CCNP/CCIE (350-401) ENCORE: SIGNATURE COURSE!

THIS LECTURE, I WILL EXPLAIN THE FUNDAMENTALS OF ALL NETWORKS AT LAYER2 OF THE OSI MODEL, SUCH AS: L2 FORWARDING, COLLISION DOMAINS, VLANS, ACCESS/TRUNK PORTS.

IN THIS LECTURE, I WILL CONTINUE TO EXPLAIN THE FUNDAMENTALS OF ALL NETWORKS AT LAYER3 OF THE OSI MODEL, SUCH AS PROCESS SWITCHING, CEF, CENTRALIZED FORWARDING, DISTRIBUTED FORWARDING, SOFTWARE CEF, HARDWARE CEF, STATEFUL SWITCHOVER, AND SDM TEMPLATES.

THIS LECTURE, I WILL EXPLAIN THE PURPOSE OF STP AND HOW THE ELECTION PROCESS TAKES PLACE WHEN ELECTING A ROOT BRIDGE. ALSO, WE WILL BE LOOKING AT TERMINOLOGY.

IN THIS LECTURE, I WILL EXPLAIN HOW WE CAN CHOOSE PRIMARY AND SECONDARY ROOT BRIDGES. I WILL ALSO BREAK DOWN THE “SHOW SPANNING-TREE” COMMAND.

IN THIS LECTURE, I WILL EXPLAIN THE DIFFERENT WAYS YOU CAN TWEAK STP TO MEET THE NEEDS OF YOUR NETWORK. I WILL SHOW YOU THE FOLLOWING: ROOT GUARD, STP PORTFAST, BPDU GUARD, BPDU FILTER, STP LOOPGUARD, AND UDLD.

THIS LECTURE, I WILL EXPLAIN WHAT IS MST AND HOW TO CONFIGURE MST INSTANCES, VERIFY THE AND TUNNING MST.

IN THIS LECTURE, I WILL EXPLAIN THE IMPORTANCE OF VTP ON A LAYER2 NETWORK AND HOW TO CONFIGURE DIFFERENT VTP MODES, DOMAINS, AND PASSWORDS.

IN THIS LECTURE, I WILL EXPLAIN WHAT ETHERCHANNEL IS, AND CONFIGURE L2 ETHERCHANNEL USING L2 SWITCHES.

IN THIS LECTURE, I WILL EXPLAIN HOW TO CONFIGURE L3 ETHERCHANNEL USING L3 SWITCHES.

IN THIS LECTURE, I WILL EXPLAIN HOW TO CONFIGURE ROUTING USING L3 SWITCHES, CONFIGURED WITH L3 ETHERCHANNEL. WE LEARN THE COMMANDS “NO SWITCHPORT” AND “IP ROUTING”.

IN THIS LECTURE, I WILL EXPLAIN THE DIFFERENCES BETWEEN DISTANCE VECTOR, LINK-STATE, AND PATH VECTOR ROUTING PROTOCOLS.

IN THIS LECTURE, I WILL EXPLAIN THE DIFFERENT VARIABLES THAT A ROUTING PROTOCOL WILL USE TO CREATE THE PATH TO A DESTINATION NETWORK. THE FOLLOWING WILL BE DISCUSSED: PREFIX-LENGTH, ADMINISTRATIVE DISTANCE, METRICS, EQUAL COST MULTIPATHING, AND UNEQUAL COST LOAD-BALANCING.

IN THIS LECTURE, I WILL EXPLAIN THE ADVANTAGES AND DISADVANTAGES OF STATIC ROUTING. I WILL ALSO GIVE A BRIEF SUMMARY OF USING DEFAULT ROUTES, FLOATING STATIC ROUTES BOTH IN IPV4 AND IPV6.

THIS LECTURE, I WILL EXPLAIN WHAT ARE VRF’S AND HOW TO CONFIGURE VRF’S ON YOUR ROUTERS.

IN THIS LECTURE, I WILL DEFINE EIGRP, ITS FUNCTIONS, ADVANTAGES, AND DISADVANTAGES, WHAT THE DUAL ALGORITHM USES TO CALCULATE THE BEST PATH AND WE WILL BE CONFIGURING A SINGLE AUTONOMOUS SYSTEM TOPOLOGY.

IN THIS LECTURE, I WILL DEFINE THE FOLLOWING: TOPOLOGY TABLE, FEASIBLE DISTANCE, FEASIBLE SUCCESSOR, PATH METRIC, REPORTED DISTANCE, SUCCESSOR ROUTES, AND THE FEASIBILITY CONDITION.

In this lecture, I will provide an overview of how OSPF communicates with other OSPF routers.

IN THIS LECTURE, I WILL DEMONSTRATE THE VARIOUS WAYS OF HOW TO CONFIGURE THE ROUTING PROTOCOL OSPF.

IN THIS LECTURE, I WILL DEFINE THE OSPF TERMS USED WITH THIS ROUTING PROTOCOL.

IN THIS LECTURE, I WILL EXPLAIN THE DR/BDR ELECTION PROCESS IN A MULTI-ACCESS ENVIRONMENT. I WILL ALSO DEMONSTRATE HOW TO TWEAK THE ELECTION PROCESS BY USING THE FOLLOWING: LOOPBACK ADDRESS AND PRIORITY NUMBERS.

IN THIS LECTURE, I WILL SHOW YOU HOW TO ADVERTISE A DEFAULT ROUTE WITHIN OSPF, USING THE DEFAULT-INFORMATION ORIGINATE COMMAND.

IN THIS LECTURE, I WILL DEMONSTRATE THE MOST COMMON TWEAKS YOU CAN CONFIGURE, TO MAKE OSPF RUN MORE EFFICIENTLY.

IN THIS LECTURE, I WILL BE EXPLAINING THE OSPF AREAS OR LOGICAL GROUPING OF ROUTER INTERFACES. ALSO, WE WILL BE DISCUSSING THE IMPORTANCE OF AREA 0, WHICH IS CALLED THE BACKBONE AREA AND ALL ROUTERS MUST CONNECT TO IT.

IN THIS LECTURE, WE WILL LEARN ABOUT OSPF NETWORK TYPES.

IN THIS LECTURE, WE WILL GO OVER AN OVERVIEW OF BGP.

IN THIS LECTURE, WE WILL GO OVER THE EBGP CONFIGURATION AS A ROUTING PROTOCOL.