Amg Systems AMG560-8G-8S-4XS 20-port Managed Switch

Product Description

The AMG SYSTEMS AMG560-8G-8S-4XS is a 20-port managed network switch designed for enterprise and commercial infrastructure deployments. The port configuration includes 8 gigabit copper ports, 8 SFP slots, and 4 SFP+ uplink slots, giving network engineers flexible options for fiber and high-speed uplink connections. Managed switching functionality provides VLAN segmentation, traffic prioritization, and centralized network control. This unit is installed by network technicians and systems integrators working on structured cabling and enterprise switching infrastructure.

The AMG560-8G-8S-4XS is suited for enterprise LAN environments, commercial buildings, and multi-site network deployments where managed layer switching and fiber uplink capability are required. The combination of copper gigabit ports and SFP or SFP+ slots makes it a practical fit for backbone closets, IDF or MDF rooms, and mixed-media network topologies. It is classified under enterprise hubs and switches and is sold as a single unit.

Key Features

• 20 total ports: 8 gigabit copper, 8 SFP, and 4 SFP+ slots
• Managed switch platform with support for VLAN, QoS, and traffic management
• SFP+ ports support high-speed uplink connections for backbone or inter-switch links
• SFP slots provide flexible fiber or copper transceiver options
• Enterprise-grade design suited for IDF, MDF, and commercial closet installations

Compatibility

Designed as an OEM-style managed switch for enterprise and commercial network switching applications requiring gigabit copper and fiber uplink port combinations.

Installation Notes

Installation is performed by licensed network technicians or qualified systems integrators familiar with structured cabling standards and enterprise switching equipment. Power down or de-energize the switch before making physical connections. Follow TIA-568 and applicable local network infrastructure codes when terminating copper and fiber runs. Do not insert or remove SFP or SFP+ transceivers while ports are actively passing traffic without following the manufacturer hot-swap guidance.