Allied Telesis x530-28GPXm Layer 3 Switch

Engineered for modern enterprise networks, the Allied Telesis x530-28GPXm Layer 3 Switch combines dense port density, flexible uplinks, and robust Layer 3 capabilities into a single compact platform. With 24 Gigabit Ethernet ports and 4 x 10 Gigabit uplinks, this switch delivers exceptional performance for campus core, distribution, and data-center edge deployments. Its intelligent design supports stacking to scale capacity and simplify management, making it an ideal choice for organizations seeking reliable, scalable, and secure networking without sacrificing ease of use.

• High-density connectivity meets flexible topology. The x530-28GPXm provides 24 x 1 Gigabit ports for end-user devices and small buildings, paired with 4 x 10 Gigabit uplinks for rapid aggregation to distribution or core switches. This balance supports quiet access-layer performance while enabling high-speed interconnects for backbones and server access, all in a compact 1U form factor.
• Comprehensive Layer 3 routing for scalable networks. Beyond basic switching, this model offers IPv4 and IPv6 routing with static routes and dynamic routing options, including OSPF, enabling efficient path selection and streamlined inter-VLAN routing. Built to handle growing networks, it supports VRRP for gateway redundancy, ensuring continuous availability even during failover events.
• Advanced security and segmentation for protected data flows. The switch provides robust access controls through ACLs, VLAN tagging with 802.1Q, and secure segmentation features that help isolate departments or guest networks. Combined with standard security primitives, these capabilities reduce broadcast domains and minimize risk while maintaining straightforward administration.
• Quality of Service that prioritizes critical applications. With multi-queue prioritization, DSCP tagging, and 802.1p priority handling, the x530-28GPXm enables precise traffic shaping and policy-based QoS. Network administrators can guarantee consistent performance for real-time applications like voice and video, as well as business-critical workloads, even during congestion.
• Simple management and scalable growth. Designed for ease of use, the switch supports both web-based management and CLI, enabling quick setup and ongoing administration. Its stacking capability allows multiple units to operate as a single logical switch, increasing port capacity and simplifying management as your network expands, all with centralized configuration and uniform policies across devices.

Technical Details of Allied Telesis x530-28GPXm Layer 3 Switch

• Ports: 24 x 1 Gigabit Ethernet ports plus 4 x 10 Gigabit uplinks (SFP+), delivering ample access-layer connections and high-speed aggregation.
• Layer 3 features: IPv4/IPv6 routing, static routing, and dynamic routing support (e.g., OSPF), with VRRP for gateway redundancy and reliable failover between devices.
• Networking capabilities: VLAN support with 802.1Q tagging, port-based and policy-based VLANs, QoS with multiple queues, traffic shaping, and ACL-based security controls for flexible traffic management.
• Management and monitoring: Web-based GUI and CLI for configuration, SNMP support for monitoring, and centralized management across stacked units to simplify administration and policy enforcement.
• Stacking and scalability: Supports stacking with other x530 series switches to scale port capacity and performance without complexity, enabling seamless expansion as the network grows.
• Form factor and deployment: 1U, rack-mountable design suitable for edge, distribution, and data-center access roles, with considerations for cooling, cabling, and placement in standard telecom racks.

How to Install Allied Telesis x530-28GPXm Layer 3 Switch

• Plan your topology: Map out which ports will serve access devices and which will connect to uplinks and other switches, taking stacking plans into account for future expansion.
• Prepare the rack: Install the switch in a standard 19" rack, securing the unit with screws and ensuring adequate clearance for airflow and cable management.
• Power and initial access: Connect to a reliable power source and boot the device. Establish initial access via the console port or management network once an IP address is configured.
• Configure management settings: Assign a management IP address, subnet mask, and default gateway. Enable remote access (SSH or HTTPS) and set up secure login credentials to protect the device.
• Implement network policies: Create VLANs, assign ports to their respective VLANs, configure trunk links for uplinks, and enable 802.1Q tagging. Set up routing (static or dynamic) between VLANs, and apply QoS and ACLs to enforce policy and security.
• Enable stacking and synchronization: If deploying multiple x530 units, configure stacking to appear as a single logical switch. Verify consistent firmware versions, synchronized configurations, and proper member discovery across the stack.
• Test and validate: Perform connectivity tests across access ports and uplinks, verify inter-VLAN routing, confirm QoS behavior for critical applications, and validate redundancy via VRRP failover scenarios.

Frequently Asked Questions

• Q: How many ports does the Allied Telesis x530-28GPXm provide? The switch includes 24 x 1 Gigabit Ethernet ports and 4 x 10 Gigabit uplinks, providing a balanced mix of access and high-speed aggregation.
• Q: Can this switch be stacked with other switches? Yes, it supports stacking with other compatible Allied Telesis x530 series units, enabling scalable capacity and simplified management.
• Q: What Layer 3 features are supported? The device supports IPv4/IPv6 routing, static routing, dynamic routing options such as OSPF, and VRRP for gateway redundancy, offering flexible network design.
• Q: What management options exist? Management is available through a web-based GUI and a command-line interface (CLI), with additional support for monitoring protocols like SNMP to facilitate centralized administration.
• Q: Is VLAN and QoS support included? Yes, the switch supports 802.1Q VLAN tagging, VLAN segmentation, and comprehensive QoS features to prioritize traffic and ensure reliable application performance.