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4-Port PoE++ Managed Industrial Ethernet Switch, 2 × GE SFP, 60W/Port, G.8032 Ring, Compact DIN-Rail

4-Port PoE++ Managed Industrial Ethernet Switch, 2 × GE SFP, 60W/Port, G.8032 Ring, Compact DIN-Rail

$65.99 USD
$36.50 USD $65.99 USD
할인 품절
Introduction

  • The IM-FP244GM reframes what a compact industrial PoE switch can deliver. Housed in a 113.8 × 93 × 34.9mm DIN-rail enclosure — the smallest footprint in the IM-FP series — it packs IEEE 802.3af/at/bt PoE++ support up to 60W per port, dual Gigabit SFP fiber uplinks, full ITU-T G.8032 ERPS ring protection, and a complete L2 managed feature set into a form factor that installs in cabinets, junction boxes, and field enclosures where larger switches simply do not fit.
  • This is not a stripped-down edge device. With a <5µs switching delay — the lowest latency figure in the IM-FP lineup — and 12Gbps switching capacity across just 6 ports, the IM-FP244GM is purpose-sized for deployments where port count is secondary to installation density, power headroom per device, and latency sensitivity: a single PTZ camera or high-output AP drawing 60W at a remote pole cabinet, a fiber ring node in a roadside enclosure with space for one DIN-rail module, or a process control edge point where sub-5µs forwarding delay matters to the automation system behind it. 
  • Operating at -40°C to +75°C with full IEC 61000-4 Level 3 EMC immunity, 4KV surge protection, and EN 50121-4 railway certification, it carries the same industrial-grade credentials as its larger siblings in a chassis that goes where they cannot.

Key Features

  • 4 × 10/100/1000M PoE RJ45 (IEEE 802.3af/at/bt, up to 60W/port) — Full PoE++ on every access port; automatic PD classification delivers 15.4W, 30W, or 60W as each connected device requires — no manual port configuration needed
  • 2 × 1000M SFP Fiber Uplinks — SM (20–120km) and MM (2km) support for point-to-point fiber links or G.8032 ring participation; BiDi SFP modules supported for single-fiber deployments where fiber count is limited
  • <5µs Switching Delay — The lowest forwarding latency in the IM-FP series; critical for time-sensitive automation protocols, process control traffic, and synchronized surveillance systems where frame delay accumulates across multiple hops
  • Ultra-Compact Form Factor: 113.8 × 93 × 34.9mm — The smallest managed industrial PoE fiber switch in the lineup; fits in roadside pole cabinets, outdoor junction boxes, and tight DIN-rail panels where an 8-port device cannot be physically accommodated
  • ITU-T G.8032 ERPS Ring Protection — Sub-50ms ring recovery on fiber ring topologies; bus, star, and ring structures all supported from the same device without reconfiguration
  • DC 48–52V Input with PoE bt / Overload Protection / Redundant Protection / Reverse Connection Support — Industrial DC power input with multiple hardware-level protection mechanisms; redundant power input for always-on field installations
  • 4KV Ethernet Surge Protection — RJ45 port surge immunity for outdoor and field-deployed copper runs; suited for pole-mounted and roadside cabinet installations
  • IEC 61000-4 Level 3 Full EMC Suite — ESD / Radiated Immunity / EFT / Surge / Conducted Immunity all at Level 3; NEMA-TS2 traffic control / IEC 60068-2-6 vibration / IEC 60068-2-27 shock / IEC 60068-2-32 freefall / EN 50121-4 railway certified
  • L2 Managed Feature Set:
  • VLAN: 802.1Q Tag VLAN (4K) + Port-based VLAN; full VLAN segmentation for multi-tenant and security-isolated deployments
  • QoS: 802.1p; 4-priority queues per port; port default priority marking; CAR speed limiting at 1Kbps step granularity
  • Security: 802.1X port/MAC authentication; MAC address filtering; IP+MAC+port binding (manual and auto-scan); ARP speed limiting; ARP learning control; port loop detection; DDOS defense; HTTPS/SSH v2
  • Multicast: IGMPv1/v2/v3 Snooping; multicast, broadcast, and unknown unicast storm suppression
  • Link Aggregation: Static LACP; port isolation and aggregation management
  • DHCP: Snooping + Option 82
  • Management: Web GUI, Cisco-style CLI, Telnet, SNMP v1/v2c/v3, Windows utility, MIB library, SNTP, port mirroring (one-way and two-way), reset to default
  • 9KB Jumbo Frame / 2K MAC Table / <5µs Delay — Optimized for low-port-count high-performance edge nodes rather than large-scale aggregation
  • IP40 / DIN-Rail / -40°C to +75°C — Full industrial environmental rating in the most compact chassis available in the series

