Netgear M4300 24x1G PoE+ Stackable Managed Switch — 2x10GBASE-T & 2xSFP+ (1000W PSU)

The Netgear M4300 24x1G PoE+ Stackable Managed Switch is engineered for mid-enterprise edge deployments and SMB cores that demand power, performance, and effortless scalability. This switch combines full PoE+ support across 24 ports with high-speed uplinks (2x10GBASE-T and 2xSFP+) to create a flexible foundation for modern networks. Designed for spine-and-leaf style growth, it delivers enterprise-grade features, intuitive management, and reliable operation in a compact, stackable chassis. Whether you’re energizing IP cameras, access points, VoIP phones, or point-of-sale devices, the M4300 helps you consolidate devices, reduce cabling complexity, and streamline network administration with a single, cost-efficient solution.

• Powerful PoE+ capability with a robust 1000W PSU: Every 24 PoE+ port can energize essential devices without requiring separate power drops. The large PoE budget supports high-density deployments such as wireless APs, cameras, and IP phones, simplifying wiring plans and reducing the need for additional electrical infrastructure.
• Flexible, high-speed uplinks for scalable networks: The switch provides 2 x 10GBASE-T and 2 x SFP+ uplinks, enabling rapid aggregation to the core or data center. This combination supports diverse fiber and copper connectivity, easing migration paths and future-proofing your network as bandwidth demands grow.
• Stackable design for simplified growth and management: Seamlessly stack with other M4300 models to expand port density and performance without introducing complex routing or disruptive re-wiring. Stacking delivers centralized management, consistent policies, and simplified firmware updates across the entire stack.
• Advanced L2/L3/L4 features with IPv4/IPv6 support: Beyond basic switching, the M4300 incorporates routing, ACL enforcement, QoS, VLANs, and IPv6-friendly capabilities. These features enable efficient traffic segmentation, secure access control, and optimized performance for mixed workloads across your campus and data-center edge.
• SMB-friendly reliability with enterprise-grade tools: The switch blends ease of use with robust monitoring, web-based management, and CLI flexibility. It’s designed to minimize downtime, simplify provisioning, and lower total cost of ownership through streamlined administration and predictable operation.

Techncial Details of Netgear M4300 24x1G PoE+ Stackable Managed Switch with 2x10GBASE-T and 2xSFP+ (1,000W PSU)

• Port configuration: 24 x 1G PoE+ ports for power-enabled devices, plus 2 x 10GBASE-T uplinks and 2 x SFP+ uplinks for high-speed aggregation and data-center connections.
• PoE+ power budget: Up to a total of 1,000W available to power PoE devices, enabling robust deployments without separate power arrangements for each endpoint.
• Power supply: 1,000W power supply unit (PSU) designed for reliable operation; supports standard rack-mount installation and integrates with common enterprise power environments.
• Stacking and resiliency: Native stacking capability with compatible M4300 models provides centralized configuration, scalable performance, and simplified fault isolation across the stack.
• Management and software: L2/L3/L4 switching with IPv4/IPv6 support, advanced QoS, ACLs, VLANs, LLDP, SNMP, and secure management options for day-to-day operations and policy enforcement.
• Security and access control: Features including 802.1X authentication, RADIUS server integration, and ACL-based traffic control to safeguard the network perimeter and internal resources.
• Performance and efficiency: Designed for mid-enterprise edge deployments, balancing power efficiency with high-throughput switching to handle mixed traffic profiles without contention.
• Form factor and deployment: Rack-mountable chassis suitable for SMB cores or edge aggregations, with a compact footprint that fits into standard data-center or telecom rooms.

how to install Netgear M4300 24x1G PoE+ Stackable Managed Switch

• Unpack and prepare: Remove the switch from its packaging, verify the model and serial number, and ensure your rack space is clean, ventilated, and compliant with your data-center standards. Have your power cord ready and a console/management workstation accessible.
• Connect power and cooling: Install the 1,000W PSU if not preinstalled and connect the switch to a stable power source. Ensure adequate airflow around the chassis to prevent thermal throttling during sustained PoE usage.
• Connect network uplinks and PoE devices: Attach the 2 x 10GBASE-T uplinks to the core or distribution layer, and connect the 2 x SFP+ uplinks for fiber paths if applicable. Plug PoE-enabled devices into the 24 PoE+ ports as needed for immediate operation.
• Initial management access: Access the switch management interface through the default IP address or via a console connection. Log in with the default credentials and immediately secure the device by changing admin passwords and enabling basic security features.
• Firmware and licenses: Check for the latest firmware and apply updates to benefit from security patches and feature enhancements. Apply any required licenses for advanced features if your deployment requires them.
• Configure core networking: Define VLANs, trunk ports, and PoE settings. Establish L2/L3 routing rules as needed for IPv4/IPv6 traffic, configure QoS policies to prioritize critical applications, and set up ACLs to protect sensitive resources.
• Enable stacking and consistency: If deploying a stack, connect stacking cables between units and use the management console to designate stack members, roles, and master unit. Validate configuration consistency across the stack.
• Security hardening and monitoring: Establish strong admin credentials, enable SSH or HTTPS for management, configure SNMP traps for monitoring, and implement 802.1X/Radius for device access control. Set up alerting to stay informed about PoE usage and uplink status.
• Verification and documentation: Test end-to-end connectivity from PoE devices to the core, confirm PoE power delivery, check uplink performance, and review switch logs. Document the final configuration for future audits and maintenance.

Frequently asked questions

• What is PoE+ and why is it beneficial on the M4300? PoE+ (IEEE 802.3at) delivers up to 25.5W per port, enabling power-hungry devices like high-end wireless access points and IP cameras to operate over a single Ethernet cable. The M4300’s 1,000W total PoE budget supports dense deployments while reducing clutter, cabling, and electrical infrastructure complexity.
• Can the M4300 be stacked with other M4300 models? Yes. The M4300 family is designed for stackable configurations, allowing multiple switches to be managed as a single logical unit. Stacking simplifies provisioning, policy enforcement, and firmware updates across the stack, making growth predictable and painless.
• Does this switch support IPv4 and IPv6? Absolutely. The M4300 offers comprehensive IPv4 and IPv6 support, along with advanced routing, ACLs, and QoS rules. This ensures compatibility with existing networks while enabling future-ready addressing and feature expansion.
• What security features are included? The switch includes robust security options such as 802.1X authentication, RADIUS integration, ACL-based traffic control, and encrypted management access. These features help protect access to the network and restrict unauthorized device participation.
• What kind of management options are available? The M4300 provides a user-friendly web-based GUI, a powerful command-line interface, and SNMP for centralized monitoring. Administrative tasks like configuration, firmware updates, and diagnostics can be performed via multiple channels to fit administrator preferences.