[Offer] CCNA 2016 200-120 Video Boot Camp With Chris Bryant

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CCNA 2016 200-120 Video Boot Camp With Chris Bryant

 

 

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CCNA 2016 200-120 Video Boot Camp With Chris Bryant

In February, Get My CCNA Security Course FREE When You Join My CCNA Video Boot Camp — The #1 CCNA Course On Udemy!

Course Description

In February 2016, You Get My CCNA Security Video Boot Camp FREE When You Join My CCNA Video Boot Camp — The Best-Selling CCNA Course On Udemy!

You’ll Earn Two Certifications For The Price Of One!

Just email your receipt for the CCNA course to [email protected]ebryantadvantage.com and we’ll set you up via email within 72 hours. Thanks!

Earn Your CCNA With The Best-Selling CCNA Course On Udemy! Over 27 Hours Of World-Class Instruction From Chris Bryant, “The Computer Certification Bulldog”!

Over 150,000 students in my Video Boot Camps have made me the #1 instructor on Udemy, and now it’s your turn to get CCNA certified — with a little help from yours truly!

32,000+ students are currently in this course, and now it’s your turn to get CCNA certified, earn more money, and create a brighter future.

You receive immediate, full access to all 27+ hours of the course, and you can stream them or download them anytime you like.

You’ll have permanent online access to watch the videos whenever you like as well, and there’s a Q&A forum right here on Udemy where you can post questions – and I’ll answer them personally!

From my unbeatable, trick-free methods of teaching you how to perform binary, hex, and decimal conversions all the way through tough OSPF and EIGRP configs, you’ll see it all right here on LIVE Cisco routers and switches – and you can watch every single session as often as you like.

Thanks for making The Bryant Advantage part of your CCNA success story! Let’s get started on your CCNA!

Chris Bryant CCIE #12933

“The Computer Certification Bulldog”

 

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What are the requirements?

No previous network experience is assumed by the instructor.

What am I going to get from this course?

Over 200 lectures and 29 hours of content!

Curriculum

Section 1: Course Preview

Lecture 1

CCNA Video Boot Camp Preview

Preview

01:44

Lecture 2

CCNA Study Guide Vol. 1 and 2 Info

01:39

Lecture 3

How To Download Videos (And 1 Tech Support Note!)

03:04

Section 2: Networking Fundamentals (ICND1)

Lecture 4

Networking Fundamentals And The OSI Model

16:19

Lecture 5

Networking Layer Interaction And More!

09:46

Lecture 6

Fundamentals of Network Troubleshooting and Models

09:37

Lecture 7

The Fight Of The Century: TCP vs UDP

11:55

Lecture 8

More TCP, UDP, and Port Numbers

11:35

Section 3: Ethernet (ICND1)

Lecture 9

Duplexes, Suplexes, and Autonegotiation

16:38

Lecture 10

Cabling Types and Standards

14:55

Lecture 11

Formats and Rollover Cables

06:17

Lecture 12

Bonus Video! “Show Interface Ethernet”

08:42

Section 4: Switching 101 (ICND1)

Lecture 13

Hubs And Repeaters: Why Are We Still Talking About These?

10:00

Lecture 14

The Dawn Of Switching

14:08

Lecture 15

Building A MAC Address Table (The Smart Way)

13:29

Lecture 16

Let The Switch Do The Work: Dynamic MAC Address Table Entries

04:35

Lecture 17

How They Get There: Frame Forwarding Methods

08:43

Lecture 18

The Joy Of VLANs

16:11

Lecture 19

The Cisco Switching Model and Intro To Port Security

11:12

Lecture 20

Port Security Secure MAC Addresses

17:06

Lecture 21

Port Security Sticky MAC Addresses

04:52

Lecture 22

Combining Secure and Sticky MAC Addresses

04:25

Lecture 23

Spanning Tree Protocol Fundamentals

08:00

Lecture 24

What DO Those Lights Mean?

05:40

Lecture 25

Trunking Fundamentals

11:10

Lecture 26

Trunking Labs and Modes

06:38

Lecture 27

Drawing The Line: Allowing and Disallowing VLANs

06:41

Lecture 28

VTP Fundamentals

13:05

Lecture 29

Resetting The Revision Number: What’s The Big Deal?

