Allied Telesis x320-11GPT Layer 3 Switch

The Allied Telesis x320-11GPT Layer 3 Switch is a purpose-built, enterprise-grade solution designed to empower modern smart buildings with reliable IoT connectivity. With 8 PoE+ ports that can power a wide range of edge devices, a PoE-in input for flexible deployment options, and 2 x 100/1000X SFP uplinks for resilient fiber connections, this switch blends robust performance with streamlined management. Built on the trusted AlliedWare Plus Enterprise OS, it provides advanced routing, security features, and quality of service controls tailored for IoT networks, surveillance, and high-demand edge devices. This device is TAA compliant, which makes it suitable for government and regulated procurement while delivering the scalability needed for growing networks. The x320-11GPT is compact yet feature-rich, enabling centralized power management, PoE passthrough to endpoints, and efficient network segmentation to support smart building applications such as intelligent lighting, access control, IP cameras, and sensor networks. In short, it’s a dependable backbone for IoT-heavy environments where performance, security, and ease of management matter most.

• Eight PoE+ ports for flexible edge power: Each of the 8 IEEE 802.3af/at-compliant ports delivers PoE+ power to IP cameras, VOIP phones, wireless access points, sensors, and other IoT devices. This enables centralized power management, reduces cable clutter, and supports scalable deployments across multi-floor buildings. With smart power budgeting and per-port management, you can ensure critical devices receive the necessary wattage while keeping energy consumption in check.
• One PoE-in port for versatile powering options: The 1 x 10/100/1000 PoE-in port allows you to receive PoE power from upstream sources, enabling flexible daisychaining and easier expansion in environments where a central PoE power source is leveraged. This feature simplifies cabling in complex IoT installations and can improve resilience by providing alternative power routes for edge devices.
• Two SFP uplinks for rapid, scalable connectivity: The 2 x 100/1000X SFP uplinks offer flexible fiber connectivity to core networks, data centers, or distribution layers. These uplinks support distance-appropriate transceivers and provide high-bandwidth paths that help reduce bottlenecks in dense edge networks. The dual uplinks also enable link aggregation options for increased throughput and redundancy.
• PoE passthrough enables lean power distribution: With PoE passthrough, the x320-11GPT can feed power directly to downstream devices, enabling a simplified and cleaner power architecture in IoT deployments. This capability is especially valuable in scenarios where devices are spread across a building and require PoE power from a single centralized source, minimizing the need for extra power adapters and power outlets.
• Layer 3 capabilities with AlliedWare Plus Enterprise: The switch delivers enterprise-grade routing, robust security features, and QoS controls suitable for smart buildings. With advanced policies, access control, and traffic management, you can segment networks, prioritize critical IoT data (such as security cameras and emergency sensors), and ensure reliable performance even as device counts grow.

Technical Details of Allied Telesis x320-11GPT Layer 3 Switch

• Model: x320-11GPT
• Ports: 8 x 10/100/1000T PoE+ ports; 1 x 10/100/1000 PoE-in port; 2 x 100/1000X SFP uplinks
• PoE Power: PoE+ capable on 8 ports; supports downstream power delivery through passthrough to compatible devices
• Powering options: Can be powered by PoE or an external power source depending on deployment and power planning
• Operating System: AlliedWare Plus Enterprise
• Compliance: TAA compliant, suitable for government and regulated procurement
• Ideal use-case: IoT device connectivity, smart building networks, edge access, and enterprise-grade routing at the network edge

How to Install Allied Telesis x320-11GPT Layer 3 Switch

Installing the x320-11GPT is designed to be straightforward, allowing you to accelerate deployment in busy building environments while maintaining network reliability and security. Below is a practical, step-by-step guide to help you get the switch up and running with best practices for IoT-heavy networks.

• Plan your topology and power strategy: Before you connect devices, map out your network segments, VLANs, and device types. Decide which devices will rely on PoE power, and determine which portions of the network will be served by the PoE-in port versus standard power. Establish a PoE budget that aligns with your edge device density to prevent power constraints during peak operation.
• Prepare the physical site: Install the switch in a ventilated equipment rack or cabinet with adequate airflow. Ensure rack space is reserved away from heat-generating equipment and that wiring channels are clean, labeled, and organized to simplify maintenance and future expansion.
• Mount and connect power: Secure the switch in the rack and connect it to a suitable power source. If you plan to use PoE-in powering, connect upstream PoE infrastructure to the PoE-in port as designed, or connect to a standard AC supply when PoE is not the primary power method. Verify that all PoE ports are ready for device attachment and that there is no over-subscription in the initial power budget.
• Install uplinks and edge devices: Insert the appropriate SFP modules for the fiber uplinks and connect them to your core or distribution layer. Attach PoE-capable edge devices—cameras, APs, phones, and sensors—to the 8 PoE+ ports, keeping cable runs tidy and labeled to support efficient troubleshooting and future changes.
• Initial configuration and security hardening: Access the AlliedWare Plus management interface via the switch’s dedicated management port or its IP address. Configure administrative credentials, enable Layer 3 routing as required, create VLANs for IoT, management, and data traffic, and apply QoS policies to prioritize critical streams. Implement security features such as ACLs, port security, and any device-level authentication to reduce attack surfaces in the IoT environment.
• PoE passthrough setup and power monitoring: If your network design relies on downstream PoE feeding, enable passthrough on the designated ports. Monitor PoE usage and ensure the budget remains within safe limits. Regularly review port status and device power consumption to prevent outages caused by underpowered devices.
• Validate performance and interoperability: Run connectivity tests for each edge device, confirm IP addressing and VLAN membership, and verify successful PoE delivery. Validate that routing between VLANs works as expected and that QoS policies deliver priority to time-sensitive traffic such as video and voice data.
• Documentation and ongoing maintenance: Record the final topology, IP address scheme, VLAN assignments, PoE allocations, and firmware versions. Use AlliedWare Plus management tools to monitor health, log events, and schedule firmware updates to keep security and performance up to date.

Frequently asked questions

• What is the Allied Telesis x320-11GPT Layer 3 Switch? It is an enterprise-grade Layer 3 network switch designed to deliver reliable IoT connectivity in smart-building environments, featuring 8 PoE+ ports, a PoE-in port, 2 SFP uplinks, and the AlliedWare Plus Enterprise operating system for routing, security, and traffic management.
• How many PoE+ ports does it have? The switch provides 8 PoE+ ports to power a wide range of edge devices directly from the switch, simplifying deployments where power outlets are scarce or hard to reach.
• Can it pass PoE power to downstream devices? Yes. The x320-11GPT supports PoE passthrough, enabling downstream devices to receive power from the switch without requiring additional adapters or outlets.
• What operating system does it use? It runs AlliedWare Plus Enterprise, a feature-rich OS designed for enterprise routing, switching, security, and QoS in complex networks.
• Is it compliant with trade regulations? Yes. The model is TAA compliant, making it suitable for government procurement and other regulated purchasing programs.