Vigitron 4+2+2 Port MaxiiNet 1G, L2 Hardened Industrial at/af/bt 90W Ring PoE Switch-(VIG-VI30208U)
The Vigitron MaxiiNet VI30208U is a high-performance hardened industrial Layer 2+ managed PoE switch designed for demanding surveillance, security, industrial automation, and networking applications. Featuring a 4+2+2 port configuration, it delivers reliable Gigabit connectivity with IEEE 802.3af/at/bt PoE support, providing up to 90W per port to power high-performance IP cameras, wireless access points, PTZ cameras, and other PoE-enabled devices.
Built for harsh environments, the VI30208U operates in temperatures ranging from -40°C to +75°C and features a rugged aluminum housing suitable for DIN rail or desktop installation. Dual independent copper and fiber uplinks provide flexible network design, while G.8032 ERPS Ring Protocol delivers network recovery in less than 50ms, ensuring maximum uptime for mission-critical applications.
Advanced Layer 2+ management features, a generous 480W PoE budget, jumbo frame support, and 6kV surge protection make the VI30208U an ideal solution for expanding industrial Ethernet networks. Whether deployed in transportation systems, factories, warehouses, or large-scale CCTV installations, this industrial PoE switch delivers exceptional reliability, high-speed data transmission, and continuous power to connected devices
Key Features
- 4+2+2 port managed Layer 2+ industrial Gigabit PoE switch
- Supports IEEE 802.3af/at/bt PoE with up to 90W per PoE port
- Total PoE power budget of 480W
- Two independent Gigabit copper uplinks and two 1G/2.5G SFP fiber uplinks
- Hardened industrial design with -40°C to +75°C operating temperature
- G.8032 V1/V2 Ethernet Ring Protection with recovery times under 50ms
- Rugged aluminum housing with DIN rail and desktop mounting options
- 6kV surge and ESD protection for reliable operation in harsh environments
- Supports jumbo frames up to 9600 bytes for improved network efficiency
- Ideal for industrial automation, IP surveillance, transportation, and critical infrastructure networks.