03:24

Section 5: A Quick WAN Introduction (ICND 1)

Lecture 30

Like I Said, A Quick WAN Introduction

15:55

Section 6: Routing and IP Addressing Fundamentals (ICND 1)

Lecture 31

A First Look At Routing

13:49

Lecture 32

IP Address Range, Classes, and Why We Care

09:39

Lecture 33

Routing Processes and Walkthroughs

15:05

Section 7: Cisco Configs, Memory, and More! (ICND 1)

Lecture 34

“Thanks For The Memories…”

14:20

Lecture 35

You Can’t Read This: Encryption (And Setup Mode)

17:10

Lecture 36

My States Of The Interface Speech

12:56

Lecture 37

Startup and Running Configs and the COPY Command

17:34

Lecture 38

The Config Registry and Real-World Password Recovery

08:24

Section 8: DNS, ARP, and DHCP (ICND 1)

Lecture 39

DNS And ARP

11:58

Lecture 40

Proxy ARP And DHCP Fundamentals

13:15

Lecture 41

DHCP Relay Agents and IP Helper Addresses

07:50

Lecture 42

Using A Cisco Router As A DHCP Server

09:43

Section 9: Passwords, Banners, Telnet, and More! (ICND 1)

Lecture 43

Configuration Mode Review

06:22

Lecture 44

Important Cisco Router Defaults and the Console Port Password

11:58

Lecture 45

Enable Secret vs. Enable Password

06:47

Lecture 46

Telnet Fundamentals and Lab

08:40

Lecture 47

SSH Lab

06:38

Lecture 48

More Telnet Lab and “Priv Level 15”

16:12

Lecture 49

Banner Labs

08:44

Lecture 50

Logging Synchronous, Exec Timeout, And A History Lesson

09:35

Lecture 51

A Little More Telnet

12:35

Lecture 52

A Voyage Of (Cisco) Discovery

09:27

Section 10: Static Routing And A Little DV (ICND 1)

Lecture 53

Static Routing Fundamentals

13:14

Lecture 54

Static Routing Lab And IP Debugs

14:24

Lecture 55

More Static Routing With A Side Order Of DV Protocols

19:26

Section 11: OSPF And Link-State Protocols (ICND 1)

Lecture 56

Wildcard Masks

05:56

Lecture 57

Link State Protocol Fundamentals

13:54

Lecture 58

OSPF Debugging, Troubleshooting Adjacencies Lab 1

09:30

Lecture 59

More Troubleshooting, Plus Hello And Dead Timers

07:45

Lecture 60

The Process ID

10:38

Lecture 61

Show IP OSPF Interface Details and the OSPF RID

14:55

Lecture 62

The Default-Information Originate Command (And Options!)

06:27

Lecture 63

The When, Why, And Where Game: Passive Interfaces

10:22

Section 12: ACLs and NTP (ICND 1)

Lecture 64

Wildcard Mask Refresher

05:56

Lecture 65

Standard And Extended ACLs

10:25

Lecture 66

Standard ACL Lab

12:30

Lecture 67

More Standard ACL Lab — Blocking Pings

02:42

Lecture 68

“Is That A Remark?” Plus — The Order Of The Lines

09:42

Lecture 69

Extended ACLs

11:44

Lecture 70

Named ACLs

07:02

Lecture 71

Where Should You Put Your ACLs?

11:04

Lecture 72

Standard and Extended ACL Lab, Part The First

10:33

Lecture 73

Standard and Extended ACL Lab Continues

04:00

Lecture 74

Blocking Pings: Lab and Real-World Networking Tips

13:21

Lecture 75

Dynamic and Time-Based ACLs

10:13

Lecture 76

Network Time Protocol Discussion and Labs

10:25

Lecture 77

Using ACL Sequence Numbers

09:09

Section 13: Route Summarization (ICND 1)

Lecture 78

Route Summarization Discussion

12:39

Lecture 79

Route Summarization Lab

06:03

Section 14: NAT ‘n PAT — Network Address Translation (ICND 1)

