Βιομηχανικός Gigabit Διακόπτης TRENDnet TI-BG108 – 10 Θύρες, 400W PoE++

TRENDnet TI-BG108 is an industrial 10-port Gigabit Ethernet switch offering up to 400W total PoE++ power budget. Designed for deployment in industrial and commercial networks, this switch provides wired Gigabit connectivity and centralized power delivery for PoE++/PoE+/PoE devices such as IP cameras, wireless access points and VoIP phones. The TI-BG108 supports installation options for rack or wall mounting, making it suitable for monitoring, access control and IoT infrastructures that require combined data and power over Ethernet.

Advantages

The TI-BG108 integrates a full set of Gigabit copper ports with a high PoE++ power budget to power multiple devices from a single network appliance. Its industrial design supports flexible mounting and deployment in harsh or space-constrained environments while simplifying cable management by consolidating data and power delivery. The switch is intended to reduce the need for separate power supplies at end devices and to centralize power management in surveillance and network access installations.

Suitable for

• IP video surveillance systems requiring power and Gigabit connectivity for multiple cameras
• Wireless access point deployments needing high PoE power for high-capacity APs
• VoIP phone systems in commercial or industrial offices
• IoT and access control installations with PoE-enabled sensors and controllers
• Rack or wall-mounted network deployments in production, transport or utility sites

Key specifications

• Number of ports: 10 Gigabit Ethernet ports
• Total PoE power budget: up to 400W supporting PoE++/PoE+/PoE devices
• Form factor: industrial switch with rack or wall mounting capability
• Network speed: Gigabit Ethernet on copper ports
• Supported device types: IP cameras, wireless access points, VoIP phones, PoE sensors

How to use

Mount the TI-BG108 on a rack or a wall using the appropriate hardware, position it within reach of required network cabling and a suitable AC power source, and connect Gigabit Ethernet cables from network devices to the switch ports. Devices that support PoE++/PoE+/PoE will receive power automatically from the switch when connected, subject to the overall 400W power budget. Configure network settings from connected management systems as needed and verify link activity indicators to confirm connectivity.

Recommendations

Plan the PoE power allocation before installation: list connected PoE device power requirements and ensure the sum does not exceed the 400W budget. For installations in industrial environments, use shielded Ethernet cables and surge protection as appropriate, and distribute high-power endpoints across ports to avoid localized power constraints.