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8-Port 90W PoE++ Managed Ring Switch, Dual 2.5G SFP, 480W Budget, G.8032 Ring, Alarm Output

8-Port 90W PoE++ Managed Ring Switch, Dual 2.5G SFP, 480W Budget, G.8032 Ring, Alarm Output

$239.99 USD
$48.00 USD $239.99 USD
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Introduction

  • The IM-FP21008GW is a full-featured L2+ managed industrial PoE++ switch built for the most power-demanding edge deployments — where high-wattage devices, outdoor environments, ring network redundancy, and real-time fault alerting must coexist in a single DIN-rail platform. 
  • At its core is IEEE 802.3bt compliance delivering up to 90W per port across all 8 PoE downlink ports, with a 480W usable PoE budget backed by a 57V DC input rated up to 720W — enough to simultaneously power PTZ dome cameras, high-output LED lighting arrays, and tri-radio Wi-Fi 6E access points that standard 802.3at switches simply cannot support.
  • What sets the IM-FP21008GW apart from conventional industrial PoE switches is its combination of intelligent PoE management, per-port thermal protection with programmable over-temperature shutdown, dual 2.5G SFP fiber uplinks with G.8032 V1/V2 rapid ring support, and dual dry-contact alarm outputs that trigger an external bell or siren the moment any monitored port goes down — delivering remote real-time fault notification without a separate monitoring appliance. 
  • Designed specifically for outdoor enclosure applications, its ribbed metal chassis actively dissipates heat, 6KV surge protection guards every copper port, and ±15KV ESD air discharge immunity ensures continuous operation in the electrically hostile conditions of roadside cabinets, perimeter security rings, and transportation infrastructure.

Key Features

  • IEEE 802.3bt PoE++ — Up to 90W Per Port — Supports the full PoE power spectrum: 15.4W (802.3af) / 30W (802.3at) / 60W / 90W (802.3bt) per port; powers high-wattage PTZ domes, pan-tilt camera heads, LED street lighting, and high-performance multi-radio APs that exceed 802.3at limits
  • 480W Usable PoE Budget (720W Maximum Input) — Sustains a full 8-port load at mixed 802.3bt/at power levels; intelligent priority-based allocation starting from port 1 ensures critical devices receive power first when the budget is under pressure
  • Granular PoE Management Per Port:
  • Real-time display of per-port voltage, current, power draw, and PD classification level
  • Per-port enable/disable, power-on delay scheduling, and maximum output power cap
  • Programmable parameters: Primary Power Supply, PoE Mode, Priority, Max Power
  • Remote PoE reboot for hung devices — eliminates truck rolls to restart a frozen IP camera or AP
  • Programmable Per-Port Thermal Protection — User-configurable over-temperature threshold triggers automatic port shutdown before heat damage occurs; uniquely suited to outdoor enclosure deployments where ambient temperature and device load combine to stress internal components
  • Dual Dry-Contact Alarm Output (2-Way) — Connects directly to an external bell, siren, or building management system; triggers audible or visual alert the instant any monitored port goes down — real-time remote fault notification without a separate NMS appliance or polling delay
  • ITU-T G.8032 V1/V2 Rapid Ring Protocol — Sub-50ms ring recovery for Ethernet protection ring topologies; dual copper and fiber uplinks enable drop-and-insert ring configurations for roads, perimeter security, and campus backbone deployments
  • Dual 2.5G SFP Fiber Uplinks — SM (20–120km) and MM (500m–2km) support; provides the uplink bandwidth to aggregate 8 simultaneous high-power PoE devices without fiber becoming the congestion point
  • 10 × Gigabit RJ45 Uplink Ports — Flexible copper uplink options alongside fiber for mixed-topology ring and star deployments
  • Per-Port Temperature Monitoring & Reporting — Individual port temperature visible via Web GUI or SNMP; enables proactive thermal management across the full switch in sealed outdoor enclosures
  • 6KV Ethernet Surge / ±15KV ESD Air Discharge — Comprehensive transient protection on all copper ports for outdoor, roadside, and industrial environments with frequent surge events
  • 40Gbps Non-Blocking Switching / 22.321Mpps / <10µs Forwarding Delay — Wire-speed L2+ performance with ultra-low latency for time-sensitive surveillance and control traffic
  • Full L2+ Software Feature Stack — STP/RSTP/MSTP, IEEE 802.1Q VLAN (port/MAC/IP subnet/protocol), QoS/CoS/bandwidth control, LACP link aggregation, IGMP/MLD snooping v1–v3, 802.1X/RADIUS/TACACS+/ACL security, SNMP v1/v2c/v3, Cisco-style CLI, Web GUI, IPv6 management, DHCP relay/snooping, LLDP, NTP
  • Console Port + 6-PIN Power Terminal Block — Direct serial access for out-of-band management; industrial terminal block power connection for cabinet wiring
  • Ribbed Heat-Dissipation Chassis, IP40, DIN-Rail — Purpose-designed for outdoor enclosure thermal management; corrugated metal shell rated IP40; standard 35mm DIN-rail mounting
  • -40°C to +75°C @ 240W PoE / -40°C to +55°C @ 480W PoE — Dual temperature ratings mapped to PoE load; transparent thermal envelope for system design
  • CE / FCC Class B / LVD EN IEC 62368-1 / 3-Year Warranty + Lifetime Technical Support