Lecture 80

NAT Fundamentals

09:07

Lecture 81

Static NAT And Extended Pings

06:58

Lecture 82

Dynamic NAT And Troubleshooting

13:21

Lecture 83

Port Address Translation Lab

04:50

Section 15: IP Version 6 (ICND 1)

Lecture 84

Intro to IPv6, Zero Compression, and Leading Zero Compression

13:24

Lecture 85

Global Routing Prefixes And The IANA

11:01

Lecture 86

Global Unicast Addressing and Verification Commands

08:14

Lecture 87

Link-Local Addresses and Interface Identifiers

09:55

Lecture 88

Link-Local Address and Interface ID Lab

04:26

Lecture 89

The EUI-64 Process

06:26

Lecture 90

Neighbors and Routers, Solicitations and Advertisements

09:12

Lecture 91

DHCPv6 Stateful Auroconfiguration and Relay Agents

06:01

Lecture 92

Stateless Autoconfiguration and DHCPv6

05:30

Lecture 93

Ping and Traceroute in IPv6

11:28

Lecture 94

Static and Default Static Routing in IPv6

09:37

Lecture 95

OSPFv3 and v2 Comparison

05:33

Lecture 96

OSPF v3 Adjacency Lab

04:10

Lecture 97

OSPF v3 Show Commands Demo

06:08

Lecture 98

Unique Local Unicast Addresses

05:52

Lecture 99

Subnet Router Anycast Addresses

03:34

Lecture 100

Wrapup For IPV6…. For Now!

01:33

Section 16: Router On A Stick And L3 Switching (ICND 1)

Lecture 101

ROAS Theory And Setup

11:07

Lecture 102

ROAS Lab

06:45

Lecture 103

ROAS Troubleshooting

04:30

Lecture 104

L3 Switching And SVI Lab

13:10

Lecture 105

Final Notes On Multilayer Switching

01:42

Section 17: Binary, Subnetting, VLSM, and Hex (ICND 1 And 2)

Lecture 106

Binary And Subnetting Intro

02:43

Lecture 107

Binary To Decimal, Decimal To Binary

07:38

Lecture 108

“How Many Valid Subnets?” Discussion

09:40

Lecture 109

“How Many Valid Subnets?” Practice Session

07:56

Lecture 110

“How Many Valid Host Addresses?” Discussion And Practice Session

08:33

Lecture 111

“What Subnet Is This IP Address On?” Discussion

07:24

Lecture 112

“What Subnet Is This IP Address On?” Practice Session

08:49

Lecture 113

Subnet Broadcast Address and Valid IP Address Range Discussion

08:23

Lecture 114

Subnet Broadcast Address and Valid IP Address Range Practice Session

12:01

Lecture 115

Let’s Go Subnetting! Session 1

06:20

Lecture 116

Let’s Go Subnetting! Session 2

03:18

Lecture 117

VLSM Lab: Part 1

05:03

Lecture 118

VLSM Lab: Part 2

05:14

Lecture 119

VLSM Lab: Part 3

04:57

Lecture 120

VLSM 4

02:45

Section 18: More Switching! (ICND 2)

Lecture 121

STP Overview

08:43

Lecture 122

Root Bridge Election Discussion

10:38

Lecture 123

Root Bridge Walkthrough

06:47

Lecture 124

Three-Switch Lab

09:59

Lecture 125

Root Port Speed Discussion

06:02

Lecture 126

Root Port Speed Lab

10:25

Lecture 127

Overthrowing The Root Bridge!

08:14

Lecture 128

STP Timers and PortFast

11:11

Lecture 129

PVST Load Balancing Discussion and Lab

09:01

Lecture 130

Etherchannel Discussion

04:12

Lecture 131

Etherchannel Lab

13:17

Lecture 132

Etherchannel Wrapup

03:49

Lecture 133

BPDU Guard Theory And Lab

05:08

Lecture 134

Switchport Switcheroo!

04:35

Section 19: Wide Area Networks (ICND 2)

Lecture 135

HDLC and PPP Fundamentals

12:39

Lecture 136

PPP And CHAP — Getting It Right!

06:25

Lecture 137

PPP And CHAP — Getting It Wrong (And Troubleshooting It!)

