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Gigabit Industrial PoE Switch for High-Density Surveillance & Automation 8 × PoE af/at 240W CE

Gigabit Industrial PoE Switch for High-Density Surveillance & Automation 8 × PoE af/at 240W CE

$139.99 USD
$78.00 USD $139.99 USD
할인 품절
Introduction

  • The IM-FP488GE brings together the two capabilities that large-scale industrial field networks consistently require at each distribution node — fiber backbone flexibility and high-density PoE access — in a single unmanaged platform that installs without configuration and operates without management overhead. 
  • With 4 × Gigabit SFP fiber ports and 8 × IEEE 802.3af/at PoE RJ45 ports driven by a 40Gbps non-blocking switching fabric, it delivers the fiber port density of a core aggregation switch and the PoE access capacity of a full 8-port edge switch in one DIN-rail chassis rated for -40°C to +75°C continuous operation.
  • Four independent fiber ports is the defining hardware capability here. In distributed infrastructure — surveillance rings, transit backbone chains, campus fiber stars — four SFP ports mean the IM-FP488GE can simultaneously participate in two independent G.8032 ring segments, maintain dual-homed uplinks to two separate core switches, or bridge four different fiber runs arriving from different directions at a convergence point, while all eight copper PoE ports operate independently of the fiber topology. 
  • This is not a configuration that a two-SFP switch can achieve without additional hardware. Backed by 6KV Ethernet surge protection, the full IEC 61000-4 Level 3 EMC suite, NEMA-TS2 traffic control, EN 50121-4 railway, and IEC 60068 mechanical certifications, the IM-FP488GE deploys into roadside cabinets, trackside enclosures, and factory panels with the same confidence as a managed alternative — without the per-node configuration cost that unmanaged operation eliminates entirely across a network of hundreds of identical field nodes.

Key Features

  • 4 × 1000M SFP Fiber + 8 × 10/100/1000M PoE RJ45 — Quad Fiber, Full PoE on Every Copper Port — Four fully independent Gigabit fiber ports supporting SM (20–120km) and MM (2km) modules; all eight copper ports deliver IEEE 802.3af (15.4W) or 802.3at (30W) PoE with automatic PD classification; non-PoE devices connect safely without manual port configuration
  • 40Gbps Non-Blocking Switching Fabric — Wire-speed forwarding across all 12 ports simultaneously; the fabric absorbs the full aggregate traffic of eight active PoE devices across four concurrent fiber uplinks without internal congestion — a load profile that would saturate smaller switching architectures at this port count
  • Four-Fiber Topology Flexibility — Ring, Star, Dual-Homed, Cross-Connect — Four SFP ports enable topology configurations unavailable on two-uplink alternatives: dual G.8032 ring participation, dual-homed uplink with active/standby failover, four-direction fiber star distribution, or inter-ring bridging at convergence points — all without a managed switch or additional hardware
  • Unmanaged Zero-Configuration Operation — No CLI, no Web GUI, no VLAN or QoS setup required; identical behavior across every deployed unit; simplifies large-scale rollout where hundreds of field nodes must be commissioned rapidly by field technicians without network administration expertise, and where per-node configuration represents a meaningful deployment cost
  • 6KV Ethernet Surge Protection — All eight RJ45 ports individually hardened against high-voltage transients from outdoor copper runs, nearby heavy electrical equipment, and indirect lightning; essential for the roadside, trackside, and factory floor environments where this switch is deployed
  • IEC 61000-4 Full Level 3 EMC Immunity — ESD / Radiated Immunity / EFT / Surge / Conducted Immunity all at Level 3; the complete industrial EMC suite at the highest standard level for electrically hostile environments
  • NEMA-TS2 Traffic Control Certified — Direct qualification for roadside traffic infrastructure procurement in markets requiring NEMA-TS2 compliance
  • EN 50121-4 Railway Traffic Certified — Validated for trackside and station equipment in railway signaling and communications environments
  • IEC 60068 Mechanical Certifications — Vibration (IEC 60068-2-6) / Freefall (IEC 60068-2-32) / Shock (IEC 60068-2-27); qualified for transportation and heavy-vibration deployment
  • DC 48V Input (max 52V) / Reverse-Connection Protection — Direct integration into 48V DC infrastructure; hardware polarity protection prevents damage from field wiring errors
  • Store-and-Forward / Auto MDI/MDIX / IEEE 802.3x Flow Control — Frame integrity verification on every forwarded frame; plug-and-play copper wiring; flow control prevents packet loss under burst traffic from eight simultaneously active PoE endpoints
  • IP40 / DIN-Rail / 158 × 114.8 × 60mm / CE / FCC Class A / LVD EN60950 / 3-Year Warranty