Applications

  • PTZ Camera & High-Power Surveillance Rings — The defining use case for 802.3bt: PTZ dome cameras with integrated heaters, IR illuminators, and high-torque pan-tilt motors routinely exceed 30W and cannot be powered by 802.3at switches. The IM-FP21008GW delivers up to 90W per port across a G.8032 fiber ring, so a single cable run powers the camera and maintains ring redundancy simultaneously — with the alarm output triggering an external siren the moment any camera link drops, giving security operations an immediate physical alert without waiting for NMS polling
  • Roadside & Highway Traffic Management — Validated for critical transportation applications; G.8032 rapid ring recovery keeps traffic cameras, variable message signs, and inductive loop controllers online even when a single ring segment fails. The alarm dry-contact output integrates directly with roadside cabinet warning systems, and 6KV surge protection handles the transient-rich environment of highway infrastructure
  • Outdoor LED Street Lighting Control — 802.3bt 60–90W per port supports PoE-powered LED luminaires and smart lighting controllers directly from the switch port, eliminating separate lighting power runs. Per-port power-on delay scheduling staggers lamp startup to prevent inrush current spikes, and per-port power monitoring tracks energy consumption per luminaire in real time
  • Perimeter Security & Critical Infrastructure Protection — Ring topology with dual fiber uplinks enables closed perimeter security loops around airports, ports, data centers, and utility substations where a single cable cut must not bring down the entire camera network. Programmable alarm outputs connect to the site's existing security alert infrastructure; thermal protection prevents switch failure in sealed outdoor enclosures during peak summer loads
  • Industrial IDF-to-MDF Aggregation — Serves as the intermediate distribution frame (IDF) switch in factory and campus networks, aggregating PoE devices from the floor and uplifting traffic over dual 2.5G fiber to the MDF core. LACP link aggregation on the fiber uplinks doubles effective throughput; MSTP prevents loops across multi-IDF ring topologies; per-port PoE priority ensures production-critical devices outlast lower-priority loads under power budget pressure
  • Wireless Infrastructure for Stadiums & Transit Hubs — Powers next-generation tri-radio Wi-Fi 6E access points that draw 60–90W — beyond the reach of any 802.3at switch — across venues where dense wireless coverage is non-negotiable. G.8032 ring redundancy keeps the wireless backbone live during cable maintenance; IGMP snooping manages multicast video streams; QoS prioritizes latency-sensitive control traffic over bulk data
  • Remote Unmanned Site Monitoring — In unmanned substations, pipeline monitoring stations, and remote field sites, the dual alarm dry-contact outputs connect to existing SCADA alarm inputs or local sirens, providing immediate physical notification of any port failure without requiring continuous SNMP polling from a central NMS. Combined with per-port PoE remote reboot, field operators can recover a hung camera or sensor remotely — reducing maintenance visits to genuinely unrecoverable faults
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