CCNA 200-301 Complete Course

Name: CCNA 200-301 Complete Course
Rating: 4.5 (175 reviews)

This course is designed to prepare you for CCNA 200-301 certification exam

Created byNaj Qazi

Last updated 8/2024

English

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What you'll learn

This course is designed to prepare you for CCNA 200-301 certification exam
You'll learn how to configure Cisco devices such as switches and routers
I've a ton of pro tips throughout the course to help you prepare for the real world
If you are new to networking, this is a great foundational course. It will prepare you for more advanced Cisco certifications such as CCNP & CCIE
It will also prepare you for other advanced industry-standard certifications

Course content

17 sections • 197 lectures • 20h 43m total length

Instructor's Background1:45
CCNA Course Topics Overview0:31

Network Fundamentals & OSI Model Overview4:23
This section's slides are provided with this video. Tap on "Resources" and download the lecture slides in PDF format.
OSI Model vs. TCP-IP Model3:48
Explore the OSI model from the application to the physical layer with examples like email, HTTP, HTML, JPEG, and IP routing protocols, alongside the five-layer TCP/IP model.
3. OSI Model - Encapsulation & Decapsulation5:52
OSI Model - Application Layer4:23
OSI Model - Transport Layer11:10
OSI Model - Network Layer7:03
OSI Model - Data Link Layer0:55
OSI Model - Physical Layer22:02
Explore the OSI model's physical layer, detailing encoding and signaling, copper and fiber media, UTP and RJ-45 connectors, fiber types, and basic network topologies and LAN components.
Quiz covering Section 1: Part 1 - Network Fundamentals: OSI Model

S1P2 Topics Overview0:41
This section's slides are provided with this video. Tap on "Resources" and download the lecture slides in PDF format.
3-Tier Campus Network Design9:02
Cisco Campus Switching Hardware Portfolio16:16
WAN - Circuit Switched vs. Packet Switched Network8:05
WAN - Metro Ethernet4:41
WAN - MPLS5:21
WAN - SOHO DSL & Cable Architecture2:28
WAN - Wireless WAN0:54
Cisco Routing Hardware Portfolio5:38
WAN - Service Provider POP Design2:28
Basics of Cisco CLI - Part 18:19
Basics of Cisco CLI - Part 216:57
Section 1: Part 2 - Network Fundamentals: Network Architectures & Basics of CLI

S2P1 Topics & Ethernet Overview8:49
This section's slides are provided with this video. Tap on "Resources" and download the lecture slides in PDF format.
What is a MAC Address?9:12
Ethernet Frame Architecture2:18
Hub vs. L2 Switch vs. MLS3:21
Explore how switching evolved from hub-based layer one devices to dedicated bandwidth layer two switches and multi-layer switches, highlighting collision and broadcast domains, full duplex, and layer three functionality.
Collision Domain vs. Broadcast Domain1:03
How does a switch build it's MAC table?1:47
ARP Overview5:11
ARP Deep Dive5:29
VLAN Overview9:24
VTP Overview4:38
VTP Configuration1:38
Trunking Overview2:58
DTP Overview0:38
Switch Port Modes1:51
Trunk Configuration5:24
Section 2: Part 1 - LAN Wired & Wireless: LAN Switching Concepts

S2P2 Topics Overview0:34
This section's slides are provided with this video. Tap on "Resources" and download the lecture slides in PDF format.
CCDP & LLDP Overview7:53
STP Overview13:07
STP Deep Dive Part 110:09
STP Deep Dive Part 212:48
PVST Overview4:36
RSTP Overview6:17
STP Optional Features4:00
STP CLI10:42
EtherChannel Overview | PAgP vs. LACP5:51
Layer 2 EtherChannel9:50
Layer 3 EtherChannel8:53
Inter VLAN Routing Overview3:59
Inter VLAN Routing - Router on a Stick7:28
Inter VLAN Routing - SVI3:50
Section 2: Part 2 - LAN Wired & Wireless: Advanced LAN Switching Concepts

