EZVIZ C7 4MP Dual-Lens Indoor Camera

The EZVIZ C7 Dual is an advanced pan-and-tilt Wi-Fi camera designed to provide comprehensive surveillance with enhanced clarity and smart features.

Key Features:

• Dual 2K+ Lenses: Featuring two 2K+ lenses, the C7 Dual delivers sharp and detailed imagery. The fixed lens offers a 108° diagonal field of view, while the pan-and-tilt lens provides a 60° diagonal field of view, ensuring wide coverage of your space.

• Comprehensive Coverage: The combination of fixed and movable lenses allows the camera to continuously monitor key areas while providing the flexibility to scan the entire room, minimizing blind spots.

• Smart Tracking: When the fixed lens detects a person entering its field of view, the pan-and-tilt lens automatically rotates to track the individual's movement, capturing detailed footage of the activity.

• AI-Powered Detection: The C7 Dual uses AI to accurately identify human shapes and pets, reducing false alarms triggered by other moving objects.

• Highly Efficient Video Compression: Utilizing H.265 video compression technology, the camera maintains high-quality video streams while reducing bandwidth and storage requirements by up to 50% compared to H.264.

• Flexible Storage Options: Supports microSD card storage up to 512 GB, allowing for extensive local recording.

Specifications:

• Model: CS-C7-R100-8G44WF

• Image Sensor: 1/3-inch progressive scan CMOS

• Fixed Lens: 2.8 mm @ F1.6, providing a 108-degree diagonal field of view

• Pan-and-Tilt Lens: 6 mm @ F1.6, providing a 60-degree diagonal field of view

• Video Compression: H.264/H.265

• Wi-Fi Connectivity: Supports dual-band Wi-Fi (2.4 GHz and 5 GHz) for stable and flexible wireless connections

• Storage: MicroSD card slot supports up to 512 GB

• Operating Conditions: -20°C to 50°C (-4°F to 122°F), 95% humidity or less (non-condensing)

The EZVIZ C7 Dual is the ideal solution for those seeking a reliable and smart surveillance camera that combines high-resolution imaging with advanced tracking and detection capabilities.