DS-2PT3306IZ

PT3 Mini PanoVu

• 3 lenses in one camera cover up to 360° field of view, ensuring zero-blind zone monitoring
• The camera can be widely used in multiple indoor scenes such as retail store, classroom, office hall, hotel lobby, etc
• Built-in IR light: IR range of 15 meters provides good visibility in low or even zero-light environments
• H.265+/H.265/H.264+/H.264 encoding: efficient compression technology saves storage space and reduces bandwidth requirements
• PoE: easy installation with Power over Ethernet technology

Product Description:

Introducing the Hikvision DS-2PT3306IZ, a versatile PT3 Mini PanoVu Network Camera designed for comprehensive indoor surveillance. This innovative camera combines three lenses to cover a 360° field of view, ensuring zero-blind zone monitoring in various indoor environments such as retail stores, classrooms, office halls, and hotel lobbies.

Key Features:

• 360° Field of View: Equipped with three lenses, the DS-2PT3306IZ provides complete coverage, eliminating blind spots and ensuring thorough monitoring of indoor spaces.

• Versatile Indoor Use: Ideal for indoor environments including retail stores, classrooms, office halls, hotel lobbies, and more, providing versatile surveillance solutions.

• Built-in IR Light: Features built-in IR lights with a range of 15 meters, ensuring clear visibility even in low-light or zero-light conditions.

• Efficient Video Compression: Supports H.265+/H.265/H.264+/H.264 encoding, optimizing storage space and reducing bandwidth requirements, while maintaining high-quality video streaming.

• Easy Installation with PoE: Simplifies installation with Power over Ethernet (PoE) technology, allowing for single-cable deployment for both power and data transmission.

Enhance your indoor security with the Hikvision DS-2PT3306IZ PT3 Mini PanoVu Network Camera, offering comprehensive coverage and efficient surveillance capabilities. Designed for ease of installation and superior performance, this camera is an ideal choice for enhancing security and monitoring efficiency in diverse indoor settings.