Applications

  • Large-Scale Surveillance Ring Distribution Nodes — Perimeter and campus fiber rings serving clusters of eight cameras at each node location need exactly what the IM-FP488GE provides: four SFP ports to maintain ring continuity in multiple directions, eight PoE ports to power the full camera cluster, and unmanaged operation so that commissioning across dozens of identical ring nodes is purely a cabling exercise. At sites where a managed switch's per-node configuration cost multiplies across 50 or 100 ring nodes, the zero-configuration architecture of the IM-FP488GE converts a management burden into a standardized hardware deployment
  • Transit & Metro Station Backbone Nodes — Subway and light rail networks connect passenger information displays, IP cameras, access control readers, emergency call points, and platform Wi-Fi APs at each station through a fiber backbone. The IM-FP488GE handles the full station device count from one DIN-rail unit — four fiber ports for backbone connectivity in multiple directions, eight PoE outputs for station endpoints — with EN 50121-4 railway certification meeting the EMC requirements of the transit electrical environment and unmanaged operation removing the configuration requirement from station equipment maintenance workflows
  • Highway Multi-Sensor Roadside Nodes — Highway interchanges and urban arterial monitoring installations cluster multiple self-powered and PoE devices in a single roadside cabinet: speed cameras, license plate readers, traffic counters, environmental sensors, and communications modems. The IM-FP488GE connects and powers all eight simultaneously from four independent fiber directions — important at convergence points where fiber runs arrive from multiple highway segments — with NEMA-TS2 certification for traffic infrastructure procurement compliance
  • Wind Farm & Renewable Energy Fiber Distribution — Wind farms connecting turbines in fiber chains or rings need high-density PoE fiber distribution at collector substation points where multiple turbine fiber runs converge. The IM-FP488GE accepts four incoming fiber runs simultaneously and distributes PoE connectivity to eight local monitoring and control devices — nacelle cameras, meteorological sensors, grid interface controllers — without the per-device injector hardware that a non-PoE switch would require at each connection point
  • Factory Zone Distribution Panels — Manufacturing facilities organized in production zones connect machine vision cameras, barcode readers, RFID readers, operator terminals, and safety light curtains through zone distribution panels fed by the factory fiber backbone. At panels where multiple fiber feeds arrive from different production areas, the IM-FP488GE aggregates them and distributes PoE connectivity to eight zone devices — with IEC 61000-4 Level 3 immunity handling the servo drives, frequency converters, and arc welding equipment generating interference throughout the production environment
  • Campus & Multi-Building Outdoor Wireless Infrastructure — Dense outdoor Wi-Fi deployments across university campuses, industrial parks, and large commercial sites run fiber to building-entry and campus distribution points where multiple fiber segments converge. The IM-FP488GE powers up to eight 802.3at wireless APs simultaneously from a single distribution cabinet while accepting fiber from multiple campus directions — eliminating the separate PoE switch and fiber aggregation switch that a two-device architecture would require at each distribution point
  • Military Base Perimeter & Zone Security Nodes — Perimeter defense networks at large military installations divide the perimeter into zones, with fiber rings running through each zone and converging at security node locations. The IM-FP488GE serves as the zone node: four fiber ports connect to the perimeter ring in multiple directions, eight PoE ports power zone cameras, motion sensors, and access control hardware — all without a management interface that requires securing, a firmware update cycle that requires scheduling, or a configuration state that requires documenting across every node on the installation perimeter
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