Hikvision DS-7616NXI-I2/16P/Vpro 16-Channel AcuSense Vpro NVR

Hikvision DS-7616NXI-I2/16P/Vpro — 16-Channel AcuSense Vpro NVR with 16 PoE Ports & Advanced AI

The Hikvision DS-7616NXI-I2/16P/Vpro is Hikvision’s most complete 16-channel AcuSense Vpro NVR, equipped with 16 built-in PoE ports and the most advanced AI detection capabilities. With facial recognition, human attributes, vehicle type classification, and perimeter protection, this recorder combines maximum installation convenience with in-depth AI analysis — ideal for medium-sized installations where forensic searching and simple PoE cabling go hand in hand.

Key features

• 16 camera channels — Extensive surveillance capacity for medium-sized sites and commercial premises
• 16 built-in PoE ports (802.3af/at) — Direct connection of all 16 cameras without an additional switch
• Facial recognition — Automatic identification and registration of individuals based on facial characteristics
• Human attribute detection — Automatic classification by gender, age, clothing, and accessories for forensic searching
• Vehicle type classification — Distinguishes between cars, trucks, motorcycles, and bicycles for targeted analysis
• Perimeter protection (line crossing & intrusion detection) — Smart detection of unauthorized access to defined zones
• AcuSense Vpro deep learning — Enhanced AI engine for more accurate detection and richer metadata
• 2 HDD bays — Sufficient storage capacity for medium-sized installations
• H.265+ compression — 30-50% more efficient storage with minimal bandwidth usage

Applications

The DS-7616NXI-I2/16P/Vpro is ideally suited to medium-sized installations where forensic searching based on physical characteristics and simple PoE cabling are required: retail stores, offices, parking areas, and sites with access control. Compared with the DS-7616NXI-I2/Vpro (without PoE), this model offers the added ability to connect all 16 cameras directly via PoE — making it the most complete 16-channel Vpro NVR for installations that combine maximum AI analysis with minimal cabling complexity.