Description
Allied Telesis AT-X930-28GTX Layer 3 Switch
The Allied Telesis AT-X930-28GTX is a high-performance, stackable Gigabit Layer 3 switch designed for distribution and network core deployments. As part of the robust x930 Series, this switch blends resiliency, reliability, and advanced routing with feature-rich management to support growing enterprise networks. Engineered for versatile environments—from data centers to campus wiring closets—the AT-X930-28GTX delivers fast, deterministic performance, scalable growth, and simplified administration, all in a compact, energy-efficient form factor. Whether you’re building a new network or upgrading an aging core, this switch provides the intelligent traffic control, security, and availability you need to keep critical applications running smoothly.
- Layer 3 routing and intelligent switching: The AT-X930-28GTX consolidates high-performance IPv4 and IPv6 routing with robust Layer 2 switching, enabling efficient inter-VLAN routing,static and dynamic routing protocols, and advanced traffic shaping to ensure fast, predictable application performance across the network.
- Advanced security and policy controls: Protect your network with ACLs, port security, IGMP/MLD snooping, storm control, and authentication options that help prevent unauthorized access while preserving legitimate traffic. Centralized policy enforcement simplifies governance and compliance across the LAN.
- High availability and resilience: Stackable design, potential for redundant power, and fast failover capabilities minimize downtime. The switch is built to maintain service continuity in demanding enterprise environments, even during maintenance or failover scenarios.
- Scalability and flexible uplinks: With a dense port count plus flexible uplink options, the AT-X930-28GTX scales to meet expanding workloads. It supports uplink interfaces and stacking with other x930 devices to grow capacity without disruption to running services.
- Comprehensive management and monitoring: Intuitive web-based GUI, robust CLI, SNMP support, and provisioning tools let network administrators quickly configure, monitor, and troubleshoot the switch, reducing on-site visits and accelerating deployment.
Technical Details of Allied Telesis AT-X930-28GTX Layer 3 Switch
- Model: Allied Telesis AT-X930-28GTX
- Series: x930 Family — Stackable Gigabit Layer 3 switches for distribution and network core
- Ports: 28 Gigabit Ethernet ports for access layer connectivity; uplink options available via compatible interfaces and SFP/SFP+ modules depending on SKU
- Layer 3 features: Routing, inter-VLAN routing, IPv4/IPv6 support, static routing, and dynamic routing capabilities to optimize network paths
- Quality of Service: Traffic prioritization and QoS policies to guarantee critical application performance
- Security: ACLs, 802.1X, RADIUS/AAA integration, port security, and monitoring to maintain a secure network edge
- Management: Web GUI, CLI, SNMP, RMON, and centralized configuration options for efficient administration
- Stacking and scalability: Capable of stacking with other x930 switches to create a unified management domain and scalable capacity
- Power and efficiency: Energy-conscious design with options for reliable power delivery and cooling suited to dense deployments
How to install Allied Telesis AT-X930-28GTX
- Unbox and inspect the switch for transport damage, ensuring all components are present and in good condition. Verify that you have the appropriate mounting hardware and power cables for your rack installation.
- Rack-mount the AT-X930-28GTX securely in a standard 19-inch rack. Ensure proper ventilation around the device and avoid obstructing air intake and exhaust paths to maintain optimal cooling.
- Connect power and, if applicable, install redundant power supplies. Confirm power indicators on the front panel indicate normal operation and that there are no fault indicators.
- Attach a management workstation to the switch’s management port or connect via a dedicated management VLAN. Use a browser or terminal emulator to access the device’s management interface (GUI or CLI).
- Load the latest firmware from Allied Telesis or your vendor-approved repository, then configure initial settings: set a strong admin password, configure management IP address, set up VLANs, and define the default gateway. Establish stacking relationships if you are integrating the switch with other x930 devices, and enable basic routing or static routes as needed.
- Configure security and QoS policies to align with your network design. Create access control lists, enable IGMP snooping where multicast is used, and set bandwidth policies to prioritize critical traffic. Save the configuration and enable startup on boot to ensure resilience after power cycles.
- Test connectivity and performance across the network: verify inter-VLAN routing works, confirm uplink performance, and validate high-priority traffic paths. Monitor health using the switch’s management tools and log any anomalies for proactive maintenance.
Frequently asked questions
- What is the primary use case for the AT-X930-28GTX? It is designed for distributed networks that require reliable Layer 3 routing, robust switching, and scalable access to core network services. It excels in campus distribution and data center edge environments where performance and manageability matter.
- Does the AT-X930-28GTX support stacking with other x930 switches? Yes, the x930 family is designed for stacking to simplify management and to scale capacity as your network grows. Stacking allows centralized configuration and consistent policies across all units in the stack.
- What kinds of security features are included? The switch offers ACLs for traffic control, port security, authentication (802.1X), RADIUS/AAA integration, and monitoring capabilities to help prevent unauthorized access and to enforce policy compliance.
- Can this switch support IPv6? Yes, the AT-X930-28GTX is designed to handle both IPv4 and IPv6 traffic, enabling modern network architectures and future-proofing your investment.
- What management options are available? Network administrators can configure the switch via a web GUI or CLI, with SNMP, RMON, and logging features for monitoring, fault detection, and performance optimization.
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