NETGEAR GS728TP 28-Port Smart Managed Pro PoE+ Gigabit Switch

• Enterprise Wi-Fi access point deployment
• IP surveillance camera networks
• VoIP telephony systems
• Small to mid-size campus networking
• Retail store network infrastructure
• Healthcare clinic connectivity systems
• Educational institution IT networks
• Hospitality guest network deployment
• Smart office IoT device connectivity
• Branch office network expansion

• 28 Gigabit Ethernet ports for enterprise connectivity
• 24 PoE+ ports for powered network devices
• 190W PoE budget for moderate-density deployments
• 4 x 1G SFP uplink ports for fiber connectivity
• Smart Managed Pro interface for simplified management
• Optimized for access-layer enterprise networking
• Supports VLAN segmentation for secure traffic separation
• QoS prioritization for critical business applications
• Efficient energy and power utilization design
• Ideal for Wi-Fi, VoIP, and surveillance systems
• Flexible rackmount or desktop installation
• Reliable Layer 2 switching capabilities
• Simplifies network expansion in distributed environments
• Reduces need for external PoE injectors
• Balanced performance for cost-sensitive deployments

• Brand: Netgear
• Product Model: NETGEAR GS728TP
• Total Ports: 28 Gigabit Ethernet ports
• PoE Ports: 24 x PoE+
• PoE Budget: 190W
• Uplink Ports: 4 x 1G SFP
• Switch Type: Smart Managed Pro PoE Switch
• Installation: Desktop or Rackmount
• Target Layer: Access Layer
• Management: Web-based Smart Managed Pro
• Series: NETGEAR Smart Managed Pro

WHY CHOOSE THIS PRODUCT?

• Organizations choose the GS728TP when they need a dependable PoE switching solution that balances performance, energy efficiency, and cost-effectiveness for enterprise access-layer deployments.
• Its 190W PoE budget supports standard-density endpoint environments while maintaining stable operation for business-critical devices. The SFP uplinks provide flexibility for integration into fiber backbone networks.
• From a procurement standpoint, it delivers strong value by reducing infrastructure complexity, enabling scalable deployment strategies, and supporting long-term network modernization initiatives without overprovisioning power resources.