Vivotek IT9360-HF3 2MP Outdoor Night Vision IR Turret IP Camera

Vivotek IT9360-HF3 2MP Outdoor Turret IR Camera

The Vivotek IT9360-HF3 is a professional-grade 2MP outdoor turret camera engineered for reliable 24/7 surveillance in demanding environments. Built with a rugged IP66-rated, IK10-rated housing, this camera delivers consistent performance across extreme temperatures (–20°C to 60°C) and harsh weather conditions. Whether monitoring parking lots, building perimeters, or critical outdoor assets, the IT9360-HF3 combines advanced imaging technology with enterprise-grade security features to meet the demands of modern surveillance deployments.

Key Features

• 2MP Full HD Resolution: 1920×1080 at 30 fps for sharp, detailed video capture suitable for identification and forensic analysis
• Smart IR Night Vision: Built-in dual IR LED illuminators deliver effective coverage up to 30 meters in complete darkness, with automatic anti-overexposure adjustment
• Day/Night Capability: Removable IR-cut filter enables seamless transitions between color and infrared modes for continuous round-the-clock monitoring
• WDR Pro Technology: 120 dB dynamic range captures clear detail in backlit and mixed-lighting scenarios
• Multiple Video Compression: Supports H.265, H.264, and MJPEG for flexible bandwidth and storage optimization
• PoE Powered: Single RJ-45 connection delivers both power and data, simplifying installation and reducing cabling costs
• Electronic PTZ: 48× digital zoom with 360° pan rotation and 70° tilt range for flexible scene coverage
• Dual Storage Options: MicroSD/SDHC/SDXC card slots and NAS integration for flexible local and network recording

Technical Highlights

The IT9360-HF3 leverages a 1/2.9" progressive CMOS sensor with F2.0 fixed aperture to capture 0.065 lux in color and sub–0.005 lux in monochrome—enabling reliable detection in low-light conditions before IR activation. Its fixed 3.6 mm lens delivers an 81° horizontal field of view with 68 dB signal-to-noise ratio, ensuring clean, distortion-free imagery.

The camera supports up to three simultaneous video streams with eight configurable encoding profiles, enabling efficient bandwidth allocation across multiple clients (up to 10 concurrent users). Smart Stream III adaptive bitrate technology further reduces bandwidth load during periods of minimal scene change.

Built-in motion detection with five configurable windows, audio detection, tampering detection, and cybersecurity event triggers provide granular alerting. Trend Micro IoT Security integration (included with 1-year free trial) protects against brute-force attacks and IoT-specific threats. Events can trigger automated notifications via email, HTTP, FTP, push notification, or NAS server.

One-way audio with built-in microphone (5-meter effective range) and G.711/.726 compression supports two-way communication workflows. ONVIF Profile S, T, and Streaming compatibility ensures vendor-neutral integration with third-party VMS platforms.

Applications

• Perimeter security and intrusion detection
• Parking lot and vehicle monitoring
• Entrance/exit surveillance
• Critical asset protection in outdoor industrial settings
• Campus and facility monitoring

Ted Perry

The IT9360-HF3 is a solid mid-range outdoor turret engineered for cost-conscious deployments requiring reliable 2MP imaging without premium form factors. Its WDR Pro and Smart IR implementation handle typical outdoor lighting challenges effectively, though the fixed 3.6 mm lens limits scene flexibility compared to varifocal alternatives. The IP66/IK10 rating and wide operating temperature range ensure durability in diverse climates.

Built-in cybersecurity features and Trend Micro integration are valuable for organizations prioritizing IoT threat prevention. The inclusion of H.265 support and adaptive bitrate streaming makes bandwidth management straightforward. Best suited for small-to-medium outdoor surveillance projects where standardized coverage, ease of deployment, and proven reliability outweigh the need for advanced analytics or ultra-wide fields of view.