i-PRO WV-S66300-Z4N 2MP OUTDOOR PTZ WITH AI ENGINE. 4.25-170MM

i-PRO WV-S66300-Z4N Overview

The i-PRO WV-S66300-Z4N is a 2MP outdoor PTZ network camera engineered for rapid target acquisition and tracking in IP-based surveillance deployments. This camera combines a 40x optical zoom lens (4.25–170mm), unlimited pan rotation, and integrated AI analytics in a compact form factor designed for rooftop, facade, and perimeter installations. IP66 and IK10 certifications ensure reliability in harsh environmental conditions, while NDAA compliance and FIPS 140-2 Level 3 security hardware make it suitable for sensitive infrastructure and government-adjacent applications.

i-PRO WV-S66300-Z4N Key Features

• High-Speed Pan/Tilt Actuation: Pan drive rated 700°/s and tilt drive at 500°/s enable rapid scene coverage and target tracking without perceptible lag, critical for wide-area monitoring and auto-tracking workflows.
• 40x Optical Zoom Lens (4.25–170mm): Delivers flexible focal length range for both wide environmental context and detailed facial/object recognition across extended coverage zones without digital zoom artifacts.
• Endless Pan Rotation: Continuous 360° pan capability without mechanical limits supports perimeter sweeps and persistent monitoring patterns without repositioning delays.
• 2MP 1/2.8" CMOS Sensor: Delivers 2 megapixel resolution (5.57mm × 3.13mm scanning area) with full HD quality suitable for identification-class monitoring; sensor scaling supports 60fps, 50fps, 30fps, 25fps, 15fps, and 12.5fps frame rates.
• Integrated AI Engine with Up to 2 Edge Analytic Apps: Onboard AI processing supports custom analytic deployments (motion detection, scene change detection, audio detection, and AI sound classification) without reliance on external compute resources or cloud connectivity.
• Superior Low-Light Performance: Minimum illumination as low as 0.001 lx in black-and-white mode (50IRE, F1.6, 16/30s, AGC:11) and 0.011 lx in color mode (30IRE, F1.6, 1/30s, AGC:11); Super Dynamic range up to 144 dB with adaptive black stretch and backlight/highlight compensation enable detail recovery in high-contrast scenes.
• IP66 and IK10 Certification: IP66 rating provides ingress protection against high-pressure water jets and dust; IK10 vandal rating (20J impact) protects against physical tampering and accidental impact typical in outdoor installations.
• FIPS 140-2 Level 3 Compliant SecureElement: Integrates NXP EdgeLock SE050F hardware security module for encrypted firmware, signed boot, and cryptographic key storage, meeting federal security requirements for critical infrastructure.
• NDAA Compliance: Camera meets U.S. Department of Defense supply chain security requirements, eliminating procurement barriers for government and quasi-government deployments.
• PoE+ Power (IEEE 802.3at): Single Ethernet cable delivery of power and data reduces installation complexity and eliminates dedicated power runs in retrofit scenarios.
• Function-Limited Mode: Enables flexible deployment by allowing operation with restricted feature sets, supporting phased rollouts and cost-optimized configurations in multi-site environments.
• Advanced Imaging Modes: Includes intelligent auto exposure, fog compensation (8-level adjustment), adaptive noise reduction, and white balance modes (ATW1, ATW2, AWC) to maintain image quality across variable weather and lighting conditions.

i-PRO WV-S66300-Z4N Integration & Compatibility

The WV-S66300-Z4N supports standard IP surveillance ecosystem integration through ONVIF protocol compliance, enabling vendor-neutral VMS integration with platforms supporting ONVIF Profile S/T/G specifications. PoE+ (IEEE 802.3at) power sourcing is compatible with enterprise-grade PoE injectors and managed switches supporting 60W minimum delivery. Audio support via AAC-LC codec enables two-way communication and audio-triggered alerting workflows in integrated deployments. The camera's edge AI capabilities allow analytics to run locally without cloud or third-party server dependencies, maintaining operational continuity in isolated network environments and reducing WAN bandwidth consumption.