Avycon AVN-W06-2P04W65G 4-port Unmanaged Poe Switch

Product Description

The AVYCON AVN-W06-2P04W65G is a 4-port unmanaged gigabit Power over Ethernet switch rated at 65 watts total PoE budget. It delivers both data and DC power over standard Ethernet cabling to connected devices, eliminating the need for separate power adapters at each endpoint. Designed for straightforward plug-and-play deployment, the unit requires no software configuration or managed interface. Licensed security installers, network technicians, and AV integrators typically deploy this switch to power IP cameras, access control readers, VoIP phones, and similar low-voltage networked devices.

This switch is well suited for small commercial and residential surveillance or access control installations where a compact, unmanaged solution is preferred. Typical scenarios include powering IP camera runs in retail spaces, office lobbies, or light industrial environments. The 65W total power budget supports multiple PoE-powered devices on a single switch without requiring a dedicated power management interface.

Key Features

• 4 gigabit ports provide full 1000 Mbps throughput per port
• 65W total PoE power budget supports multiple powered devices simultaneously
• Unmanaged plug-and-play design requires no configuration software or CLI access
• Delivers data and power over a single Ethernet cable to PoE-compatible endpoints
• Compact form factor suited for closet, wall, or desktop deployment

Compatibility

Designed as a plug-and-play unmanaged PoE switch compatible with IEEE 802.3af and 802.3at compliant powered devices such as IP cameras, access control panels, and VoIP endpoints.

Installation Notes

Installation is typically performed by licensed low-voltage or network technicians. Ensure the upstream power source and cabling infrastructure meet local electrical codes before connecting the switch. Power down all connected devices before making or removing Ethernet connections during service. Do not exceed the total 65W PoE power budget across all active ports, as overloading can cause instability or device dropouts.