Netgear 36x10G/Multi-Gig PoE++ (280W base, up to 1,760W) and 4xSFP28 25G Managed Switch

The Netgear M4350-36x4v is a high-performance, PoE++ capable managed switch designed for modern enterprise campuses, data centers, and edge deployments. Boasting 36 ports of 10G/Multi-Gig connectivity and four 25G SFP28 uplinks, this switch delivers robust power, versatility, and intelligent management for demanding networks. Built to handle dense PoE device deployments—such as Wi‑Fi 6/7 access points, security cameras, and IP phones—while providing fast, low-latency data paths, the M4350-36x4v is a future‑proof solution for growing organizations that demand reliability, scalability, and centralized control.

• Powerful 36-port 10G/Multi-Gig chassis: The M4350-36x4v combines a dense port count with flexible speed options, enabling a mix of traditional 1GbE devices and higher‑bandwidth multi‑gig connections in a single, unified switch. This makes it ideal for retrofit projects where existing devices require higher speeds without a complete network overhaul.
• PoE++ capability with substantial power budget: With a base PoE budget of 280W and the ability to scale up to 1,760W, this switch powers a wide range of PoE devices—cameras, access points, and video phones—without requiring separate power infrastructure. Intelligent power management helps optimize energy use while preserving performance for critical devices during peak operation.
• 4x SFP28 25G uplinks for ultra-fast aggregation: The four SFP28 25G ports provide high‑speed uplinks to aggregation layers or data center cores, enabling low-latency, high‑throughput connectivity for crowded networks. This uplink configuration supports seamless convergence of wired and wireless deployments and supports future growth in bandwidth demands.
• Rich, enterprise-grade management features: As a managed switch, the M4350-36x4v supports advanced QoS, VLAN scalability, access control lists (ACLs), security features, and comprehensive monitoring. Network administrators gain granular visibility and control, ensuring reliable service delivery for critical applications and secured network segmentation for guest access or department-specific policies.
• Scalable, flexible deployment for campus and data centers: This switch is engineered for edge, distribution, and compact data-center roles. Its multi‑gig capable ports, PoE++ power, and 25G uplinks make it a versatile building block for consolidating campus networks, optimizing IT spaces, and simplifying management across multiple sites.

Technical Details of Netgear M4350-36x4v

• Port configuration: 36 x 10G/Multi-Gig Ethernet ports plus 4 x 25G SFP28 uplink ports
• PoE capabilities: PoE++ with a base budget of 280W; expandable up to a total PoE budget of 1,760W to support high‑density PoE deployments
• Management: Fully managed switch with enterprise‑class features for control, security, and monitoring
• Form factor: 1U rack‑mountable chassis suitable for data centers, wiring closets, and edge deployments
• Ideal use cases: Campus distribution, PoE device aggregation, small to mid‑sized data centers, and high‑density office networks

How to install Netgear M4350-36x4v

• Plan your deployment: Assess power availability and PoE needs, map out device placement, and determine the optimal rack location for cooling and accessibility.
• Rack and mount: Secure the M4350-36x4v in a standard 19" rack, ensuring proper ventilation. Confirm that mounting hardware is tight and stable to prevent vibration that could affect performance.
• Connect power: Connect the switch to a reliable power source. If you plan to maximize PoE capabilities, ensure the power supply and circuit can handle the combined load of active PoE devices.
• Link up the uplinks and access ports: Run fiber or copper cables to connect the 36 ports to end devices and use the 4 x SFP28 uplinks to connect to aggregation or core gear. Use appropriate transceivers for your fiber type if needed.
• Initial configuration: Access the management interface to configure VLANs, QoS policies, PoE scheduling, and security features. Create at least one management or out-of-band path to reduce risk during initial setup, and apply baseline security settings (strong passwords, account control, and network segmentation).
• Test and monitor: Validate connectivity across devices, verify PoE power delivery to powered devices, and monitor port performance. Enable alerts for power fluctuations, port errors, or unusual traffic patterns to maintain reliability.

Frequently asked questions

• What is PoE++ and why is it important for the M4350-36x4v? PoE++ (Power over Ethernet++) supplies higher power levels to PoE devices, enabling power-hungry devices like high‑end wireless access points, pan-tilt-zoom cameras, and video endpoints to operate without separate adapters. The M4350-36x4v provides a base 280W PoE budget and can scale up to 1,760W, supporting dense deployments and simplified cabling.
• How many 10G or Multi-Gig ports are available, and can they coexist with 1G devices? The switch offers 36 ports that support 10G or multi-Gig speeds, allowing a mix of high-bandwidth devices and legacy 1G devices where needed. This provides a flexible upgrade path for evolving networks while maintaining compatibility with existing devices.
• What uplink options are available? The switch includes four 25G SFP28 uplinks, delivering high-capacity connections to core or aggregation layers. This configuration helps reduce bottlenecks in data‑center or campus networks and supports future bandwidth growth.
• Is the M4350-36x4v suitable for campus networks or data centers? Yes. Its combination of dense PoE portting, powerful power budget, and high-speed uplinks makes it well suited for campus distribution, edge data centers, and midsize deployments where centralized management and scalable performance are required.
• What management capabilities does this switch provide? As a managed switch, it supports essential features such as VLANs, QoS, ACLs, traffic monitoring, and security controls. These capabilities help ensure reliable service for latency-sensitive applications, segment guest and staff traffic, and simplify network administration across multiple sites.