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Managed PoE+ Switch Fortinet FS-124F-POE — 24 Gigabit ports (12 PoE+), 4 SFP+, 185W max, 1U rack
The Fortinet FS-124F-POE is a managed L2+ PoE+ switch designed for small-to-medium network aggregation and edge deployments. It provides 24 Gigabit Ethernet RJ-45 ports, 12 of which support PoE+ (IEEE 802.3af/at), plus four SFP+ uplink ports for high-speed fiber or DAC connections. The switch delivers a 128 Gbit/s switching capacity, a large MAC table for stable layer‑2 performance, and an integrated 185 W PoE budget. Housed in a 1U rack form factor with smart fan temperature control, it is intended for installations that require centralized power for VoIP phones, wireless access points and IP cameras while maintaining managed switching features.
The device combines full Gigabit copper connectivity with 10 Gbit/s-capable SFP+ uplinks to simplify network aggregation. Built-in PoE+ on half of the ports enables centralized powering of endpoints without separate power supplies, supported by a 185 W total PoE budget. Layer 2+ management features and a 32,000-entry MAC table enable effective traffic control and segmentation in enterprise-edge and branch environments. Compact 1U rack design and intelligent fan control reduce space and noise impact in server rooms or wiring closets.
Install the switch in a standard 19" rack using the included mounting hardware and ensure adequate ventilation around the 1U chassis. Connect uplink SFP+ modules or DACs to the SFP+ slots for backbone connectivity, and plug Gigabit devices into the RJ-45 ports. Configure PoE behavior and port management via the switch's management interface or supported network management tools, assign VLANs, set QoS policies and enable L2+ features according to network design. Monitor fan and temperature parameters to maintain reliable operation.
When deploying powered devices, plan the power budget per port to avoid exceeding the 185 W total PoE budget. Prioritize critical devices in PoE allocation and consider power draw of higher-class PoE+ endpoints. Use SFP+ uplinks for aggregation to reduce bottlenecks, and apply VLANs and QoS to separate voice, video and data traffic for predictable performance.
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