HPE 6000 48G Class4 PoE 4SFP 370W Switch

The HPE 6000 48G Class4 PoE 4SFP Switch is a next-generation networking solution designed to power and protect modern business networks. Built for branch offices, midsize companies, and growing enterprises, this fully managed switch delivers reliable performance, secure access, and scalable power over Ethernet across 48 Gigabit ports complemented by four high-speed SFP uplinks. With a strong PoE budget, advanced security features, and intuitive management, it reduces deployment complexity while boosting uptime and service quality. Whether you’re upgrading a campus edge, expanding a small data center, or consolidating edge devices in multiple locations, this switch is engineered to simplify administration, accelerate device rollout, and safeguard your network infrastructure.

• High-density 48 x 10/100/1000 Mbps PoE+ ports with Class 4 PoE power enable direct powering of IP phones, cameras, and wireless access points from the switch, minimizing clutter and eliminating the need for multiple wall adapters at the edge. This design supports rapid room-by-room deployments and scalable edge expansion while maintaining a clean, centralized power strategy.
• Four SFP uplink ports provide flexible fiber connectivity for uplink to core networks, data centers, or distribution switches. The SFP ports support common transceivers, enabling distance-friendly connections and easier Tier 2/3 network segmentation, with the potential for link aggregation when paired with compatible devices to improve redundancy and throughput.
• 370W PoE budget enables powering a broad range of PoE devices across the port footprint, with intelligent allocation and per-port power management. This budget supports high-demand devices like IP cameras and dense VoIP deployments while preserving headroom for critical edges during peak load periods.
• Advanced security and traffic management features include robust QoS, VLAN segmentation, ACLs, and monitoring through SNMP and syslog. Built-in 802.1X authentication, DHCP snooping, and ARP inspection help defend the network against unauthorized devices and common threats while ensuring dependable application performance.
• User-friendly management through a modern web-based GUI and a powerful CLI enables rapid deployment, straightforward policy enforcement, and efficient troubleshooting. Centralized dashboards display PoE usage, port health, uplink status, and real-time traffic trends for proactive IT operations.

Technical Details of HPE 6000 48G Class4 PoE 4SFP 370W Switch

• Port count and type: 48 x 10/100/1000 Mbps PoE+ ports (Class 4) plus 4 x SFP fiber uplink ports for scalable, wired performance.
• PoE budget: 370W total PoE power available to support a range of PoE-enabled devices such as IP phones, cameras, and wireless access points.
• Power and efficiency: Energy-aware design with efficient power management; supports per-port power control and scheduling to optimize operational costs and cooling requirements.
• Performance features: Fully managed switch with core Layer 2 capabilities and essential Layer 3 routing options where supported, including VLANs, QoS, ACLs, and traffic shaping for critical applications.
• Management: Web-based GUI and CLI for configuration; supports SNMP v1/v2c/v3, RMON, and syslog for centralized monitoring and alerting.
• Security: 802.1X authentication, DHCP snooping, dynamic ARP inspection, and per-port security to prevent unauthorized access and spoofing on the network.
• Form factor: Rack-mountable design suitable for data center edge, campus distribution, or branch office deployments; compatible with standard 19-inch racks and typical data center environments.
• Interoperability: Designed to integrate with standard Ethernet networks and mixed-vendor deployments, enabling seamless collaboration with other HPE Aruba solutions and compatible third-party equipment.

How to install HPE 6000 48G Class4 PoE 4SFP 370W Switch

Follow these steps to install and configure the switch in your network, ensuring reliable operation and scalable performance from day one.

• Unbox and inspect the switch to confirm model accuracy, serial numbers, and all accessories (rack-mount ears, mounting screws, power cables, and documentation) are present and undamaged.
• Plan a secure, well-ventilated location. If mounting in a rack, use the included 19-inch rack ears and screws; ensure adequate air flow around the chassis to prevent overheating.
• Install the switch in a standard 19-inch rack or place it on a stable, flat surface. Connect the power cable to a reliable power source that complies with local electrical codes and the switch’s power requirements.
• Connect uplink peripherals: insert fiber transceivers as needed in the four SFP ports and link to your core or distribution switches. Configure link aggregation if your network design calls for higher throughput and redundancy.
• Attach PoE devices to the 48 PoE+ ports and verify they draw power within the 370W budget. If needed, plan device placement to balance power usage and minimize potential overloads.
• Perform initial configuration: access the management interface (web GUI or CLI), assign a management IP address, set admin credentials, and secure access controls. Update firmware to the latest version to maximize stability and security.
• Configure network policies: set up VLANs, trunk ports, QoS for critical applications (such as VoIP and video), and ACLs to restrict unauthorized traffic. Enable PoE settings and prioritize essential devices when necessary.
• Test the deployment: verify connectivity across access ports, ensure PoE-powered devices boot correctly, and monitor PoE budget and port health via the dashboard. Schedule firmware updates and establish monitoring alerts for proactive maintenance.
• Document the configuration: capture the network design, IP addressing scheme, VLAN assignments, QoS policies, and security settings to simplify future changes and onboarding of new devices or staff.
• Plan for ongoing management: establish routine checks for firmware updates, backup configurations, and performance reviews. Consider integrating with your existing network management system via SNMP for centralized visibility.
• Review environmental considerations: confirm proper cooling, cable management, and physical security to protect the switch and connected devices in the deployment area.

Frequently asked questions

• Q: What deployment scenarios is the HPE 6000 48G Class4 PoE 4SFP Switch best suited for? A: It is ideal for branch offices, midsize campuses, and small to medium businesses that require reliable PoE power, scalable uplinks, and robust management. Its 48 PoE+ ports support comprehensive edge deployments, while the 4 SFP uplinks enable flexible connections to core networks or data centers.
• Q: How many PoE devices can this switch power simultaneously? A: The switch offers a total PoE budget of 370W. The exact number of PoE devices powered at once depends on the power requirements of each device; typical IP phones and access points can be accommodated when power usage is evenly distributed across ports. Plan higher-power devices accordingly and monitor usage through the management interface.
• Q: What management options are available? A: The switch provides a web-based GUI and a CLI for configuration, along with SNMP support, QoS, VLANs, ACLs, and security features to support centralized administration and easier policy enforcement across the network.
• Q: Can this switch be stacked or aggregated with other switches? A: The four SFP uplinks offer flexible fiber connectivity for uplinking to core devices or potential stacking/aggregation where supported by the model and software licensing. Refer to the official datasheet for exact stacking capabilities and compatibility with other switches in the family.
• Q: Is PoE always on, or can it be scheduled? A: PoE can be managed per port and configured to match network requirements. You can enable or disable PoE per port, set port-level power priorities, and apply power-scheduling policies to optimize energy usage during off-hours or maintenance windows.