Cisco Meraki MS130-48-HW Ethernet Switch

Cisco Meraki offers a broad range of switches built from the ground up that are designed to be easy to manage without compromising any of the power and flexibility traditionally found in enterprise-class switches. 

Meraki access and aggregation switches are all managed through an elegant, intuitive cloud interface, freeing administrators to spend less time on configuration and more time on meeting business needs. 

To set up a Meraki switch, just plug it in; there’s no need for repetitive, commandbased configuration. Switches can be up and running within minutes of connecting them to the network. 

A powerful centralized management interface gives administrators deep visibility into the network and how it is used. See which switches are near capacity across hundreds of sites. Quickly provision and reconfigure switch ports with security, quality of service (QoS), and more. The Meraki dashboard provides unified policies, event logs, and monitoring, making switch management efficient and scalable.

• Ethernet Switch supports increased network bandwidth availability through data switching
• Cascade connections to other network devices through the uplink port to extend a local area network topology
• Stack port supports interconnection with other ethernet switch units within a stack
• Features 48 networking ports to support deployment of larger wired network configurations across connected devices
• Built?in power supply supports internal components by providing required operating voltage
• Layer 2 support enables structured switching operation while maintaining convenience across business network environments
• Rack?mountable design supports installation within standard equipment racks to accommodate organized hardware placement
• Managed capability enables configuration and monitoring functions that support structured network operation
• 10 Gigabit Ethernet supports increased network throughput for business network connectivity
• Optical fiber support enables network connections across longer distances for data transmissio