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CertificationKits CCNP ENARSI 300-410 Boot Camp & Theory eBook

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CertificationKits CCNP ENARSI 300-410 Boot Camp & Theory eBook

Desktop & Mobile Compatible!  IOS & Android friendly!

We are pleased to announce our new CertificationKits CCNP ENARSI 300-410 Boot Camp & Theory eBook!  We know you will love our latest revision to our CCNP study guide that has been built upon through two decades of being an exceptional tool in the success of Cisco certification candidates.  The CertificationKits CCNP ENARSI 300-410 Boot Camp & Theory eBook totals 991 pages of easy to read and understand content! 

We have worked in collaboration with CCIEs and actual Cisco Netacad professors to ensure that we have the strongest match of knowledge meeting hands on experience with students.  This was written by authors who not only know how to unlock students' capability to learn, but also know what it takes to beat that test!  This CCNP study guide is 999 pages of power packed information written in an easy to understand format that maximizes your time and understanding!  It not only follows the format of the new CCNP curriculum, but also works as a perfect companion to the Cisco Press CCNP ENCOR Lab Workbook.

With the latest revision of the CCNP curriculum, Cisco removed the prerequisite of having to hold a CCNA before you can take the CCNP.  So, if you have some experience and are confident in your networking knowledge, you could use this as a starting point and go straight to taking the CCNP ENCOR and ENARSI exams!  Once you complete CCNP ENCOR, you can move on to CCNP ENARSI to complete your CCNP Enterprise certification.  CCNP ENCOR serves as the core requirements for CCNP and CCIE Enterprise.  CCNP ENARSI completes the CCNP Enterprise Certification.

With this release, we even took things a step further by upgrading to our new awesome eBook reader through LockLizard.  This is the same engine that Cisco actually uses to protect and distribute their corporate documents.  This makes it extra cool because it is a format you will see in the field as a working network engineer.  This new ebook reader works on multiple platforms such as PC, MAC, IOS, Android, etc.  We include 2 activations with each purchase so you can install it on a desktop AND a mobile device, for example.  On top of that you can highlight, make notes and work directly with your document.

Please feel free to check out a demo of the first chapter of this our CCNA Theory eBook.  This will give you a good feel for the new reader and format of our theory eBooks:

1.  Download and install the LockLizard viewer for your IOS and device type from this link:  LockLizard Viewer

2.  Download and install the License file for the eBook:  License File 

(If you don't see it open, the window for the license file may pop-up behind your active windows)

3,  Download and open the .Pdc eBook file: eBook File

The download and install is very straightforward and simple, but if you get stuck, please click here for a help guide on opening your eBook demo or official purchase.  Upon purchase a unique license file and a .pdc file will be emailed to you.

 

Table of Contents

 

Section 1: IP & Routing Overview

Chapter 1: IPv4/IPv6 Addressing & Troubleshooting

IPv4 Explained

Troubleshooting IPv4 Addressing Technologies

Troubleshooting DHCP for IPv4

DHCP Troubleshooting and Verification Commands

Potential DHCP Troubleshooting Issues

IPv6 Header

IPv6 Address Structure

IPv6 Address Scope Types

IPv6 Unicast Addressing

IPv6 Multicast

IPv6 Anycast

Other IPv6 features

IPv6 Routing Protocol Considerations

IPv4 to IPv6 Transition Strategies and Deployments

Overlay Tunnels

Stateful DHCPv6

Stateless Address Autoconfiguration (SLAAC)

Stateful DHCPv6 Client Configuration

Stateful DHCPv6 Server Verification

Stateless DHCPv6

Chapter 1: Questions

Chapter 2: Routing Overview & Troubleshooting

IPv4 Routing

Routing Types

IPv4 Static Routing Types

IPv6 ROUTING

IPv6 ROUTING TYPES

Default Routing

Troubleshooting Basic Routing Process

Packet-Forwarding Process

Troubleshooting Basic Routing Process

Troubleshooting Routing Information Sources

Chapter 2: Questions

Section2: EIGRP

Chapter 3: Basic EIGRP

EIGRP Introduction

EIGRP DUAL

EIGRP Metric (K-Values)

EIGRP Route Table

EIGRP load balancing

EIGRP Variance

EIGRP Reliability

Chapter 3: Questions

Chapter 4: Advanced EIGRP

Discovering Routes

Feasible Successor

Planning for EIGRP

Configuring EIGRP for IP

EIGRP Static Summarization

The EIGRP Route States and Querying Process

Why Routers Fail to Reply

Solutions to Stuck in Active

EIGRP Bandwidth Utilization

Router Authentication

Creating a Key Chain

EIGRP Commands

Chapter 4: Questions

Chapter 5: Troubleshooting EIGRP

Troubleshooting EIGRP

Troubleshooting EIGRP Neighbor Adjacencies

Causes of not forming EIGRP neighborship

Mismatched K Values

Passive Interface Issues

Troubleshooting Basic Routing Process

EIGRP Convergence

Debugging EIGRP

Chapter 5: Questions

Section 3: OSPF

Chapter 6: Basic OSPF

OSPF - Overview

OSPF Areas Concept

OSPF Terminology

OSPF DR and BDR Concept

Router ID (RID)

