Axis P7214 Video Server Video Server, Hardware Encoder

Axis P7214 Video Server – Hardware Encoder

The Axis P7214 is a compact, four‑channel video encoder designed to deliver high‑quality streaming from analog cameras to IP networks. Built around the powerful ARTPEC‑4 processor, it supports dual H.264 and MJPEG encoding streams for each channel, enabling flexible bandwidth management and compatibility with a wide range of monitoring systems.

Key Technical Specifications

• Maximum frame rate: 30 fps per channel (30 pps for JPEG)
• Maximum video resolution: 720 × 576 pixels (D1 standard)
• Power consumption: 8 W
• Operating voltage: 8–20 V DC
• Memory: 128 MB Flash, 512 MB internal RAM
• Network interfaces: 1 RJ‑45 Ethernet port (100BASE‑TX / 10BASE‑T)
• Analog inputs: 4 BNC connectors (up to 720 × 576)
• Serial ports: 1 RS‑422, 1 RS‑485
• Audio input: 3.5 mm mic jack with detection capability
• Environmental range: 20 %–80 % relative humidity (typical indoor conditions)

Advanced Security Features

The P7214 incorporates robust security mechanisms to safeguard video streams and device configuration.

• 802.1X RADIUS authentication: Ensures that only authorized devices can access the network interface.
• Password protection: Device settings are locked behind a configurable password.
• IPv4/IPv6 support: Full compatibility with modern IP networks.
• Secure protocols: HTTPS, FTP, SMTP, SNMPv1/v2c/v3 (MIB‑II), NTP, RTSP/RTP, IGMP, and more.

Network Management & QoS

The encoder is engineered for seamless integration into enterprise surveillance infrastructures. It supports:

• QoS 3 DiffServ: Prioritizes video traffic to maintain stream stability.
• UPnP, Bonjour, and DNS/DynDNS: Simplifies discovery and remote access.
• SNMPv1/v2c/v3: Enables monitoring of device health and performance.

Video & Audio Processing Capabilities

The P7214 is equipped with a range of detection and control features that enhance surveillance effectiveness.

• Motion detection: Built‑in algorithms analyze video feeds for movement, triggering alerts or recording actions.
• Audio detection: Monitors microphone input to detect sound events.
• PTZ control: Supports remote pan/tilt/zoom commands via RS‑422/RS‑485 interfaces.

Installation & Physical Attributes

The device is designed for flexible deployment in a variety of environments.

• Wall mounting: Standard DIN rail or wall plate options are available.
• Compact form factor: Ideal for space‑constrained locations such as control rooms, server racks, or outdoor enclosures.
• Power over Ethernet (PoE): While the P7214 does not natively support PoE injection, it can be powered via an external PoE splitter to simplify cabling.

Supported Video Formats & Encoding Options

The encoder offers dual streaming for each channel, allowing simultaneous transmission of two distinct video streams:

• H.264 (MPEG‑4 AVC): Efficient compression suitable for long‑term storage and low‑bandwidth networks.
• MJPEG (Motion JPEG): Provides higher frame fidelity, ideal for real‑time monitoring or when bandwidth is less constrained.

Connectivity & Integration

The P7214’s single Ethernet port can be connected to any standard network switch. Its compatibility with a wide array of protocols ensures that it can be integrated into existing video management systems (VMS) or security information and event management (SIEM) platforms without extensive reconfiguration.

Typical Use Cases

• Retail & hospitality: Convert analog CCTV cameras to IP streams for centralized monitoring.
• Industrial facilities: Provide reliable video feeds from legacy camera systems while maintaining security compliance.
• Transportation hubs: Enable real‑time surveillance of entry points and passenger areas with motion detection alerts.

Conclusion

The Axis P7214 Video Server delivers a powerful, secure, and versatile solution for converting analog video into high‑quality IP streams. Its combination of dual encoding, robust security protocols, motion and audio detection, and PTZ control makes it an ideal choice for organizations looking to modernize their surveillance infrastructure while preserving existing camera investments.