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CCNA 200-301 Video Boot Camp with Chris Bryant

Over 30 Hours Of Lab-Packed, Fully Downloadable Videos On Every Subject On The CCNA 200-301 Exam!
Instructor:
Chris Bryant
English [Auto]
Beginning and intermediate-level networking skills, including Cisco routers and switches, in preparation for taking and passing the CCNA 200-301 Routing and Switching Certification Exam.

Pass the CCNA 200-301 Cisco certification exam while learning real-world networking skills in this exclusive course from Chris Bryant, CCIE #12933!

I’ve been helping CCNA candidates just like you earn their CCNA certification for well over a decade.   Over 100,000 students joined the last CCNA course I launched on Udemy (watch the promo video for proof!), and it’s time for you to become one of the 100,000 students we’ll have in this course!

I’ve created my most lab-packed course ever to help you get ready for success in the exam room and the real world — and you can take this world-class CCNA boot camp on your schedule.   No prior experience with Cisco routers and switches is necessary for you to enjoy this course.

There’s so much information covered on the CCNA 200-301 exam (the latest version) that Cisco issued a two-volume Study Guide for the test, and that’s just what I’ve done with my Video Boot Camp.

There’s over 30 hours of lab-packed video content here, all fully downloadable and fully guaranteed for 30 days.   Your access to the videos is permanent, as is your ability to download them.    

Every topic you’ll see on the CCNA 200-301 exam is covered here, including…

  • An Introduction To Networking
  • An Introduction To Switching
  • The Spanning-Tree Protocol and Etherchannels (over 2.5 hours of labs!)
  • Virtual LANs (VLANs) and the VLAN Trunking Protocol (VTP)
  • Binary and Subnetting Mastery  (You’ll subnet with ease after these!)
  • An Introduction To Routing
  • Static Routing
  • RIP & EIGRP Bonus Section
  • OSPF (Over 4 hours of labs on this make-or-break topic!)
  • Introduction To Wireless Routing
  • IP Version 6
  • Layer 3 Switching — live labs including router-on-a-stick,  SVIs, and Layer 3 Etherchannels!
  • And that’s just in the first HALF of the course!

Then we’re on to…

  • Access Lists (TONS of lab work here with all types of ACLs)
  • Network Address Translation
  • Hot Standby Routing Protocol
  • The Network Time Protocol
  • Network Security Fundamentals
  • DHCP, DNS, And ARP
  • Management Protocols (Syslog, logging, and more)
  • The Cisco Discovery Protocol and Link-Layer Discovery Protocol
  • Quality Of Service
  • Introduction To Network Automation

… and a whole lot more!

Immediate access to all of these downloadable videos isn’t all you get.

If you have a question about anything you see in the course, just ask me via Udemy’s messaging system.    I check in on the forum daily – sometimes twice a day – and I’ll be glad to answer your course-related question.

To recap, you get all of this with your enrollment….

  • Full and permanent access to over 30 hours of world-class, lab-packed Video Boot Camp content.
  • The ability to download any video in the course at any time.
  • A 30-day money-back guarantee.
  • The option to ask me questions about anything you see in the course.

It doesn’t get any better than this for CCNA exam success prep.

Enroll right now, and I’ll see you inside!

Chris Bryant

CCIE #12933

“The Computer Certification Bulldog”

 

Section 1: An Introduction to Networking

1
How To Download Your Free Binary And Subnetting Workbook!
2
Session 1: Defining Networking
3
Session 2: The OSI Networking Model
4
Session 3: The TCP/IP Networking Model
5
Session 4: Always Look On The Physical Side Of Life
6
Session 5: Crossover Cables and Other Delights

Section 2: An Introduction To Switching

1
Session 1: Collision Domains and CSMA/CD
2
Session 2: Handling Broadcasts
3
Session 3: The Move To Switches
4
Session 4: Building The MAC Address Table (Theory)
5
Session 5: Building The MAC Address Table (Walkthrough)
6
Session 6: The Joy Of Dynamic MAC Table Entries
7
Session 7 Hex , Hex Conversions, And The Admins Who Love Them

