• Wi-Fi 6 / Wi-Fi 6E access point deployments
• High-density IP surveillance camera networks
• Enterprise AV over IP systems
• Smart building IoT and sensor networks
• Campus-wide fiber-connected edge switching
• Healthcare device and monitoring infrastructure
• Education digital classroom connectivity
• Hospitality and venue network distribution
• Industrial edge networking and automation systems
• Hybrid enterprise LAN and cloud-connected networks

• NETGEAR M4250 AV Line enterprise switch
• 24 × Gigabit Ethernet PoE++ ports
• 1,440W high-capacity PoE power budget
• 2 × 1G uplink ports for network aggregation
• 4 × SFP fiber uplink ports for scalable backbone integration
• Supports IEEE 802.3bt PoE++ high-power devices
• Designed for AV over IP and enterprise IoT convergence
• Layer 2 / Layer 3 switching capabilities
• Advanced VLAN segmentation and traffic isolation
• High-performance multicast optimization (IGMP support)
• Flexible copper and fiber hybrid networking architecture
• Optimized for Wi-Fi 6/6E infrastructure support
• Enterprise-grade QoS and traffic prioritization
• Scalable design for future network expansion
• NETGEAR AV Line reliability for continuous operation

• Brand: Netgear
• Model: GSM4230UP-100EUS
• Series: M4250 AV Line
• Switch Type: Managed Layer 2+/Layer 3 Switch
• Total Ports: 30
• PoE Ports: 24 × Gigabit PoE++
• PoE Standard: IEEE 802.3bt
• PoE Budget: 1,440W
• Uplink Ports: 2 × 1G Ethernet
• Fiber Ports: 4 × SFP
• Port Speed: 1G access
• Management: Web, CLI, SNMP
• Form Factor: Rack-mountable

WHY CHOOSE THIS PRODUCT?

• Organizations choose the NETGEAR GSM4230UP-100EUS for its ability to deliver high-capacity PoE++ power while maintaining enterprise-grade switching performance and scalability. It is especially valuable in environments where multiple high-power devices must be supported from a single access-layer switch without compromising stability.
• Compared to PoE+ alternatives, this switch provides significantly higher power headroom (1440W), reducing the need for external injectors or additional power infrastructure. Its SFP-based uplinks enhance deployment flexibility in fiber-connected campuses and multi-building networks.
• From a procurement perspective, it reduces infrastructure complexity, supports long-term scalability, and extends lifecycle value by accommodating future high-power endpoints such as advanced wireless APs, AV systems, and IoT edge devices. It is a strong fit for organizations prioritizing operational efficiency, network consolidation, and digital transformation readiness.