Managed PoE+ Switch No name GTP-2871DP — 28 ports, 19", 440W, 10 Gbps backplane

The Managed PoE+ Switch No name GTP-2871DP — 28 ports, 19", 440W, 10 Gbps backplane is a rack-mount Ethernet switch designed for environments that require Power over Ethernet delivery combined with centralized management. The switch provides 28 ports in a 19-inch form factor and an aggregate switching/backplane throughput of 10 Gbps. With up to 440 watts of PoE+ power budget, it supports powering multiple access devices such as IP cameras, VoIP phones and wireless access points while maintaining managed switching features for access-layer deployments and small top-of-rack roles in converged networks.

Advantages

The switch integrates PoE+ power and managed Layer 2 features within a 19" rack chassis, enabling simplified deployment and centralized control. A 440W PoE budget allows simultaneous powering of numerous edge devices without external injectors. The 10 Gbps backplane capacity provides sufficient uplink and switching capacity for aggregated traffic between access ports and uplink interfaces. Built for standard rack environments, the unit supports predictable power distribution and traffic management suited to enterprise access, IP surveillance and VoIP scenarios.

Suitable for

• Access-layer deployments in enterprise and campus networks
• IP surveillance systems with multiple PoE cameras
• VoIP telephony and unified communications endpoints
• Wireless access point aggregation and PoE-powered Wi‑Fi installations
• Small data center top-of-rack setups requiring PoE and high uplink throughput

Key specifications

• Form factor: 19-inch rack-mount
• Number of ports: 28 Ethernet ports
• PoE standard: PoE+ (IEEE 802.3at) power delivery
• PoE power budget: up to 440 W total
• Switching/backplane capacity: 10 Gbps aggregate
• Management: managed switch functions (VLAN, QoS, port management and monitoring)
• Intended use: access-layer and top-of-rack deployment

How to use

Install the switch in a standard 19" rack and connect power using the provided AC input. Connect network devices to the Ethernet ports and configure PoE settings and management features via the switch's management interface or CLI according to site requirements. Assign VLANs, configure quality of service and set port priorities for powered endpoints such as IP cameras, VoIP phones and access points. Monitor power consumption and port status through the management tools to ensure stable operation and to balance PoE allocation across ports.

Usage recommendations

For stable operation, plan PoE device placement and calculate total power consumption to remain within the 440W budget, allocate uplink bandwidth to match aggregated traffic needs, and use VLANs and QoS to separate surveillance, voice and data traffic. Ensure adequate ventilation in the rack and monitor device firmware for security and performance updates.