Section 3: Fundamental Switch Configs and Virtual LANs (VLANs)

1
Session 1: Initializing The Switch
2
Session 2: The Configuration Modes
3
Session 3: The "logging synch" and "exec-timeout" Commands
4
Session 4: VLAN Theory
5
Session 5: Running VLANs On Cisco Switches
6
Session 6: Configuring VLANs
7
Session 7: The Trunking Protocols
8
Session 8: The Trunking Modes
9
Session 9: Working With DTP
10
Session 10: Per-VLAN Traffic Filtering I
11
Session 11: Per-VLAN Traffic Filtering II
12
Session 12: The Dreaded VLAN.DAT File

The VLAN Trunking Protocol (VTP)

1
Session 1: Why VTP?
2
Session 2: VTP Configuration Numbers
3
Session 3: VTP Pruning

The Spanning Tree Protocol

1
Session 1: Why STP?
2
Session 2: Introduction To BPDUs
3
Session 3: The STP Port States
4
Session 4: Root Bridge Election Walkthrough
5
Session 5: Spotting Root Bridges In The Wild
6
Session 6: The Timers
7
Session 7: Port Costs and Root Costs
8
Session 8: Picking The Root Port
9
Session 9: Picking The Designated Port
10
Session 10: STP And Slower LInks
11
Session 11: Changing Port Costs
12
Session 12: Per-VLAN Load Balancing
13
Session 13: Changing Root Bridge Election Results
14
Session 14: Configuring Secondary Roots
15
Session 15: Multiple Root Bridges
16
Session 16: Portfast
17
Session 17: Root Guard
18
Session 18: BPDU Guard
19
Session 19: The Errdisable Recovery Feature
20
Session 20: Introduction To RSTP
21
Session 21: RSTP And Multiple Trunks
22
Session 22: STP Nuts and Bolts
23
Session 23: Etherchannels
24
Session 24: Etherchannel Static Build
25
Session 25: Losing Ports In An Existing Etherchannel
26
Session 26: Etherchannel Negotiations
27
Session 27: PAgP In Action
28
Session 28: LACP In Action
29
Session 29: How To Wreck An Etherchannel
30
Section 30: When And Why To Change The Native VLAN

Binary and Subnetting Mastery

1
Session 1: Binary-To-Decimal Conversions
2
Session 2: Decimal-To-Binary Conversions
3
Session 3: Calculating The Number Of Valid Subnets
4
Session 4: Calculating The Number Of Valid Hosts
5
Session 5: Determining The Subnet Of A Given IP Address
6
Session 6: Determining The Broadcast Address And Range Of Valid Addresses
7
Session 7: We Subnet!

An Introduction To Routing

1
Session 1: Binary Fundamentals
2
Session 2: The IP Address Classes
3
Session 3: Routing Walkthrough
4
Session 4: Second Routing Walkthrough

Static Routing

1
Session 1: Loopback Interfaces and Hub-And-Spoke Networks
2
Session 2: Our Initial IP Routing Table
3
Session 3: The Static Lab Begins!
4
Session 4: The Problem Isn't Always Local
5
Session 5: Why Not Just Go Static?

Wildcard Masking

1
Wildcard Masking: The One And Only!

Introduction To RIP And EIGRP

1
Session 1: RIP Introductions
2
Session 2: RIP Lab
3
Session 3: EIGRP Fundamentals
4
Session 4: EIGRP Lab
5
Session 5: Administrative Distance
6
Session 6: Floating Static Route Lab Begins
7
Session 7: Floating Static Route Lab Concludes

OSPF And Link-State Protocol Behaviors

1
Session 1: It Begins!
2
Session 2: Adjacencies and Hellos
3
Session 3: The Network Mask Mixup Adjacency Lab
4
Session 4: Adjacency States and Debugs
5
Session 5: LSA Sequence Numbers
6
Session 6: The DR and BDR (Plus RID Determination!)
7
Session 6A: The Conclusion Of Session 6
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32 hours on-demand video
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Certificate of Completion