Grandstream GXV3662HD Vandal-Resistant & Weatherproof HD IP66 Camera

The GXV3662HD is a next generation Vandal Dome High Definition IP camera of power and innovation. The innovative AE (Auto Exposure) & AWB (Auto White Balance) algorithms power the advanced ISP (Image Sensor Processor), ensure high-fidelity video qualities and match Digital Still Camera color grade in wide range of light environments. It features image clarity at low-to-modest bandwidth, industry leading SIP/VoIP for full duplex 2-way audio and video streaming to mobile phones and video phones, integrated PoE, embedded analytics, large pre-/post-event recording buffer, and advanced security protection. Its unique incorporation of the most comprehensive peripheral support for alarm control, local storage expansion, and wireless network connection, creates sophisticated and best-in-class control flexibility and scalability.

The GXV3662_HD can be managed with GSurf, Grandstream’s advanced and intuitive video management software that controls up to 36 cameras simultaneously. It offers an HTTP API and has open-standard Onvif conformance for easier operation and higher levels of integration. The GXV3662_HD is a powerful network camera for professional surveillance environments.

Key Features:

• High quality 1.2 Megapixels CMOS sensor and lens to ensure razor sharp picture quality
• Advanced multi-streaming rate real-time H.264, Motion JPEG at 720p resolutions
• Alarm input & output, audio input & output
• Supports 24MB pre-/post-event recording buffer
• SD slot for storage
• Support Motion Detection, and Notification on PC Client
• Support both Variable Bit Rate and Variable Frame Rate
• Support IE and Firefox for network preview
• Built-in high performance streaming server allows 10+ simultaneous viewers
• Embedded video analytics, SIP/VoIP support for full duplex two-way audio as well as video streaming to mobile phones and video phones
• Compatible with Current SDK, HTTP API and Client Software
• Integrated Power-over-Ethernet (802.3af)
• Full Onvif conformance with extensions in the near future