QNAP QGD-1600P-8G Ethernet Switch

QNAPSKU: 5727794

Price:
Sale price$869.48

Description

QNAP QGD-1600P-8G Ethernet Switch

QNAP's QGD-1600P-8G is the world's first PoE-managed switch that supports Virtual Machines (VMs). Engineered for modern networks, it blends high-power PoE capabilities with virtualization-ready performance, enabling organizations to deploy IP cameras, wireless access points, and other PoE devices alongside VM-based network services. With a dual-CPU architecture, the QGD-1600P delivers robust Layer 2 switching and advanced management features, making it an ideal solution for SMBs, edge deployments, and small data centers where reliability, scalability, and virtualization come together in a single device.

  • The QGD-1600P-8G combines PoE scalability and VM-aware networking in one box: 4 ports deliver up to 60W each for high-demand devices like PTZ cameras and high-power wireless APs, while 12 PoE ports deliver up to 30W to support dense IP camera deployments, VoIP phones, and edge devices. Two PoE/SFP combo ports provide flexible uplink options, enabling combined PoE Ethernet and fiber connections to integrate seamlessly with existing core networks or data centers.
  • For virtualization and network automation, dual CPUs give the switch the horsepower to run VM-related services directly on the device and to segment traffic with high efficiency. This design supports VM guest networks, virtual routing, and enhanced isolation between VM workloads and physical devices, enabling administrators to create scalable, secure, and isolated network segments without requiring dedicated servers or external virtualization hardware.
  • Layer 2 switching with robust enterprise-grade features ensures reliable performance in crowded networks. Expect comprehensive VLAN support for traffic segmentation, advanced QoS to prioritize latency-sensitive traffic such as video streams and voice, IGMP Snooping for efficient multicast handling, and Link Aggregation to boost bandwidth and provide redundancy between switch stacks or between the switch and a core router. These capabilities help ensure smooth operation of surveillance systems, classrooms, and office environments with multiple PoE devices.
  • Management and deployment are streamlined through a polished web-based interface, CLI, and mobile-friendly dashboards. Network administrators can monitor PoE budgets in real time, schedule power to reduce energy consumption, implement security features such as port security and ACLs, and easily provision new IP cameras or APs in minutes—centralizing control for scalable, future-ready networks across multiple sites.
  • Designed for versatile environments, the QGD-1600P-8G excels in surveillance deployments, office networks, and edge computing. Its PoE capabilities reduce the need for separate power outlets and simplify cabling, while VM support opens opportunities for virtualization-based services at the network edge. This makes it a future-ready solution that grows with your business, delivering reliable performance, centralized management, and scalable PoE power for a growing ecosystem of devices and workloads.

Technical Details of QNAP QGD-1600P-8G Ethernet Switch

  • PoE capabilities: 4 ports rated up to 60W each for high-power devices and 12 ports rated up to 30W for broad PoE device support. The switch includes two PoE/SFP combo ports for flexible uplink options, enabling either PoE Ethernet connections or SFP fiber connections to your core network or data center.
  • Port count and topology: 16 Gigabit Ethernet ports in total, designed for dense deployments. The inclusion of two PoE/SFP combo ports adds flexible uplink paths and allows fiber backhauls or PoE-powered links to be integrated without sacrificing PoE budgets on access ports.
  • PoE budget and power management: A generous PoE budget supports a wide range of devices in one box, with power allocated to each port to meet device requirements. Power management features enable scheduling, monitoring, and optimization of PoE usage to reduce energy consumption during low-demand periods.
  • Dual-CPU architecture: A dual-processor design provides enhanced VM support and virtualization-oriented networking. This architecture helps handle VM networking workloads, virtualization-aware traffic flows, and Layer 2 features with greater efficiency, ensuring stable performance when IP cameras, APs, and other PoE devices generate concurrent traffic.
  • Layer 2 features and security: Comprehensive Layer 2 functionality including VLAN, QoS, Link Aggregation, STP/RSTP/MSTP, IGMP Snooping, port security, and access controls. These features deliver predictable performance, robust security, and network resilience in complex deployments while supporting virtualization-oriented traffic isolation.
  • Management and compatibility: Web-based GUI, CLI, SNMP, and integration with QNAP’s management ecosystem. Centralized monitoring, configuration, and automation across multiple devices is supported, making it simpler to scale networks and maintain consistency across sites.
  • Reliability and form factor: Engineered for continuous operation in demanding environments, with efficient cooling and solid hardware design to sustain PoE loads and high-traffic conditions typical in modern offices, campuses, and retail networks.

How to Install QNAP QGD-1600P-8G Ethernet Switch

  • Position the switch in a rack or on a sturdy shelf with adequate ventilation. Ensure the area is free from obstructions to allow airflow and prevent overheating when PoE devices are in use.
  • Connect the switch to your power source, and if you are integrating with an existing core network, connect the uplink using one of the two PoE/SFP combo ports. If you are using fiber, install the appropriate SFP module and fiber cabling to reach your core switch or router.
  • Power on the switch and access the management interface through the discovered IP address or via your network management tools. Use the default credentials to start the setup wizard, then change the admin password to secure access.
  • Configure basic network settings including VLANs to segment traffic, QoS to prioritize critical streams, and PoE scheduling to optimize energy usage. If you plan to run VM services or VM-related networking, enable VM-aware features and allocate resources accordingly within the management interface.
  • Attach PoE-enabled devices—IP cameras, wireless APs, VoIP phones, etc.—to the appropriate PoE ports. Verify that each device receives power and that traffic is flowing correctly. Save the configuration and monitor port status and PoE consumption from the dashboard to maintain a stable, scalable deployment.

Frequently Asked Questions

  • What is the QGD-1600P-8G Ethernet Switch? A high-density, PoE-enabled, managed switch from QNAP designed to support both network management and VM-based virtualization at the edge, making it ideal for surveillance, enterprise networks, and small data centers.
  • How many PoE ports does it have and what are their power ratings? It features 16 Gigabit PoE-capable ports, including 4 high-power ports at up to 60W each and 12 standard PoE ports at up to 30W. It also includes two PoE/SFP combo ports for flexible uplinks.
  • Can this switch run virtual machines or host VM workloads? Yes. It is designed with a dual-CPU architecture that supports VM-aware networking and virtualization workflows, enabling VM-related services to operate efficiently at the edge or within the network core.
  • What management options are available? The switch can be managed via a web-based GUI, a CLI, SNMP, and through QNAP's management ecosystem, enabling centralized control, monitoring, and automation across multiple devices.
  • What deployment scenarios is this switch best suited for? Ideal for SMB offices, IP camera surveillance systems, wireless AP backhaul, edge computing environments, and any network that benefits from centralized PoE management and VM-friendly features.

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