin number, RFID card (Wiegard compatible) and biometrics, such as facial recognition. The single camera supports “Liveness” detection for facial recognition to protect from image spoofing.