TRENDnet TI-PGM102: 8-Port Gigabit PoE+ DIN Rail Switch with 2x SFP Uplinks for Industrial Networks

Designed for harsh environments and mission-critical deployments, the TRENDnet TI-PGM102 delivers reliable PoE+ power, flexible uplinks, and rugged performance in a compact DIN-rail package. Built to thrive in industrial settings, this switch provides eight Gigabit PoE+ ports, two Gigabit SFP slots for fiber or copper uplinks, and a robust power budget that supports growing surveillance, wireless, and data-collection ecosystems. With a wide operating temperature range of -20°C to 65°C and a 50–55V DC input, it is purpose-built to handle the demands of factory floors, transportation hubs, and outdoor enclosures where uptime is essential.

• 8 x Gigabit PoE+ ports plus 240W PoE power budget: Power IP cameras, wireless access points, sensors, and other PoE+ devices directly from the switch. The high 240W budget enables multiple devices to operate simultaneously, while per-port power is negotiated automatically to protect device reliability and network stability.
• 2 x Gigabit SFP uplink slots for flexible networking: Extend your network with reliable fiber or copper SFP modules. The dual SFP slots support high-speed uplinks to core switches or remote sites, enabling scalable, fiber-backed deployments without needing separate media converters.
• 20 Gbps switching capacity for smooth, low-latency performance: Non-blocking, high-throughput switching ensures that bandwidth-intensive applications—surveillance streams, HD video, VoIP, and aggressive data collection—maintain quality of service even during peak loads.
• Rugged, wide-temperature design for industrial environments: Engineered to operate from -20°C to 65°C (-4°F to 149°F), this switch resists the temperature swings and vibration common in factories, warehouses, and outdoor enclosures, delivering dependable performance around the clock.
• Flexible mounting with DIN-rail and wall options, plus robust power delivery: The 6-pin removable terminal block supports a stable 50–55V DC input, and the device includes a grounding point and LED indicators for quick status checks. Mounting versatility simplifies integration into control panels, enclosures, or compact equipment racks.

Technical Details of TRENDnet TI-PGM102

• 8 x Gigabit PoE+ ports; 2 x Gigabit SFP slots
• PoE power budget: 240W @ 56V DC
• Input voltage: 50–55V DC
• Switching capacity: 20 Gbps
• Temperature range: -20°C to 65°C
• Mounting options: DIN-rail mount and wall-mount capability
• Power interface: 6-pin removable terminal block; grounding point
• Indicators: LED indicators for PoE status, power, and link/activity
• Model: TI-PGM102; Color: Black

How to install TRENDnet TI-PGM102

Installing the TI-PGM102 is straightforward and designed for rapid deployment in industrial settings. Begin by planning the placement of the switch in a secure, ventilated enclosure or on a compatible DIN rail where it will receive adequate airflow and be protected from direct exposure to dust and debris. Verify that your power source matches the recommended 50–55V DC input and that the cabinet or panel has a proper grounding path to minimize electrical noise and surge risks.

• Mount the switch on a DIN rail or attach it to a wall using the provided supports. Ensure there is clearance for cable routing and adequate space for heat dissipation around the unit.
• Connect the 50–55V DC power supply to the 6-pin removable terminal block. Secure the connections firmly and attach the grounding point to a suitable chassis ground to reduce the risk of electrical interference.
• Connect your network devices to the 8 Gigabit PoE+ ports. If you are powering IP cameras, wireless APs, or other PoE devices, ensure that the total power consumption remains within the 240W budget to prevent power shortages.
• Attach the uplink connections to the two Gigabit SFP ports using compatible SFP modules for fiber or copper, depending on your infrastructure requirements. Confirm link status via the LED indicators to ensure proper connectivity.
• Power on the switch and verify operation. Check the LED indicators for PoE activity, port status, and uplink functionality. If needed, configure basic network settings or VLANs through the device documentation to optimize performance for your environment.
• Document the deployment, noting port assignments and uplink paths. In harsh environments, consider securing the enclosure to protect from tampering or mechanical impact and schedule periodic maintenance checks for dust buildup or loose connections.

Frequently asked questions

• What devices can I power with PoE on this switch? The TI-PGM102 supports PoE+ on its eight ports, delivering power to IP cameras, access points, and other PoE-capable devices. With a total PoE budget of 240W, you can deploy multiple devices simultaneously, but plan your device power requirements to stay within the budget.
• Can I use the SFP uplinks with both fiber and copper? The two Gigabit SFP slots are designed for modular uplinks. Depending on the SFP modules installed, you can connect to fiber or copper networks. This provides flexible, scalable options for backbone connections and remote-site links.
• What is the operating temperature range? The TI-PGM102 is built for industrial environments and operates from -20°C to 65°C (-4°F to 149°F), making it suitable for exposed or harsh applications where consumer-grade equipment would fail.
• Is this switch suitable for DIN-rail mounting? Yes. The TI-PGM102 supports DIN-rail mounting as well as wall mounting, giving you multiple installation options to fit inside control cabinets, panels, or compact equipment racks.
• What is the significance of the 20 Gbps switching capacity? A 20 Gbps switching capacity ensures sufficient bandwidth across all ports, reducing congestion and enabling smooth support for multiple high-speed devices, even during peak network activity.
• What about power stability and installation safety? The 50–55V DC input and the 6-pin removable terminal block simplify power wiring while providing a secure, vibration-resistant connection appropriate for industrial settings. A dedicated grounding point further enhances electrical safety.