Zyxel Switch PoE Multi-Gig 2.5G 8PoE + 10G SFP+ 100W XMG-108HP

Accelerate your network performance with the Zyxel XMG-108HP Multi-Gigabit PoE Switch. Built specifically for high-bandwidth environments like home labs, creative studios, and modern SOHO setups, this unmanaged switch boosts your local throughput up to 2.5 times over standard Gigabit speeds without requiring expensive rewiring.

Next-Level 2.5G Connectivity & 10G Fiber Uplink

Every standard RJ-45 port supports full 2.5 Gigabit Ethernet speeds, making it an ideal companion for bandwidth-heavy WiFi 6/6E routers, access points, and multi-gigabit workstations. The dedicated 10G SFP+ slot provides an ultra-fast highway for connecting to Network-Attached Storage (NAS) units or high-speed core network backbones, eliminating data transfer bottlenecks.

Versatile PoE++ Power Delivery

With an integrated 70W PoE power budget and support for advanced IEEE 802.3bt (PoE++ delivering up to 60W on designated ports), the XMG-108HP can easily power high-draw powered devices (PDs) such as PTZ surveillance cameras, VoIP phones, and high-performance wireless access points directly through existing Ethernet cabling.

Silent, Plug-and-Play Simplicity

Enjoy hassle-free network expansion. The Zyxel XMG-108HP features true plug-and-play capability—requiring zero software configuration or IT expertise. Engineered for silent, power-efficient operation, it fits seamlessly into desktop or shelf spaces in quiet office and home environments.

Key Features

• High-Speed 2.5G Ports: 8 multi-gigabit Ethernet ports for seamless WiFi 6/6E and gaming performance.
• 10G SFP+ Uplink: Dedicated high-speed fiber uplink for NAS or core switch connection.
• Advanced PoE Output: 70W total power budget with 802.3bt PoE++ support (up to 60W per port).
• Zero Re-cabling Required: Achieve up to 2.5X speeds using your current Cat5e or better network cables.
• Unmanaged Plug & Play: Immediate deployment out of the box with zero configuration required.
• Quiet & Energy Efficient: Designed for silent stability and minimal power draw.