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8-Port Gigabit Managed Industrial PoE Switch, G.8032 Ring, DIN-Rail for CCTV Cabinet

8-Port Gigabit Managed Industrial PoE Switch, G.8032 Ring, DIN-Rail for CCTV Cabinet

$145.99 USD
$235.00 USD $145.99 USD
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Introduction

  • The IM-FP488GW is a 12-port managed industrial PoE fiber switch built around one defining advantage over conventional dual-uplink industrial switches: four independent Gigabit SFP fiber ports that give network architects the freedom to build multi-ring, multi-uplink, and dual-homed topologies from a single DIN-rail device — without stacking additional switches or fiber media converters to achieve the same result.
  • Where a two-SFP switch forces a choice between ring redundancy and dual-core uplink, the IM-FP488GW resolves that constraint entirely. 
  • With 8 × Gigabit PoE RJ45 downlinks delivering IEEE 802.3af/at power up to 30W per port and a 58Gbps non-blocking switching fabric — the widest in its class among 8-port industrial PoE DIN-rail switches — it handles the combined uplink traffic of four simultaneous fiber paths alongside a full PoE device load without congestion. 
  • Operating across -40°C to +75°C, meeting IP40 and full IEC 61000-4 Level 3 EMC immunity, and certified to IEC 60068 vibration, shock, and freefall standards, it is engineered for the same harsh outdoor and transportation environments as its two-uplink counterparts — but with the fiber port density that complex distributed infrastructure actually demands.

Key Features

  • 4 × 1000M SFP Fiber Ports — Four fully independent Gigabit fiber uplinks supporting SM (20–120km) and MM (2km) modules; enables simultaneous G.8032 ring participation, dual-core uplink, inter-ring bridging, and fiber backbone aggregation from a single device — configurations that require two separate switches when only dual SFP is available
  • 8 × 10/100/1000M PoE RJ45 Downlinks (IEEE 802.3af/at, 30W/port) — Full Gigabit auto-sensing on every access port; automatic PD classification powers the full range of IP cameras, APs, VoIP terminals, and access control panels without manual configuration
  • 58Gbps Non-Blocking Switching Fabric — The largest switching bandwidth in the IM-FPx88GW series; sustains wire-speed forwarding across all 12 ports simultaneously, including four active fiber uplinks under full PoE device load — no congestion, no dropped frames
  • ITU-T G.8032 EPR Rapid Ring — Sub-50ms ring recovery across fiber ring topologies; with four SFP ports, the IM-FP488GW can participate in two independent G.8032 rings simultaneously, or serve as the inter-ring bridge node connecting two separate protection rings — a topology impossible on a two-uplink device
  • Multi-Ring & Multi-Uplink Topology Flexibility:
  • Dual-ring participation: two SFP pairs each forming an independent G.8032 protection ring
  • Dual-homed uplink: two SFP ports to each of two core switches for active/active or active/standby redundancy
  • Ring + uplink: one SFP pair in a G.8032 ring, two SFP ports as independent uplinks to different aggregation nodes
  • Four-fiber star: four independent point-to-point fiber links to four separate upstream devices
  • 6KV Ethernet Surge Protection — All RJ45 ports protected against high-voltage transients from outdoor cable runs, nearby machinery, and lightning-induced surges
  • IEC 61000-4 Level 3 Full EMC Immunity — ESD Level 3 / Radiated Immunity Level 3 / EFT Level 3 / Surge Level 3 / Conducted Immunity Level 3; NEMA-TS2 traffic control certification; IEC 60068-2-6 vibration / IEC 60068-2-27 shock / IEC 60068-2-32 freefall; EN 50121-4 railway
  • Full L2+ Managed Software Stack — STP/RSTP/MSTP/G.8032, IEEE 802.1Q VLAN (port/MAC/IP subnet/protocol/convert/MVR), QoS/CoS/bandwidth control/storm suppression, LACP dynamic + static 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, RMON
  • Cable Diagnostics — Locates copper fault points without external test equipment; reduces field troubleshooting time in remote or hard-to-access installations
  • IEEE 802.3az EEE — Per-port energy reduction on idle links; measurable power savings across large deployments with variable device activity
  • Store-and-Forward / 9.6KB Jumbo Frame / 8K MAC Table / 4096 VLANs — Full enterprise-grade forwarding parameters in an industrial form factor
  • IP40 / DIN-Rail / -40°C to +75°C — Corrugated metal shell rated IP40; standard 35mm DIN-rail mounting; full industrial temperature range
  • CE / FCC Class A / LVD EN60950 / 3-Year Warranty

Applications

  • Multi-Ring Industrial Backbone Nodes — The IM-FP488GW's four SFP ports make it the natural choice for the node where two G.8032 protection rings meet: one SFP pair joins Ring A, a second SFP pair joins Ring B, and the switch bridges traffic between them while simultaneously powering 8 PoE field devices — replacing what would otherwise require two separate switches plus inter-switch cabling. This topology is common in large factory automation networks, smart grid substations, and campus security backbones where ring segmentation by zone is standard practice
  • Large Campus & Multi-Building Surveillance Infrastructure — Distributed IP camera deployments across university campuses, hospital complexes, and industrial parks often exceed the fiber reach of a single ring. The IM-FP488GW connects to fiber runs from multiple buildings simultaneously — one SFP per building segment — aggregating traffic from all directions into a single managed PoE access point at the campus core, with G.8032 protecting each segment independently
  • Transportation Network Dual-Ring Deployments — Highway, metro, and airport infrastructure frequently mandates dual-ring redundancy at every node to meet availability SLAs. With four SFP ports, the IM-FP488GW participates in both the primary and secondary fiber rings simultaneously while powering trackside cameras, passenger information displays, and access control panels — satisfying EN 50121-4 railway certification requirements without additional switching hardware
  • Dual-Homed Core Uplink for Mission-Critical Sites — In applications where a single upstream core switch is not acceptable — data center edge, emergency command centers, utility control rooms — two SFP ports connect to Core Switch A and two to Core Switch B, providing active/active or active/standby dual-homed uplinks with full LACP aggregation or failover, while the remaining PoE ports serve local field devices
  • Smart Grid & Substation Automation — IEC 61000-4 Level 3 immunity across all EMC parameters makes the IM-FP488GW suitable for high-voltage substation environments where protection relay networks, SCADA terminals, and IP surveillance cameras share fiber infrastructure. Four SFP ports connect independently to the station bus, process bus, and two external rings — a topology that substation automation engineers routinely require but rarely find in a single DIN-rail PoE switch
  • Oil & Gas Pipeline Monitoring Stations — Remote pipeline monitoring requires fiber connectivity in multiple directions along the pipeline route, not just a single uplink. The IM-FP488GW connects to fiber segments running in both directions along the pipeline for ring redundancy, plus independent uplinks to the control center and a local SCADA concentrator — four distinct fiber paths, all managed and protected from one device mounted in the field cabinet
  • ISP & Telecom Multi-Tenant Fiber Edge — In fiber-to-the-building deployments with multiple upstream carriers or aggregation nodes, four independent SFP uplinks allow traffic segregation by VLAN per carrier, with LACP bonding available on any SFP pair — giving ISP edge engineers the fiber port density to implement multi-carrier handoff, redundant uplinks, and tenant VLAN isolation from a single compact DIN-rail switch
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