Types of OSPF Routers

Planning for OSPF

Configuring Single Area OSPF

OSPF Packet Types

OSPF Operational States

Link State Advertisements

Multiple Area OSPF

Summarizing Routes

Chapter 6: Questions

Chapter 7: Advanced OSPF

OSPF Areas

Configuring OSPF Areas

OSPF Virtual Links

OSPF Network Types

Point-to-Point Network

Broadcast Network

Non-Broadcast Network

OSPF Authentication

OSPF Authentication with a Virtual Link

Verifying OSPF Implementation

Chapter 7: Questions

Chapter 8: Troubleshooting OSPF

OSPF Tables

OSPF Hierarchical Routing

Neighbor Adjacencies: The Hello Packet

SPF Algorithm

OSFP Neighbors

Configuring Single Area OSPF

OSPF Verification Commands

Chapter 8: Questions

Chapter 9: OSPFv3

Introduction

OSPFv2 vs. OSPFv3

LSA Types

OSPFv3 Configurations

OSPFv3 Authentication

Chapter 9: Questions

Section 4: BGP

Chapter 10: Advanced BGP

BGP Neighbor states

IBGP

EBGP

BGP Attributes

Path Selection

AS-PATH

Next-Hop Attribute

Multi Exit Discriminator

Local Preference

WEIGHT

BGP Communities

Route Reflectors

Route Reflector Configurations

BGP Confederations

Multi-Protocol BGP for IPv6

Chapter 10: Questions

Chapter 11: Troubleshooting BGP

Introduction

Configuring BGP

Troubleshooting BGP Neighbor Adjacencies

BGP Tables

Implications of High CPU Utilization

Chapter 11: Questions

Section 5: Redistribution & Route Maps

Chapter 12: Route Redistribution

Using Multiple Routing Protocols

Redistributing Route Information

Using Seed Metrics

One Point Redistribution

One-Way and Two-Way Multipoint Redistribution

Redistribution Techniques

Redistribution Implementation Considerations

One-Way Redistribution Issue

Two-Way Multipoint Redistribution Issue

Configuring Redistribution into RIP

Configuring Redistribution into OSPF

Configuring Redistribution into EIGRP

Administrative Distance(AD)

Redistribution to Prevent Routing Loops

Chapter 12: Questions

Chapter 13: Route Maps and Conditional Forwarding

Route Filters

Distribute Lists

IP Prefix Filters

Route Maps

Route Map Operation

Configuring a Route Map

Route Map Redistribution

Filtering Routing Updates

Passive Interface

Policy-based Routing

Steps to Configure and Verify PBR

Chapter 13: Questions

Section 6: VPN

Chapter 14: MPLS

VRF-Lite

Introduction to MPLS

MPLS LIB and LFIB

Label Switching Routers

MPLS Label Format

MPLS Router Types

Label Distribution Protocol

Penultimate Hop Popping

Introduction to VPN

MPLS L3 VPN Overview

Steps to implement MPLS L3 VPN

VRF

MP-BGP

Route Distinguisher

Route Target

Chapter 14: Questions

Chapter 15: DMVPN

VPN

VPN -Types

VPN- Logical Topologies

Dynamic Multi-Point VPN

GRE - Tunnels

DMVPN - NHRP protocol

Benefits of DMVPN

DMVPN Phases

DMVPN Configuration

IPSec

IPSec - Modes

Steps for IPSec Process

DMVPN over IKEv1 IPsec

Chapter 15: Questions

Section 7: Infrastructure Security & Device Management

Chapter 16: Infrastructure Security

Securing Management Access

Authentication

Authorization

Accounting

802.1x Port-Based Authentication

Troubleshooting AAA Configurations

Unicast Reverse Path Forwarding (uRPF)

Control Plane Policing (CoPP)

ACL

Standard ACL

Extended ACL

Named ACL

Rules for Using the Access List

Creating IP Access Lists: Some Pointers

Benefits of IP Access Lists

IPv6 First-Hop Security

Chapter 16: Questions

Chapter 17: Device Management & Tools

Console Access

Telnet

SSH

Password Encryption Levels

Network Troubleshooting Tools

Conditional debugs

SNMP

Syslog

NetFlow

SPAN and RSPAN

IP SLA

Cisco DNA

Chapter 17: Questions