Applications

  • Space-Constrained Pole & Street Cabinet Deployments — The defining advantage of the IM-FP244GM over its 8-port siblings is physical size: roadside pole cabinets, traffic signal control boxes, and street furniture enclosures frequently have DIN-rail space for only one or two compact modules. At 113.8 × 93 × 34.9mm, the IM-FP244GM installs where no other managed industrial PoE fiber switch in the lineup fits — powering one to four cameras or APs per pole with full fiber ring connectivity and managed traffic control, without requiring a larger enclosure
  • Single-Node PTZ & High-Power Camera Installations — Where a PTZ dome with integrated heater, wiper, and IR illuminator draws 45–60W, a standard 802.3at switch is simply insufficient. The IM-FP244GM delivers 60W per port to each of its four access ports — enough for the most power-hungry single-axis or multi-axis PTZ installations — while remaining compact enough to mount inside the camera pedestal enclosure or the immediately adjacent pole cabinet
  • Low-Latency Process Control Edge Nodes — In industrial automation and process control networks where Ethernet-based fieldbus protocols (Profinet, EtherNet/IP, Modbus TCP) are time-sensitive, the <5µs switching delay of the IM-FP244GM matters in a way that standard industrial switches with 10µs+ latency do not. Each hop in a multi-node ring adds latency; a switch that cuts per-hop delay in half directly improves end-to-end control loop timing across the entire network
  • Fiber Ring Nodes in Distributed Infrastructure — G.8032 ERPS ring deployments in water treatment plants, gas distribution networks, and electrical grid automation typically place a managed switch at each monitoring or control point along the ring. The IM-FP244GM serves as the minimal-footprint ring node — two SFP ports for ring continuity, four PoE ports for local field devices — fitting into the smallest enclosures at each site without sacrificing ring redundancy or management capability
  • Railway & Traffic Control Trackside Nodes — EN 50121-4 railway certification and NEMA-TS2 traffic control compliance position the IM-FP244GM directly for trackside signal cabinets, level crossing control panels, and highway intersection boxes where installation space is governed by civil infrastructure dimensions rather than network equipment preferences. The compact form factor meets the physical constraint; the industrial certifications meet the regulatory requirement
  • Multi-Tenant Building Access Edges — In MDU, hotel, and commercial building deployments where a managed PoE fiber switch is needed at each floor IDF but cabinet space is shared with other building systems, the IM-FP244GM provides 802.1Q VLAN tenant isolation, 802.1X per-device authentication, and fiber uplink to the building core — in a chassis that coexists with fire alarm panels, BMS controllers, and power distribution modules in the same compact cabinet
  • Remote Unmanned Monitoring Outposts — Pipeline telemetry stations, weather monitoring sites, and environmental sensor networks require a managed switch with fiber uplink, PoE for local sensors and cameras, ring redundancy for communication resilience, and a form factor small enough to fit in a weatherproof field enclosure. The IM-FP244GM meets all four requirements simultaneously — and its redundant power input with reverse-connection protection tolerates the imperfect DC wiring conditions common in remote field installations
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