Infinique I5400M Series 54 Ports Campus Switch

1G/10G/40G L3 MPLS Aggregation Switch, 48x RJ45-T, 6x 10G SFP+ Ports

Features
  • Layer 3 MPLS Aggregation Switch
  • 48x 1G Base-T Ethernet Ports
  • 6x 10G SFP+ Ports
  • 1G/10G/40G Uplink Performance
  • 376Gbps Switching Capacity
  • 1x Extension, 2x Power Slots
Description

Infinique’s 5400M Series Switches are a high performance gigabit Layer 3 Stackable Managed network switches that are stable, reliable and are designed for ease of use. These switches offer excellent high speed performance through line-rate forwarding on all ports, and have advance redundancy and reliability features that are implemented through the industry standard protocols like the Ethernet Ring Protection Switching Protocol (ERPS), and the Virtual Router Redundancy Protocol (VRRP) which increases the availability through uplink backup capabilities.   The 5400M series switches provide easy and efficient network management through Software Defined Networking (SDN) and also offer a comprehensive set of options for management of switches through protocols like SNMP and Cloud, providing easy configuration and setup of switches using Web or Command Line Interface. These switches provide higher bandwidth connections and help improve fault tolerance and reliability through Virtual Stacking Technology and or with using M-LAG.

Stackable for Campus Networks

These series of switches have modular expansion slots that help provide a range of options to connect to upstream networks. The expansion modules are available in options such as 2x 40G ports, 4x 10G ports and also a combination of 1x 40G and 1x 100G ports. These options provide flexibility to adapt to any deployment scenarios or to changes in your future networking requirements. Built with security and advance features, the switches can act as access switches in a large campus network or as aggregation switches in a small and mid-sized campus installations. They meet the very comprehensive demands of enterprise campus networks and help build highly reliable and easy to expand networks.