05:16

Lecture 138

PPP And CHAP — More Troubleshooting and Debugging!

07:08

Lecture 139

PPP And PAP

13:39

Lecture 140

Frame Relay Fundamentals

10:49

Lecture 141

Local Management Interface Lab

09:32

Lecture 142

Inverse ARP and DLCIs

07:08

Lecture 143

Frame Relay Config Over Hub-and-Spoke Network

09:10

Lecture 144

The Broadcast Option

06:38

Lecture 145

Frame Relay And Subinterfaces Discussion

06:41

Lecture 146

Split Horizon Visual

02:03

Lecture 147

Frame Relay And Subinterfaces Lab

06:31

Lecture 148

FECNs And BECNs

08:23

Lecture 149

Physical Stuff

08:30

Section 20: First-Hop Redundancy Protocols (ICND 2)

Lecture 150

HSRP Discussion

05:57

Lecture 151

HSRP Lab

10:26

Lecture 152

HSRP Load Balancing and Troubleshooting

09:30

Lecture 153

VRRP and GLBP Fundamentals

12:42

Lecture 154

GLBP Lab

11:24

Lecture 155

GLBP Lab Continues

07:20

Section 21: VPNs (ICND 2)

Lecture 156

VPN Fundamentals

07:18

Lecture 157

AH and ESP

12:13

Lecture 158

Building A GRE Tunnel

04:24

Section 22: OSPF (ICND 2)

Lecture 159

Wildcard Mask Refresher

05:56

Lecture 160

Fundamentals Of OSPF

12:20

Lecture 161

A Quick IPv6 Note

01:50

Lecture 162

OSPF Adjacencies and Masks

08:36

Lecture 163

OSPF TImers And Adjacency Debugs

17:35

Lecture 164

Areas, DRs, and BDRs

11:15

Lecture 165

OSPF NBMA Configuration Begins!

13:41

Lecture 166

The Network Grows!

09:10

Lecture 167

The RID Rules

09:06

Lecture 168

What Else Can Go Wrong? These Things….

08:57

Lecture 169

I Love L(S)A

05:01

Lecture 170

Default Info Originate w/ Side Of Stub

09:28

Lecture 171

Changing The Costs

11:23

Lecture 172

Passive Interfaces

04:30

Lecture 173

Point-to-Point Pointer

05:18

Lecture 174

Does This Need Troubleshooting?

05:50

Lecture 175

Bonus Video: Route Redistribution and OSPF Router Types

04:18

Section 23: EIGRP (ICND 2)

Lecture 176

EIGRP Fundamentals

07:40

Lecture 177

Quick EIGRP V6 Message

01:50

Lecture 178

Successors and Feasible Successors

07:14

Lecture 179

Successor and Feasible Successor Walkthroughs

08:47

Lecture 180

EIGRP On A Hub-and-Spoke Network

11:01

Lecture 181

The EIGRP Network Grows!

09:44

Lecture 182

Unequal-Cost Load Balancing: Why, When, and How

07:55

Lecture 183

Bonus Variance Lab!

06:11

Lecture 184

Autosummarization

05:43

Lecture 185

Hello and Hold Timers

09:07

Lecture 186

The Bandwidth Command And EIGRP

08:52

Lecture 187

Route Metrics

03:39

Lecture 188

The EIGRP RID

06:39

Lecture 189

EIGRP And Split Horizon

01:16

Section 24: This n’ That

Lecture 190

SNMP Discussion

09:59

Lecture 191

A Quick Look Under SNMP’s Hood

04:10

Lecture 192

Syslog and Timestamps

12:33

Lecture 193

NetFlooooooow

07:08

Lecture 194

A Little Licensing

11:39

Section 25: More IPV6! (ICND 2)

Lecture 195

EIGRP For IPV6

09:46

Lecture 196

EIGRP For IPV4 And IPV6: Similarities and Differences

04:32

Lecture 197

An Old EIGRP Friend Leaves Town

00:46

Lecture 198

OSPF IPv6 Refresher And Lab

10:08

Lecture 199

OSPF v2 And v3: Similarities and Differences

08:21

Lecture 200

Bonus Video! OSPF v3 Route Redistribution

04:41

 

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