S2P3 Topics Overview0:46
This section's slides are provided with this video. Tap on "Resources" and download the lecture slides in PDF format.
Wireless LAN Overview9:19
Wireless LAN Design Basics4:57
Wireless LAN Topologies Overview10:00
Explore wireless LAN topologies, including repeaters, work group bridges, outdoor bridges, and point to point or multipoint, plus mesh networks, all bridging wired and wireless networks, with throughput tradeoffs.
Wireless LAN Channels & Bands Overview7:34
Wireless LAN 802.11 Standards Overview6:57
Wireless LAN Architectures Overview10:14
Examine wireless LAN architectures: autonomous APs operate independently, cloud-based Meraki centralizes management while keeping data local, and split mac with a wireless LAN controller uses capwap tunnels to centralize control.
Wireless LAN Deployment Models Overview6:01
Wireless LAN Security Overview10:25
Protect wireless LANs by authenticating users and access points, encrypting data for privacy, and applying integrity checks to prevent tampering and defend against rogue access points.
Wireless LAN Security Deep Dive10:15
Section 2: Part 3 - LAN Wired & Wireless: Wireless Deep Dive

S3P1 Topics Overview0:38
This section's slides are provided with this video. Tap on "Resources" and download the lecture slides in PDF format.
IPv4 Overview9:50
IPv4 Binary to Decimal Conversion Chart4:04
IPv4 Address Classes | Classful vs. Classless IP Addressing13:50
Private vs. Public IP Addressing4:28
Explore IPv4 private addresses defined by RFC 1918 and memorize the ranges 10.0.0.0 to 10.255.255.255, 172.16.0.0 to 172.31.255.255, and 192.168.0.0 to 192.168.255.255, not routable on the internet.
NAT Overview2:35
Subnetting Part 18:57
At minute 1:07, I made a mistake; it takes 2 bits to come up with 4 subnets. That makes the modified subnet mask 255.255.255.192 or /26.
Finally, we end up with only 4 subnets with the following network range per subnet:
--> 200.10.5.0 - 200.10.5.63
--> 200.10.5.64 - 200.10.5.127
--> 200.10.5.128 - 200.10.5.191
--> 200.10.5.192 - 200.10.5.255
NOTE: This error has been fixed in the attached slide deck for this section.
Subnetting Part 215:33
Subnetting Part 310:21
Subnetting Part 47:34
Section 3: Part 1 - IP Addressing & Routing: IPv4 Subnetting

S3P2 Topics Overview0:28
This section's slides are provided with this video. Tap on "Resources" and download the lecture slides in PDF format.
IPv4 Routing Overview - Part 113:26
IPv4 Routing Overview - Part 217:49
Learn how arp maps ip to mac addresses with broadcast requests and unicast replies, building arp tables for local delivery and gateway routing with layer two frame rewrite.
Routing Protocols vs. Routed Protocols2:19
What's the Job of a Routing Protocol?1:12
Routing protocols learn IP routes from neighboring routers, advertise them, and select best path by a metric; on topology changes, they converge by removing failed path and recalculating new route.
IGP vs. EGP5:07
Routing Classification & Types1:28
Routing Algorithms - Distance Vector vs. Link State2:25
How Routing Table Works?5:14
Static Routing Overview & Configuration11:21
Static Route, Default Route & Floating Static Route Overview & Configuration14:28
Section 3: Part 2 - IP Addressing & Routing: IPv4 Routing Deep Dive

S3P3 Topics Overview0:27
This section's slides are provided with this video. Tap on "Resources" and download the lecture slides in PDF format.
Static vs. Dynamic Routing Review3:24
OSPF Overview10:02
OSPF Areas & Terminology7:45
OSPF LSA Types1:39
OSPF Header Packet Types2:50
OSPF Neighbor Adjacency Formation - 7 States2:17
OSPF Neighbor Adjacency Requirements2:34
OSPF Network Types + DR & BDR Election5:51
OSPF Metric - Cost3:13
OSPF Configuration & Lab - Part 111:19
OSPF Configuration & Lab - Part 210:09
OSPF Configuration & Lab - Part 310:19
OSPF Router ID & Interface Priority0:49
OSPF Route Summarization Overview & Configuration5:42
Discover how OSPF route summarization reduces routing table entries by combining subnets into a single entry. Configure an area border router to advertise a supernet 172.30.0.0 with 255.255.248.0 for efficiency.
OSPF Default Routes Overview & Configuration9:36
OSPF Show & Verification Commands0:50
Section 3: Part 3 - IP Addressing & Routing: OSPF Deep Dive

