EtherWAN EX41922-T Hardened Unmanaged 2-port 10/100/1000BASE PoE+2-port 100/1000 SFP Ethernet Switch

Deliver reliable, hardened network connectivity where it matters most — at the edge of your security and surveillance system. The EtherWAN EX41922-T hardened unmanaged PoE+ Gigabit Ethernet switch is built for outdoor cabinets, remote monitoring sites and industrial installations that require resilient, low-maintenance networking. It provides two 10/100/1000Base-T PoE+ RJ-45 ports (up to 30W per port, 60W total budget) to power IP cameras and access control devices, plus two 100/1000 SFP slots for long-distance fiber uplinks or daisy-chained links. Although unmanaged, the EX41922-T delivers enterprise-grade behavior with full wire-speed Gigabit throughput, 10K jumbo frame support and QoS to prioritize video and monitoring traffic. Hardened specs, redundant terminal-block power and DIN-rail mounting make installation fast and dependable in extreme climates (-40 to 75°C). Ideal for security, surveillance, traffic monitoring and perimeter control applications, the EX41922-T minimizes cabling, lowers operational cost and keeps critical feeds online. Add industrial-grade PoE and fiber resiliency to your next security deployment — order the EtherWAN EX41922-T today.

• Rugged, deploy-anywhere reliability: hardened metal enclosure, -40 to 75°C operation and DIN-rail/terminal-block power for continuous surveillance and security deployments
• Simplified PoE power at the edge: two Gigabit PoE+ ports delivering up to 30W per port (60W total) to power cameras, access controllers and wireless radios without extra power cabling
• Fiber-ready uplinks for long-distance links: two SFP slots (100/1000) provide secure, low-latency connections between remote sites or DVR/NVR racks
• Plug-and-play simplicity with industrial performance: unmanaged operation with Gigabit throughput, 10K jumbo frame support and QoS to keep video and monitoring traffic smooth
• Energy-efficient, low-maintenance design: IEEE 802.3az EEE compliance and terminal-block redundant power support reduce operational costs and downtime