Ubiquiti ECS-Aggregation | Switch | Etherlighting™, 48x SFP28, 6x QSFP28, L3

Ubiquiti ECS-Aggregation Switch – Performance for your Network

Increase the efficiency of your network infrastructure with a switch Ubiquiti ECS-Aggregation. Equipped with 48 SFP28 ports and 6 QSFP28 ports, this managed switch with Etherlighting™ offers exceptional throughput and reliability. Dedicated to high-traffic environments, it provides exceptional performance and configuration flexibility

Powerful Switching Performance

The Ubiquiti ECS-Aggregation offers an incredible 3.6 Tbps of throughput, allowing for seamless traffic management in the most demanding networks. With 48 SFP28 ports and 6 QSFP28 ports, the device supports links up to 100G, guaranteeing stable connections even under heavy traffic. With this performance, the Ubiquiti ECS-Aggregation is ideal for large data center and heavy-duty network applications.

Redundancy and Business Continuity

With its MC-LAG (multi-switch link aggregation) feature, the Ubiquiti ECS-Aggregation switch allows multiple devices to be combined into a single logical point for improved reliability. The device offers hot-swappable PSUs and hot-swappable fans, allowing them to be replaced without shutting down the device. This ensures network continuity and minimizes the risk of downtime

Advanced Layer Features 3

The Ubiquiti ECS-Aggregation supports full L3 functionality (Layer 3 in the OSI model – responsible for routing), which allows advanced network traffic management. The switch offers Inter-VLAN Routing (routing between VLANs), Static Routing (static routing) and a DHCP server, allowing efficient configuration and management of large networks.

Security and Traffic Control

The Ubiquiti ECS-Aggregation is equipped with a stateful firewall, DPI (packet inspection), and IPS (intrusion prevention system) for effective protection against attacks. In addition, the device supports MAC-based ACLs (Access Control Lists) and device isolation, which enhances network security by preventing unauthorized access.