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What Happens if I Have More Than One Switch With Redundant Links? Part 2

Article | Oct. 18, 2012

Now that the network is installed, each switch has a bridge ID number, and the root switch has been elected, the next step is for each switch to perform a calculation to determine the best link to the root switch. Each switch will do this by comparing the path cost for each link based on the speed. For paths that go through one or more other switches, the link costs are added. The switch compares this aggregate value to the other link costs to determine the best path to the root switch.

IMINS2024 - Managing Industrial Networking for IoT with Cisco Technologies

Course Code: 860021

Managing Industrial Networks for Manufacturing with Cisco Technologies (IMINS2024) is a lab-intensive course, which helps you with the skills required to successfully implement and troubleshoot the most common industry standard protocols while leveraging best practic...

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Configuring Multicast with MPLS and GETVPN

White Paper | April 09, 2015

Learn how to configure IP Multicast with Multiprotocol Label Switching (MPLS) and how to add encryption for Multicast with the Group Encrypted Transport VPN (GETVPN).

What Happens If I Have More Than One Switch With Redundant Links?

Article | Oct. 11, 2012

That depends on their configurations. For example: While it makes very good sense to include redundant physical links in a network, connecting switches in loops, without taking the appropriate measures, will cause havoc on a network. Without the correct measures, a switch floods broadcast frames out all of its ports, causing serious problems for the network devices. The main problem is a broadcast storm where broadcast frames are flooded through every switch until all available bandwidth is used and all network devices have more inbound frames than they can process.

CCNA - Implementing and Administering Cisco Solutions v2.2

Course Code: 100837

Want to advance your career? Learn the foundational knowledge & skills necessary to install, configure, and operate a small to medium-sized Cisco network.

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WLCOR - Implementing and Operating Cisco Wireless Core Technologies v1.0

Course Code: 860081

The Implementing and Operating Cisco Wireless Core Technologies (WLCOR) training provides learners with a comprehensive understanding of wireless architecture design and physical infrastructure deployment. You will configure Cisco Catalyst 9800 Series wireless LAN co...

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MER-FS-ADMIN - Administering and Troubleshooting Meraki Full Stack (MX,MS,MR,MV,MI,SM,MT) Technologies v1.0

Course Code: 821655

The five-day instructor-led Hands-on Meraki Full Stack MX SDWAN/Security, Meraki MS, and Catalyst Switches, Meraki Access Points, Meraki Smart Camera, Meraki Sensors, and Meraki Systems Manager. Students learn how to deploy, manage, and secure a network infrastructur...

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CWNA - Certified Wireless Network Administrator

Course Code: 3603

In the Enterprise Wi-Fi Administration course, gain a full understanding of how radio frequency affects networking so you can perform site surveys, design a high-performance network, and protect both users and sensitive data from potential intruders. Enroll in CWNA training at Global Knowledge.

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Building, Installing, and Configuring a RADIUS Server

White Paper | Feb. 24, 2016

Learn the commands, settings and products you need to set up a RADIUS server for authentication, authorization and accounting services.

IP Version 6 Transitions Mechanisms

White Paper | Dec. 05, 2012

The move from IPv4 to IPv6 will take a number of years to complete, and network engineering professionals already proficient in the use of IPv6, as well as the available coexistence mechanisms, will undoubtedly stay in high demand throughout this process.