Allied Telesis AT-X930-52GPX Layer 3 Switch

The Allied Telesis AT-X930-52GPX is a premier Layer 3 switch designed to power today’s demanding enterprise networks. Part of the trusted x930 Series, this model blends resilient hardware with advanced routing, switching, and security capabilities to support distribution and core roles with confidence. Built for performance and reliability, it delivers line-rate forwarding, robust QoS, and comprehensive management tools that scale from mid-sized campuses to large data-center edges. With redundancy options, hot-swappable components, and flexible deployment modes, the AT-X930-52GPX helps IT teams simplify network architecture while optimizing uptime and user experience. Whether you’re consolidating core services, executing campus-wide segmentation, or delivering high-availability access layers, this switch provides the versatility and resilience your network demands.

• Blazing-fast Layer 3 routing and switching: The AT-X930-52GPX combines high-density switching with advanced routing features to handle inter-VLAN routing, dynamic routing protocols (OSPF, RIP, and BGP support where applicable), static routes, and policy-based routing. This ensures optimal path selection, reduced latency, and dependable performance for campus cores, distribution layers, and data-center edge deployments. It is IPv6-ready and includes comprehensive QoS controls, enabling you to prioritize voice, video, and mission-critical applications while maintaining network stability even under heavy load.
• High port density and flexible uplinks: Designed to support growing networks, this model delivers a generous port count of Gigabit Ethernet interfaces with adaptable uplink options for aggregation and uplink-downlink design. The switch supports stacking with other x930 units, providing linear scalability and simplified management as your network expands. Its compact, rack-friendly footprint consolidates core and distribution switching into a single, manageable platform, reducing cable clutter and operational complexity while preserving ample headroom for future growth.
• Resilience and reliability you can depend on: Allied Telesis builds for uptime. The AT-X930-52GPX is engineered with redundant power options, hot-swappable fans, and a robust hardware architecture designed to minimize downtime. In stack configurations, switches coordinate to deliver consistent forwarding and failover behavior, reducing single points of failure. This reliability translates into higher uptime for critical services, improved business continuity, and fewer user-facing disruptions in the event of maintenance or component failure.
• Comprehensive security and quality of service: Security features include ACLs, 802.1X port-based access control, RADIUS authentication, VLAN segmentation, storm control, and robust access controls. QoS capabilities ensure predictable performance for time-sensitive traffic such as voice and video, while traffic shaping and rate limiting prevent congestion from impacting business-critical applications. Layer 3 features provide ACL-based routing, IP filtering, and policy-based routing to enforce corporate policies across the network edge and core.
• Intuitive management and broad interoperability: Manage the switch through a familiar web GUI, CLI, or SNMP integration into existing monitoring frameworks. IPv4 and IPv6 support simplifies migration, while standard management protocols enable seamless integration with your Network Operations Center processes. Centralized firmware updates, configuration backups, and scalable logging help you stay in control as the network grows, ensuring consistent policy enforcement and streamlined operations across multiple devices.

Technical Details of Allied Telesis AT-X930-52GPX

• Device type: Layer 3 switch designed for enterprise distribution and core deployments
• Port configuration: Front-panel Gigabit Ethernet ports with modular uplink/option support (SKU-dependent)
• Routing features: Static and dynamic routing with IPv6 support, ACLs, QoS, and policy-based routing
• Security options: 802.1X, RADIUS authentication, VLAN segmentation, and traffic policing
• Management interfaces: Web-based GUI, CLI, SNMP; comprehensive monitoring and logging capabilities

how to install Allied Telesis AT-X930-52GPX

Installing the AT-X930-52GPX is straightforward for network professionals and designed to fit into standard data-center racks. Before you begin, verify your rack space, ensure proper cooling and power availability, and plan your VLANs and routing topology to minimize configuration changes later. Follow these steps to deploy quickly and confidently:

• Step 1: Prepare the rack environment, confirming a secure 19-inch rack mount, adequate ventilation, and stable power supply. Ensure you have the appropriate mounting hardware and cables for your deployment scenario.
• Step 2: Mount the switch in the rack and securely fasten it. Connect the power supply (or redundant power supplies if using an RPS option) and power the unit on to verify startup.
• Step 3: Connect uplink and access cables to the correct front-panel ports. Plan trunk/link configurations to the distribution/core fabric and ensure cables are neatly organized for airflow and maintenance access.
• Step 4: Access the switch via the console port or management IP. Perform the initial setup, including secure admin credentials, management VLAN assignment, and basic IP addressing for management access.
• Step 5: Update the firmware to the latest recommended release and apply foundational configurations: IPv4/IPv6 addressing, VLAN creation, interface descriptions, and basic routing or static routes as needed for your topology.
• Step 6: Implement security and QoS policies relevant to your environment, including ACLs, port security, and traffic classification rules for critical applications.
• Step 7: Validate connectivity across the network, verify routing tables, and test failover behavior in stacked deployments or redundant power scenarios before placing the switch into production.
• Step 8: Save the configuration and back up initial settings to ensure rapid recovery in the event of a power loss or device reset. Document the deployment for future maintenance and audits.

Frequently asked questions

• What is the primary use case for the AT-X930-52GPX? It is designed for enterprise distribution and core network roles, offering scalable Layer 3 switching, high performance, and robust management. It supports large campus networks with centralized control, segmentation, and reliable uplink connectivity.
• Does the AT-X930-52GPX support PoE? PoE support varies by SKU. If PoE is required for IP phones, wireless access points, or cameras, verify the exact SKU specifications for power budgets and port capabilities before purchasing.
• How do I manage the switch? The device can be managed via a web-based GUI, CLI, or SNMP. It supports IPv4 and IPv6, QoS policies, ACLs, and routine monitoring for performance and security.
• Can this switch be stacked with other Allied Telesis x930 models? Yes, stacking is supported across the x930 family, enabling simplified management, increased port capacity, and seamless scalability with multiple units acting as a single logical switch.
• What are the key reliability features? Redundant power options, hot-swappable fans, and a resilient hardware design contribute to improved uptime and easier maintenance in data-center and campus environments.