CCNPCCIE (350-401) ENCORE- SIGNATURE COURSE!

CCNP/CCIE (350-401) ENCORE: SIGNATURE COURSE!, available at $59.99, has an average rating of 4.35, with 104 lectures, based on 116 reviews, and has 1921 subscribers.

You will learn about In this CCNP/CCIE ENCORE course, students will learn advance routing techniques Students taking this course will learn policy based routing Students taking this course will learn multiple ways of BGP filtering Students in this course will learn to configure an IGMP server amongst other many other technologies This course is ideal for individuals who are This course is for anyone that wants to be an advance Network Engineer or any one that wants to reach a professional level in Network Engineering. It is particularly useful for This course is for anyone that wants to be an advance Network Engineer or any one that wants to reach a professional level in Network Engineering.

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

Summary

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

Price: $59.99

Average Rating: 4.35

Number of Lectures: 104

Number of Published Lectures: 104

Number of Curriculum Items: 104

Number of Published Curriculum Objects: 104

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

In this CCNP/CCIE ENCORE course, students will learn advance routing techniques

Students taking this course will learn policy based routing

Students taking this course will learn multiple ways of BGP filtering

Students in this course will learn to configure an IGMP server amongst other many other technologies

Who Should Attend

This course is for anyone that wants to be an advance Network Engineer or any one that wants to reach a professional level in Network Engineering.

Target Audiences

This course is for anyone that wants to be an advance Network Engineer or any one that wants to reach a professional level in Network Engineering.

This CCNP 350-401 course, is the first step in acquiring your Cisco Professional certification.

This course, will prepare you too successfully navigate the different technologies that you must understand, to achieve this level.

The topics within this course are inline with the Cisco Press book. You must take this course in order, it is important that you do not skip any lecture or lab since it was designed to build upon each skill.

You must learn the foundations in the course before you reach topics such as Policy Base Routing, which works with ACL’s, Prefix-Lists, Distribution-Lists and conditional matching.

One of the most challenging topics in this course is QoS, due to all its terminology but LISP and IGMP do not fall too far behind.

You must stay the course and no matter how many times the lab does not work or you can not answer all the questions, you can’t give in to your frustration.

Acquiring this certification is a tremendous milestone in your Cisco career. You will join the ranks of other Cisco Professionals not to mention the understanding that you will gain by not only going through the course but reading your way through and the practical experience you will obtain by doing all the complex labs.

In obtaining this certification, you will gain recognition as a professional Network Engineer and you will have the knowledge and hands on experience to back it up.

All said, I wish you a happy journey throughout the course and for you to obtain your certification!
Laz

Course Curriculum

Chapter 1: Introduction to Course

Lecture 1: Introduction to Course

Chapter 2: Foundational Networking Topics

Lecture 1: Network Device Communication Part 1

Lecture 2: Network Device Communication Part 2

Chapter 3: Spanning Tree Protocol

Lecture 1: Spanning Tree Protocol Fundamentals

Lecture 2: Spanning Tree Election Manipulation

Lecture 3: Switchport Security

Chapter 4: Multiple Spanning Tree Protocol

Lecture 1: The Foundation of MST

Chapter 5: Trunks and EtherChannel

Lecture 1: VLAN Trunking Protocol

Lecture 2: Layer 2 EtherChannel

Lecture 3: Layer 3 EtherChannel

Lecture 4: Routing using L3 Switches

Chapter 6: IP Routing Essentials

Lecture 1: Routing Protocol Overview

Lecture 2: Path Selection

Lecture 3: Static Routing

Lecture 4: Understanding and Creating VRFs

Chapter 7: Enhaced Interior Gateway Routing Protocol (EIGRP)

Lecture 1: EIGRP Fundamentals

Lecture 2: Advanced EIGRP

Chapter 8: Open Shortest Path First (OSPF)

Lecture 1: OSPF Fundamentals

Lecture 2: OSPF Single Area Configuration

Lecture 3: OSPF Multi-Area Configurations

Lecture 4: Designated Router/Backup Designated Router

Lecture 5: Default Route Advertisement

Lecture 6: OSPF Optimizations

Chapter 9: Advanced OSPF

Lecture 1: Areas in OSPF

Lecture 2: OSPF Network Types

Chapter 10: BGP Protocol

Lecture 1: Overview of BGP Protocol

Lecture 2: EBGP CONFIGURATION AS A ROUTING PROTOCOLS

Lecture 3: iBGP Multi-Session using Route Reflectors

Lecture 4: Understanding eBGP and iBGP

Lecture 5: eBGP to iBGP Peering and IGP Routing

Chapter 11: BGP Routes and Address Families

Lecture 1: Understanding BGP Routes and Address Families

Lecture 2: BGP Route Advertisement from IGPS

Lecture 3: BGP Summarization

Lecture 4: BGP Atomic Aggregation

Lecture 5: BGP Route Aggregtion with AS-SET

Lecture 6: MP-BGP for IPv6

Lecture 7: MP-BGP for IPv6 Lab

Chapter 12: IPv6 Summarization

Lecture 1: IPv6 Summarization Part 1

Lecture 2: IPv6 Summarization Part 2

Lecture 3: IPv6 Summarization Part 3

Lecture 4: IPv6 Summarization Lab

Chapter 13: Conditional Matching

Lecture 1: BGP Multihoming

Lecture 2: Internet Transit Routing

Lecture 3: Branch Transit Routing

Chapter 14: Additional Conditional Matching

Lecture 1: Conditional Matching ACL

Lecture 2: Conditional Matching Prefix Match

Lecture 3: Conditional Matching Prefix List

Lecture 4: Regular Expressions

Chapter 15: Route Maps

Lecture 1: Route Maps

Lecture 2: Conditional Matching within Route Map

Chapter 16: BGP Communities

Lecture 1: BGP Communities

Lecture 2: BGP Communities Lab

Chapter 17: BGP Path Selections

Lecture 1: BGP Path Selection

Lecture 2: BGP Best Path Overview

Chapter 18: Multi-Cast

Lecture 1: Muti-Cast Fundamental

Lecture 2: Multi-Cast L2 Addressing

Lecture 3: Multi-Cast L3 Addressing

Lecture 4: Multi-Cast IGMP

Lecture 5: IGMP Snooping

Lecture 6: Protocol Independent Multi-Cast

Chapter 19: PIM Features

Lecture 1: PIM Terminology

Lecture 2: PIM Operating Modes

Lecture 3: PIM Sparse Modes

Chapter 20: More Multicast Terms Defined

Lecture 1: Multi-Cast Terms Defined

Lecture 2: Designated Router and Reverse Path Forwarding

Lecture 3: RP,SP and AP Mapping Agents

Chapter 21: QoS

Lecture 1: QoS Part 1

Lecture 2: QoS Part 2

Lecture 3: QoS Part 3

Lecture 4: QoS Lab

Chapter 22: NTP

Lecture 1: (NTP) Network Time Protocol

Lecture 2: First Hop Redundancy Protocol (HSRP)

Lecture 3: VRRP

Lecture 4: GLBP

Chapter 23: NAT

Lecture 1: NAT

Lecture 2: NAT Static Lab

Lecture 3: NAT Pooled Lab

Instructors

Lazaro (Laz) Diaz
Network Engineer, Author teaching Cisco, CompTIA & Microsoft

Rating Distribution

1 stars: 4 votes

2 stars: 6 votes

3 stars: 15 votes

4 stars: 32 votes

5 stars: 59 votes

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