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AT-X930-28GSTX-901 Allied Telesis AT x930-28GSTX Managed Rack-Mountable Switch with 24 Ports
AT-X930-28GSTX-901 Overview
The AT-X930-28GSTX-901 Allied Telesis AT x930-28GSTX Managed Rack-Mountable Switch with 24 Ports is a high-performance Layer 3 enterprise switch designed to deliver secure, scalable, and resilient network connectivity for modern business environments. Equipped with 24 Gigabit Ethernet ports and advanced management capabilities, this switch is ideal for campus networks, enterprise edge deployments, data centers, and high-availability network infrastructures. Its wire-speed switching architecture ensures efficient traffic handling while supporting demanding applications and growing network requirements.
22,522.79 AED
Description
| Specification | Details |
|---|---|
| Manufacturer | Allied Telesis |
| Part Number | AT-X930-28GSTX-901 |
| Product Series | x930 |
| Product Type | Managed Ethernet Switch |
| Total Ports | 24 Ports |
| Port Type | Gigabit Ethernet |
| Layer Support | Layer 2 / Layer 3 |
| Form Factor | Rack-Mountable |
| Management Type | Fully Managed |
| IPv6 Support | Yes |
| QoS Support | Yes |
| Stacking Technology | VCStack™ |
| Application | Enterprise Networking |
| Deployment | Campus, Edge, Data Center |
Frequently Asked Questions (FAQs)
1. What are the benefits of a managed Layer 3 switch?
A managed Layer 3 switch provides advanced routing capabilities, enhanced traffic control, improved network segmentation, and greater visibility into network operations, making it ideal for enterprise environments.
2. Which environments are best suited for this AT-X930-28GSTX-901 switch?
This switch is designed for enterprise networks, educational institutions, government organizations, data centers, and businesses requiring secure and scalable network connectivity.
3. How does Virtual Chassis Stacking improve network management?
Virtual Chassis Stacking allows multiple switches to operate as a single logical device, simplifying administration, improving redundancy, and enhancing network scalability.
4. Why is Layer 3 functionality important in modern networks?
Layer 3 switching enables efficient routing between network segments, reduces latency, improves traffic flow, and supports more complex network architectures.
5. How does Quality of Service (QoS) enhance network performance?
QoS prioritizes critical applications such as voice, video, and business traffic, ensuring consistent performance and reducing the impact of network congestion.
6. Why do organizations choose enterprise managed switches for their infrastructure?
Enterprise managed switches provide greater control, enhanced security, improved scalability, and advanced monitoring capabilities that help maintain reliable and efficient network operations.
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