L2 Managed Industrial DIN-Rail Gigabit Switch – 8× Ethernet + 2× Fiber
High-performance Layer 2 managed switch with 8× 1000M Ethernet ports and 2× 1000M fiber ports. Features SNMP/Web/Telnet/Console management, advanced security, QoS, VLAN, and optional PoE+ for industrial deployments..
The Fibridge F6-M8GT2GX series managed industrial switch combines Gigabit copper and fiber networking with advanced Layer 2 management features. Equipped with 8× 10/100/1000 Mbps Ethernet ports and 2× 1000 Mbps fiber ports (SC/FC/SFP options), it provides both high-speed connectivity and long-distance fiber uplinks for industrial networks.
With support for SNMP, Web, Telnet, and Console management, the F6-M8GT2GX allows full control over port configuration, port mirroring, QoS, VLANs, security binding, and storm control. Advanced redundancy features such as STP/RSTP ensure reliable uptime in mission-critical environments.
Designed with a built-in power module (AC 100–240V, DC 12V, or optional DC 48–56V PoE+), this switch can power IP cameras, sensors, and wireless devices while maintaining stable Gigabit data transfer. The rugged IP40 housing, overload protection, reverse-link protection, and hot-pluggable fiber ports make it ideal for deployment in harsh electrical environments.
Its compact DIN-rail design, fanless cooling, and wide operating temperature range (-40ºC to +85ºC) ensure 24/7 reliable operation in industrial automation, utilities, mining, transport, and energy systems.
Key Features
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L2 managed switch with 8× Gigabit copper + 2× Gigabit fiber
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Supports SNMP, Telnet, Web, and Console management
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Advanced functions: VLAN, QoS, storm control, port mirroring, redundancy protocols (STP/RSTP)
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Optional PoE+ support for powering IP devices
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Rugged IP40 housing with overload and reverse-link protection
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Wide -40ºC to +85ºC operating range for harsh environments
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Fanless, compact DIN-rail mountable design
Applications
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Managed copper + fiber networking in industrial automation
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Secure PoE+ deployment for cameras, IoT sensors, and access points
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Utility, transport, mining, and energy networks requiring redundancy and QoS
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Critical systems needing centralized management and monitoring
