32-Channel 4-SATA 16-Port PoE WizMind AI Network Video Recorder

Product Overview

The NVR5432-16P-EI is an enterprise-grade 32-channel network video recorder equipped with an integrated 16-port Power over Ethernet (PoE) switch and advanced WizMind artificial intelligence analytics. Powered by an industrial-grade multi-core processor, it delivers ultra-high decoding performance with an incoming bandwidth of up to 384 Mbps, supporting IP cameras up to 32MP resolution.

Featuring 4 internal SATA hard drive bays supporting up to 64 TB total storage capacity (16 TB per drive), this recorder serves as a central hub for deep-learning video analytics. It supports video structuralization, high-accuracy face recognition, perimeter protection, vehicle license plate recognition (ANPR), and heat mapping. Equipped with dual HDMI outputs supporting true 4K display, redundant power architecture, and Smart H.265+ compression, it provides a high-reliability recording core for critical commercial, corporate, and public infrastructure surveillance projects.

Key System Features & Functionality

• 32-Channel IP Camera Inputs: Connects and manages up to 32 network IP security cameras with decoding resolutions up to 32MP.

• Integrated 16-Port PoE Switch: 16 independent 10/100 Mbps PoE network ports (IEEE 802.at/af) with ePoE/EoC extended transmission support up to 800 meters.

• Enterprise Storage Capacity: 4 SATA HDD bays supporting up to 16 TB per drive (64 TB total internal storage) with RAID 0/1/5/6/10 storage redundancy support.

• WizMind AI Analytics Engine: Onboard deep-learning engine supports up to 4-channel face recognition, 8-channel perimeter protection, and 8-channel SMD Plus directly at the recorder level.

• Dual HDMI & VGA Video Outputs: Independent or simultaneous multi-screen displays including 4K HDMI output (3840 x 2160).

• High Processing Bandwidth: Up to 384 Mbps incoming, 384Mbps recording, and 384 Mbps outgoing bandwidth.

• Smart H.265+ / H.264+ Decoding: Saves up to 70% storage space and network transmission bandwidth without sacrificing image detail.