Netgear XSM4316S-100NES M4300-8x8f Managed Switch

Product Description

The NETGEAR XSM4316S-100NES is the M4300-8x8F managed switch, a fully managed network switch designed for AV networking environments requiring reliable, configurable Layer 2 and Layer 3 switching. This unit supports 8 copper and 8 fiber SFP+ ports, delivering a 16-port configuration suited for high-bandwidth AV distribution and IT infrastructure deployments. Network engineers and AV integration professionals install this switch in rack-mounted configurations where traffic management, VLANs, and quality-of-service controls are required.

The XSM4316S-100NES is commonly deployed in commercial AV networking installations, including conference centers, houses of worship, education facilities, and broadcast environments where managed switching with fiber uplink capability is essential. It fits into structured cabling systems where both copper and fiber runs must terminate at a single managed switch. The unit ships as a single piece and is intended for professional rack installation.

Key Features

• 16-port managed switch configuration combining 8 copper and 8 fiber SFP+ ports
• Full Layer 2 and Layer 3 managed switching with VLAN and QoS support
• Designed for AV networking applications requiring deterministic, low-latency traffic handling
• Rack-mountable form factor suited for structured AV and IT infrastructure
• Single-unit packaging with an each (EA) unit of measure

Compatibility

Designed as an OEM-style managed switch for professional AV networking and IT infrastructure installations requiring a 16-port copper and fiber combined configuration.

Installation Notes

Installation should be performed by a qualified network engineer or licensed AV integration professional. Power down all connected equipment before making port connections. Mount the unit in a standard EIA 19-inch rack following the manufacturer rack-mount instructions and ensure adequate ventilation clearance above and below the unit. Follow applicable network cabling standards and local codes during structured cabling termination.