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OLYCOM

Olycom 8 Port Industrial PoE Fiber Switch for Resilient Outdoor & Transit Field Nodes

Olycom 8 Port Industrial PoE Fiber Switch for Resilient Outdoor & Transit Field Nodes

$89.99 USD
$78.00 USD $89.99 USD
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Introduction

  • There is a common deployment scenario that a single-fiber switch cannot solve cleanly: a field node that sits between two fiber segments — upstream and downstream — while simultaneously powering and connecting a cluster of local PoE devices. 
  • Solving it with a single-fiber switch means sacrificing ring protection; solving it with a managed platform means paying for management complexity that an unmanaged node simply doesn’t need.
  • The Olycom IM-FP266GE occupies this middle ground with precision. 
  • Two 1000Mbps SFP fiber ports handle the backbone — enabling ring topology participation, dual-homed uplinks, or daisy-chain extension — while 6 × Gigabit PoE RJ45 ports power and connect the local device cluster at each node. IEEE 802.3af/at auto-detection delivers up to 30W per port to cameras, APs, and sensors without any configuration, and the whole unit runs plug-and-play with no management interface, no IP address, and no ongoing administration overhead.
  • Housed in a 158 × 114.8 × 60mm IP40 corrugated metal enclosure, rated across -40°C to +75°C, certified to NEMA-TS2, EN 50121-4 rail traffic, and IEC 60068 vibration/shock/freefall, the IM-FP266GE is built for nodes that need to stay online through everything a harsh outdoor or industrial environment can deliver — without anyone needing to log in to make it happen.

Key Features

  • 2 × 1000Mbps SFP Fiber Ports — Dual fiber ports support ring topology, daisy-chain extension, and dual-homed uplinks; compatible with single-mode (1310/1550nm up to 20km; 1490/1550nm up to 40–120km) and multimode (1310nm up to 2km)
  • 6 × 10/100/1000Mbps PoE RJ45 Ports — All six copper ports deliver IEEE 802.3af (15.4W) or 802.3at (30W) per-port PoE; auto-detects powered device standard independently on each port; non-PoE devices receive data only with no risk of unintended power delivery; Auto MDI/MDIX on all ports
  • Up to 30W Per PoE Port — IEEE 802.3af/at — Powers the full range of modern PoE endpoints including PTZ cameras, 802.11ac/ax APs, IP intercoms, and industrial wireless devices without per-port configuration
  • 40Gbps Non-Blocking Switching Fabric — Store-and-forward architecture with wire-speed performance across all eight ports simultaneously; handles concurrent Gigabit traffic from all six PoE endpoints and both fiber uplinks without congestion
  • 6KV Ethernet Surge Protection — Port-level lightning and transient protection across all six RJ45 interfaces; essential for outdoor enclosures, pole-mount installations, and field nodes exposed to induced surge events
  • Level 3 EMS Immunity: EN 61000-4-2/3/4/5/6/8 — Full industrial electromagnetic immunity suite: ESD (±15KV air / ±6KV contact), radiated susceptibility, EFT, surge, conducted susceptibility, and power frequency magnetic field
  • NEMA-TS2 Traffic Control Certified — Meets US traffic control system electromagnetic and environmental qualification for roadside and intersection cabinet deployment
  • EN 50121-4 Rail Traffic Certified — Qualified for wayside trackside and onboard rolling stock applications under European railway EMC standards
  • IEC 60068-2-6/27/32 Vibration, Shock & Freefall Certified — Mechanically validated for continuous vibration, impact, and transport handling stresses in vehicle-mounted and trackside installations
  • Dedicated 48V PoE Power Input — Separate PoE supply input (48V, max 52V) keeps switching and power delivery subsystems independent; reverse polarity protection standard
  • -40°C to +75°C Operating Temperature — Full cold-start capability and sustained high-temperature operation; storage rated to +85°C
  • IP40 Corrugated Metal Housing, DIN-Rail Mount — 158 × 114.8 × 60mm; permanent installation in automation cabinets, outdoor enclosures, and transit equipment panels
  • FCC Part 15 Class A & EN 55022 Class A | CE / LVD EN60950 | 3-Year Warranty

Applications

  • Ring Topology Access Nodes — The Core Use Case — The IM-FP266GE’s defining role is as an active node inside a fiber ring: one SFP connects to the upstream switch, the second connects downstream to the next node, and the six PoE ports serve the local device cluster. If either fiber segment is cut or fails, traffic automatically reroutes through the surviving path — keeping all six PoE endpoints online. This is exactly the architecture used in city surveillance rings, factory automation loops, and campus perimeter security networks where a single fiber fault cannot be allowed to take down an entire segment
  • Roadside & Intersection Surveillance Nodes — NEMA-TS2 certification places the IM-FP266GE inside qualified traffic infrastructure. At a major intersection, six PoE ports simultaneously power multiple traffic cameras, a wireless backhaul AP, an environmental sensor, and a communication module — all from a single DIN-rail unit inside the roadside cabinet, with dual SFP ports connecting the node into the city fiber ring in both directions
  • Railway Platform & Wayside Equipment Clusters — EN 50121-4 certification covers deployment at stations and trackside locations where a cluster of devices — platform cameras, passenger counting sensors, PA speakers, and access control terminals — need both PoE power and ring-protected fiber connectivity from a single field switch. The unmanaged design eliminates any need for rail operations staff to configure or maintain the switch
  • Industrial Campus Perimeter Security — Powers and connects clusters of PTZ cameras, access control readers, and wireless APs at perimeter checkpoints across large industrial sites — ports, airports, power plants, logistics hubs — where the dual fiber ports maintain ring continuity around the site perimeter and the PoE ports eliminate separate power infrastructure at each checkpoint
  • Smart City Infrastructure Nodes — Deployed at lamp posts, utility poles, and street-level enclosures as the PoE distribution and fiber ring node for smart city devices: environmental monitoring sensors, public Wi-Fi APs, digital signage players, and video analytics cameras — all powered and connected from a single weatherproof DIN-rail installation
  • Wind Farm & Solar Array Field Networks — Powers monitoring cameras, wind speed sensors, inverter communication modules, and wireless links at individual turbine or array pads from a 48V DC supply, with dual fiber ports maintaining ring connectivity across the full site. The -40°C cold-start rating covers high-altitude and northern latitude installations where winter temperatures exceed the limits of commercial hardware
  • Underground & Tunnel Infrastructure — IEC 60068 shock and vibration certification supports deployment inside tunnel communication enclosures connecting IP cameras, emergency phone nodes, and ventilation controllers along tunnel walls, where mechanical stress from traffic vibration is continuous and access for maintenance is infrequent and difficult
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