AXIS P7316 P73 Series 16-Channel Video Encoder, PTZ Control, Two-Way Audio and Analytics

Upgrade your security infrastructure without ripping out cameras — the AXIS P7316 P73 Series 16-Channel Video Encoder delivers IP capabilities to analog surveillance systems for scalable, cost-effective monitoring. This Axis Communications video encoder supports up to 16 channels and HD analog inputs (including 4K-capable cameras) while encoding streams with H.264/H.265 and Zipstream to dramatically reduce bandwidth and storage costs. Operators benefit from RS485 PTZ control and two-way audio to manage incidents in real time, plus built-in analytics like motion detection and active tampering alarms that cut false positives and speed incident response. An SFP slot enables long-distance fiber connections and network redundancy for high-availability sites, while signed firmware and secure boot add an extra layer of cybersecurity for sensitive deployments. Rack-mountable and TAA-compliant, the P7316 integrates with ONVIF systems and fits enterprise environments demanding reliable video performance. Ideal for retail, transportation hubs, campuses and critical infrastructure — contact us to specify the AXIS P7316 for your next surveillance project or add it to your procurement list.

• Convert legacy analog systems to IP quickly: 16-channel encoding lets you preserve existing cameras while gaining networked access and centralized monitoring.
• Save bandwidth and storage: Built-in Zipstream with H.264/H.265 reduces bitrate without compromising forensic image quality for long-term surveillance retention.
• Flexible PTZ and audio support: RS485 PTZ control plus two-way audio streamlines live response and operator communication across sites.
• Reliable network design: SFP fiber slot and network redundancy options extend reach and ensure continuous video for critical security applications.
• Hardened cybersecurity & analytics: Secure boot, signed firmware and built-in motion/tamper analytics protect data integrity and improve automated event detection.