Author: Author: Richard Pateau

Static Routing- When it comes to routing, there are two options that can be done which are dynamic or static routing. Each has their own pros and cons, let’s break it down. Static routes are routes that are manually installed in the routing table by an IT member. These routes are “dumb” routes meaning that…

Today we are going to talk about etherchannel. As you know redundancy is huge when it comes to networking, and building a network that can stay online through many failures. Eliminating a single point of failure is one of the best ways to provide redundancy and etherchannel does just that. Etherchannel is a technology in…

So now that we’ve talked all about STP all in my last couple posts, we are still not done lol. STP has been upgraded to RSTP which stands for Rapid Spanning Tree Protocol. This basically functions the same as STP meaning it prevents layer 2 loops while providing redundant back paths, but the difference in…

STP not only provides redundancy and prevents layer 2 loops but it comes jam packed with a ton of additional options that can make a network more secure and functional. Today we are going to dive into all the features that can be enabled on STP.  Portfast- The first feature that I will be talking…

In recent blogs I’ve talked about port roles which are designated and root ports. But today we are going to talk about port states which are blocking, listening, learning, and forwarding. Every port, no matter which role they are, is either blocking or forwarding. During a topology change, ports can be seen listening or learning….

Today we are going to talk about STP timers. STP consists of three timers that include a hello timer, max age timer, and a forward delay timer. These timer values are determined and set by the root bridge and the non-root bridges adapt to those timers.  Hello Timer – A hello timer is the interval at…

Today, we are going to talk about the root bridge and port roles in STP. STP is a protocol that provides a loop free topology so that networks can have redundant links without it causing a broadcast storm. In order for STP to provide redundancy while preventing layer 2 loops, switches and ports need to…

Hi, today I am going to talk about STP (Spanning Tree Protocol). STP is a layer 2 redundancy mechanism widely used to control layer 2 loops and broadcast storms logically. STP is an amazing protocol because not only does it prevent broadcast storms, but it provides redundancy so if something in the topology fails an…

There are certain types of traffic that require no VLAN tags at all when traversing a trunk link, and the switch will still know who the ethernet frame belongs to. An ethernet frame that travels trunk links without any VLAN tag belongs to the Native VLAN. By default the native VLAN is 1 but the…

Hi, today I am going to be talking about DTP (Dynamic Trunking Protocol) and VTP (VLAN Trunking Protocol). These are features that are not really used in modern networks because of security reasons but they are a part of the CCNA exam which I am currently studying for so why not. DTP is a protocol that…