S3P4 Topics Overview0:47
This section's slides are provided with this video. Tap on "Resources" and download the lecture slides in PDF format.
Why IPv68:39
IPv6 Overview10:14
IPv4 Header vs. IPv6 Header1:23
IPv6 Address Types & Scopes - Part 19:07
IPv6 Address Types & Scopes - Part 211:33
IPv6 Multicast Address3:39
IPv6 Neighbor Discovery - Four ICMPv6 Messages1:35
IPv6 Neighbor Discovery - Solicited Node Multicast14:07
IPv6 Address Assignment3:18
Explore how IPv6 address assignment works, with automatic link-local addresses from the MAC via EUI-64 and routable addresses through static, stateless auto configuration, or DHCPv6 options.
IPv4 to IPv6 Migration Strategies2:37
IPv6 Routing & Subnetting5:14
IPv6 Lab - Static Routing12:48
Section 3: Part 4 - IP Addressing & Routing: IPv6 Deep Dive

Requirements

No prior IT education or experience is necessary
This course will teach you the basics of networking

Description

Are you ready to launch your career in IT networking? This comprehensive course is your all-in-one guide to achieving the prestigious CCNA 200-301 certification. Whether you're new to networking or an aspiring network engineer, this course will equip you with the skills and knowledge to configure Cisco devices like switches and routers with confidence.

Highlights:

Expert Guidance: Benefit from my years of experience and pro tips, designed to prepare you for real-world scenarios.
Foundational Skills: Perfect for beginners, this course lays the groundwork for advanced certifications like CCNP, CCIE, and other industry-standard credentials.
Hands-On Experience: Walk through labs with me to gain practical, real-world experience.
No Prior Experience Needed: Dive in without any previous IT education or experience.
Career-Boosting Knowledge: Gain essential networking skills that will open doors to exciting opportunities in IT, even without a formal college degree.

This course will teach you the basics of networking, making it an ideal starting point for those looking to enter the IT field. If you're new to networking or a network engineer aiming to elevate your skills, this course is designed for you.

Unlock your potential and take the first step towards becoming a networking professional. Enroll now and transform your future with the CCNA 200-301 Certification Course.

Who this course is for:

If you are looking to get into IT without needing a formal college degree
If you new to networking
If you are a network engineer and looking to take your skills to the next level

CCNA 200-301 Complete Course

What you'll learn

Explore related topics

Course content

Introduction2 lectures • 2min

Section 1: Part 1 - Network Fundamentals: OSI Model8 lectures • 1hr

Section 1: Part 2 - Network Fundamentals: Network Architectures & Basics of CLI12 lectures • 1hr 21min

Section 2: Part 1 - LAN Wired & Wireless: LAN Switching Concepts15 lectures • 1hr 4min

Section 2: Part 2 - LAN Wired & Wireless: Advanced LAN Switching Concepts15 lectures • 1hr 50min

Section 2: Part 3 - LAN Wired & Wireless: Wireless Deep Dive10 lectures • 1hr 16min

Section 3: Part 1 - IP Addressing & Routing: IPv4 Subnetting10 lectures • 1hr 18min

Section 3: Part 2 - IP Addressing & Routing: IPv4 Routing Deep Dive11 lectures • 1hr 15min

Section 3: Part 3 - IP Addressing & Routing: OSPF Deep Dive17 lectures • 1hr 29min

Section 3: Part 4 - IP Addressing & Routing: IPv6 Deep Dive13 lectures • 1hr 25min

Requirements

Description

Who this course is for: