FC29-016958A Hanwha PNM-C16013RVQ 4MP AI-Enabled Multi-Directional Dome Camera

The Hanwha PNM-C16013RVQ is a compact 4MP multi-directional dome camera engineered for simultaneous 360° monitoring in demanding indoor and outdoor environments. This intelligent surveillance solution combines advanced AI analytics, robust environmental protection, and enterprise-grade security in a form factor that reduces installation complexity and operational costs compared to traditional multi-sensor systems.

Key Features

• 4MP resolution at 15 fps with 3.19mm fixed lens for comprehensive area coverage
• 360° simultaneous monitoring with multi-directional dome design
• 4-channel AI-based analytics with person, face, vehicle, and license plate detection
• Intelligent loitering and line-crossing detection with virtual area setup
• 20m IR range with built-in LEDs for 24/7 low-light operation
• WiseStream III compression for bandwidth-efficient streaming
• Up to 4 concurrent video streams with ONVIF Profile S, T, M support
• PoE+ powered for simplified network infrastructure

Environmental & Durability Specifications

Built for harsh conditions, the PNM-C16013RVQ delivers IP66-rated weatherproofing and IK09 impact resistance, enabling reliable outdoor deployment across diverse climates. Operating temperature range of -40°C to +55°C ensures performance in extreme environments from arctic facilities to high-heat industrial zones. The compact form factor enables discreet mounting while maintaining full structural durability.

Advanced AI Analytics & Detection

Four-channel AI analytics engine classifies detected objects with precision, distinguishing persons, faces, vehicles, and license plates to minimize false alarms. Loitering detection and line-crossing alerts enable proactive threat response. Object detection metadata is automatically saved and indexed for rapid forensic search, streamlining post-incident investigations and reducing review time.

Network & Security Architecture

Enterprise-grade cybersecurity protections include TPM 2.0 chipset, FIPS 140-2 Level 2 certification, AES-256 SD card encryption, and secure boot firmware. Support for 802.1X authentication, HTTPS, WSS, and SRTP ensures encrypted communications across the network stack. IPv4/IPv6 dual-stack networking with comprehensive protocol support (TCP/IP, UDP/IP, RTP, RTSP, NTP, HTTP, HTTPS, SSL/TLS, DHCP, FTP, SMTP, ICMP, IGMP, SNMPv1/v2c/v3, MQTT) provides flexibility in enterprise environments.

Storage & Power

Dual microSD card slots support up to 512GB per slot (1TB total local) or 1TB per slot (2TB with cloud integration) for extended recording capacity. PoE+ power delivery (IEEE 802.3at, Class 4; 13W typical, 23.5W maximum) eliminates dedicated power infrastructure while delivering sufficient bandwidth for analytics processing.

Marty Allison

Perspective based on aggregated IPSD and affiliated engineering team experience.

The PNM-C16013RVQ represents a matured evolution of multi-directional dome technology, addressing the traditional deployment friction—complexity, cost, and footprint. The 4MP/15fps specification balances resolution against bandwidth constraints in PoE+ environments; the 3.19mm lens focal length delivers wide field-of-view suitable for corridor, atrium, and perimeter monitoring. AI analytics at the edge (4-channel concurrent processing) eliminates dependency on external NVR resources, enabling distributed deployments in remote or network-constrained facilities.

The FIPS 140-2 Level 2 and TPM 2.0 integration positions this camera for regulated sectors—healthcare, finance, critical infrastructure—where cryptographic assurance and firmware integrity are non-negotiable. IR LED range (20m) is competitive for 4MP sensors but operates within the physics constraints of dome form factors; expect degraded detection accuracy beyond 12-15m in zero-ambient conditions. Loitering and line-crossing detection are rule-based AI algorithms, not deep-learning models; tuning for site-specific geometry is required to minimize false positives in high-traffic environments.