Intellinet 8-Port Gigabit PoE+ Web-Managed Industrial Switch with 2 SFP Ports

Meet the Intellinet Ethernet Switch — a rugged, capable, and scalable solution built for demanding industrial environments. This 8-port Gigabit Ethernet PoE+ web-managed switch combines high-power PoE+ delivery with flexible fiber uplinks via two SFP ports, empowering you to deploy cameras, phones, wireless access points, and a range of sensors across harsh factory floors and outdoor installations. Designed to withstand temperature swings, dust, and vibrations, it delivers reliable performance where standard PoE switches fall short. With an intuitive web-based interface and Layer 2+ capabilities, it puts network control in your hands, enabling smarter segmentation, prioritized traffic, and streamlined maintenance for industrial networks.

• High-power PoE+ delivery across 8 ports: Power compatible devices directly from the switch, reducing cabling complexity and eliminating the need for separate power injectors. This enables rapid deployment of IP cameras, VoIP handsets, wireless APs, and other PoE-enabled equipment in tight spaces or hard-to-reach locations, while maintaining centralized control and monitoring of power usage.
• Versatile dual SFP uplinks: In addition to the eight PoE-enabled copper ports, two Small Form-factor Pluggable (SFP) ports provide flexible fiber connectivity for long-distance links, high-bandwidth backbones, or connections to core switches. This enables scalable network architectures that can grow with your facility’s needs without sacrificing performance or reliability.
• Web-managed with Layer 2+ features: The built-in web interface makes setup and ongoing management straightforward. Layer 2+ capabilities include VLAN support for network segmentation, Quality of Service (QoS) to prioritize critical traffic, port security to deter unauthorized access, and traffic control features that keep real-time applications running smoothly in busy industrial networks.
• Industrial-grade build for harsh environments: Engineered to withstand challenging conditions, the switch features a robust chassis designed for vibration, dust, and wide temperature ranges. Its compact, DIN-rail-friendly form factor makes for clean, space-efficient installations inside control panels or equipment racks, delivering dependable operation in factories, warehouses, and outdoor facilities.
• Reliable deployment and futureproofing: With optimized power delivery to PoE devices, dependable data throughput, and remote management options, this Intellinet switch reduces downtime and simplifies maintenance. Its modular design and flexible uplink options help you futureproof your network as new devices and applications come online, ensuring long-term viability in industrial networks.

Technical Details of Intellinet Ethernet Switch

• Model: Intellinet 8-Port Gigabit Ethernet PoE+ Web-Managed Industrial Switch with 2 SFP Ports
• Ports: 8 x Gigabit Ethernet PoE+ ports + 2 x SFP fiber ports
• PoE+: IEEE 802.3at compliant (PoE+) for powering compatible devices directly from the switch
• Management: Web-based interface with Layer 2+ features for easy configuration and monitoring
• Mounting: Industrial-grade enclosure with DIN-rail compatibility for flexible installation
• Environment: Designed to perform reliably in harsh industrial settings with robust cooling and protective design
• Reliability: Built for 24/7 operation with stable performance under load and network growth

How to install Intellinet Ethernet Switch

Installing the Intellinet 8-Port Gigabit Ethernet PoE+ Web-Managed Industrial Switch is straightforward and designed to minimize downtime in busy facilities. Start by selecting a location that allows ample ventilation and easy access to power and network connections. If mounting on a DIN rail, secure the switch firmly to ensure stability in environments with vibration. Connect the power supply to the switch, ensuring the voltage matches the device’s requirements, and position all Ethernet and fiber cables to avoid strain and interference. Once powered, proceed with network configuration and device onboarding:

• Plan your port usage by assigning PoE devices to specific copper ports, ensuring you do not exceed your total PoE budget and distributing load evenly across the switch.
• Attach the 2 SFP uplink modules to corresponding fiber cabling for backhaul to the core network or to other switches. Use appropriate SFP transceivers for your fiber type (multimode or single-mode) and distance requirements.
• Access the web-based management interface by entering the switch’s IP address into a supported web browser. If needed, use the auto-discovery utility or DHCP server to locate the device’s address.
• Configure essential settings first, including administrator credentials, management IP, and VLANs for network segmentation. Set up PoE policies to monitor power draw and to prevent overloading power budgets.
• Enable QoS to prioritize latency-sensitive applications such as real-time monitoring systems, video streams, and voice communications. Define traffic classes and queue priorities to maintain performance during peak times.
• Assign port security features to prevent unauthorized access and apply basic monitoring through the web interface. Save and apply the configuration, then test connectivity across both copper and fiber links to confirm proper operation.

Frequently asked questions

• What does PoE+ mean in practice? PoE+ refers to power over Ethernet at levels higher than legacy PoE, enabling you to power more demanding devices directly from the switch. This simplifies deployments by reducing the number of independent power adapters and outlets required on site.
• Why use the two SFP ports? The SFP ports provide flexible fiber connectivity for long-distance links and high-bandwidth backbones. They allow you to connect distant devices, extend your network beyond copper limits, and create resilient, scalable layouts that maintain fast performance.
• Are VLANs necessary in an industrial setting? VLANs help segment critical equipment from less-secure devices, reduce broadcast domains, and improve security and traffic management. In industrial environments, VLANs support safer, more reliable operation for cameras, sensors, and control systems.
• Can this switch be mounted in an existing rack or cabinet? Yes. The switch is designed for rugged industrial installations and supports rack or DIN-rail mounting, making it adaptable to control panels and equipment enclosures commonly used in factories and warehouses.
• Is the management interface user-friendly for operators new to networking? The built-in web-based management interface is designed for intuitive setup and ongoing administration, with guided configuration options and clear telemetry to help operators monitor switch status, PoE usage, and network health.