Huawei 8-port PoE switch PoE

Huawei 8-port PoE switches provide full PoE support on all ports with a total power budget of 124 W, suitable for small to medium network deployments.

Key Specifications

• Ports: The S200-8P4S model features 8 Gigabit Ethernet ports supporting PoE and 4 uplink 1000BASE-X ports for high-speed connectivity, while the S110-8P2ST also offers 8 PoE ports with 2 uplinks .
• PoE Standards: Both switches comply with 802.3af (PoE) on all 8 ports or 802.3at (PoE+) on 4 ports, providing flexible power delivery for devices like IP cameras, VoIP phones, and wireless access points .
• PoE Power Budget: The built-in power module delivers 124 W total PoE power, ensuring full power allocation across all ports when using 802.3af devices .
• Cooling and Noise: The S200-8P4S uses a built-in fan for forced air cooling, which may produce higher noise during startup, while the S110-8P2ST relies on natural heat dissipation and is fanless, making it quieter for office environments .
• Operating Conditions: Both switches operate in standard temperature ranges, with adjustments for high-altitude environments. The S200-8P4S supports -5°C to +45°C when using long-distance optical modules, and cannot start below 0°C .

Deployment Scenarios

Huawei 8-port PoE switches are ideal for small office networks, campus edge deployments, and industrial applications. The S200 series is suitable for desktop or rack-mounted setups, while the S5735I-S-V2 series offers industrial-grade options for harsh environments like smart manufacturing, transportation, and safe city applications .

Additional Features

• Management: These switches support simplified management and monitoring, making them suitable for enterprise networks requiring reliability and service intelligence .
• Connectivity: Uplink ports allow integration into larger networks or data centers, providing scalability for growing network demands . Huawei 8-port PoE switches combine compact design, full PoE support, and flexible deployment options, making them a reliable choice for powering network devices while maintaining high-speed connectivity.