AVYCON AVR-NN832P16-FD-32T NVR, NDAA-Compliant H.265 32-Channel 4K Network Video Recorder with 16 Channels PoE, 32TB

Designed for enterprise and mission-critical security, the AVYCON AVR-NN832P16-FD-32T network video recorder delivers reliable 24/7 surveillance and fast forensic workflows. This NDAA-compliant AVYCON NVR supports up to 32 IP channels with true 4K output and simultaneous 32-channel playback, making it ideal for campuses, retail, transportation hubs and government facilities. With 16 PoE ports, installers can power cameras directly from the recorder to reduce cabling complexity and deployment time. H.265 high-profile compression and IFS (Inactive Frame Shaving) cut bandwidth and storage costs while preserving video quality; combined with the included 32TB of storage, the unit provides extended retention for long-term monitoring and evidence retention. Advanced video analytics — facial detection, tripwire, region intrusion and tamper detection — speed incident response and simplify search with time-slice, event and target database filters. The AVR-NN832P16-FD-32T is a scalable, NDAA-ready solution for professionals who need resilient, high-resolution surveillance. Contact sales to specify the recorder for your security or monitoring project, or add it to your next installation.

• Scalable 32-channel monitoring with true 4K playback and simultaneous 32-channel playback to simplify large-site surveillance
• Simplified deployment using 16 integrated PoE ports — power and network over a single cable to cut installation time and costs
• H.265 compression plus IFS reduces bandwidth and storage needs so you can keep higher-quality footage longer
• 32TB onboard storage for extended retention and reliable evidence preservation across enterprise and multi-site installations
• NDAA-compliant design for government and public-sector procurement, ensuring regulatory compatibility and supply-chain confidence
• Built-in analytics including facial detection, tripwire, intrusion and tamper detection for faster incident detection and forensic search