Complete CCNA Course – English Edition
in CCNA (Language: English)
Created by
Anwar Alam Sir
What you will learn?
Understand Networking Basics
Configure and Troubleshoot Cisco Routers & Switches
Implement IP Routing
Configure Switching & VLANs
Apply Access Control & Network Security
Work with IPv6 Networks
Basic SD-WAN architecture and overlay concepts
Quality of Service (QoS) Fundamentals
About this course
CCNA Training Course Syllabus Summary
Section 1: IPv4 Addressing
Section 2: Fundamentals of Cisco Networking
Section 3: Static Routing
Section 4: OSPF (Open Shortest Path First)
Section 5: EIGRP (Enhanced Interior Gateway Routing Protocol)
Section 6: BGP (Border Gateway Routing Protocol)
Section 7: Access Control Lists (ACL)
Section 8: Network Address Translation (NAT)
Section 9: Point-to-Point Protocols (PPP)
Section 10: Dynamic Host Configuration Protocol (DHCP)
Section 11: IPv6 Addressing
Section 12: Virtual Private Network (VPN)
Section 13: Switching
Section 14: Managing Cisco Devices
Section 15: OSI Model
FAQ
What is CCNA?
CCNA (Cisco Certified Network Associate) is a globally recognized certification offered by Cisco that validates your ability to install, configure, operate, and troubleshoot medium-size routed and switched networks.
Who should take the CCNA course?
CCNA is ideal for:
Beginners in networking
Network support engineers
IT professionals looking to strengthen networking skills
Students preparing for a career in IT infrastructure
What are the prerequisites for CCNA?
There are no formal prerequisites, but basic knowledge of computers and networking concepts is helpful. Passion and consistency are the key requirements.
How long does it take to complete the CCNA course?
Typically, it takes 1.5 to 2 months with regular practice and instructor-led training. Duration may vary based on the learning pace.
What is the format of the CCNA exam?
The current CCNA exam (200-301) consists of:
~100 questions
Multiple choice, drag and drop, simulation-based
Duration: 120 minutes
Exam fee: Approx. $300 USD
What is the validity of the CCNA certification?
The CCNA certification is valid for 3 years from the date of passing the exam.
Can I take the CCNA exam online?
Yes, Cisco allows online proctored exams from home with proper system requirements and ID verification.
Comments (0)
Section-1- IPv4 Addressing
36 Parts
IPv4 Addressing Documents
5.64 MB
01.What is an IP Address
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02. The Evolution from IPv4 to IPv6
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03. Identifying Network Devices_ Logical and Physical IDs
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04. IPv4 Biography
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05. IPv4 Address Classes
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06. IPv4 Architecture for Networking
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07. Decimal to Binary & Binary to Decimal Conversion
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08. ANDing Process
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09. Calculation of Network ID
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010. Calculate the Number of Network IDs and Valid IP Addresses in Class A
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011. Calculate the Number of Network IDs and Valid IP Addresses in Class B
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012. Calculate the Number of Network IDs and Valid IP Addresses in Class C
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013. Differentiate the Network ID, Broadcast ID, and Valid IP
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014.Shortcut Method to calculate the NID,BID,FVIP,LVIP, and Valid IP range
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015. Shortcut Method to calculate the NID,BID,FVIP,LVIP, and Valid IPs in Class B
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016. Shortcut Method to calculate the NID,BID,FVIP,LVIP, and Valid IPs in Class A
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017.Subnetting_ Definition, Advantages, and Necessity
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018. What is a Classful Network ID (NID)
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019.Question-1_ Class C Subnetting
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020.Question-2_ Class C Subnetting
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021.Question-1_ Class B Subnetting
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022.Question-2_ Class B Subnetting
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023. Question-1_ Class A Subnetting
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024. Question-2 _ Class A Subnetting
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025. Summarization
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026. Question-1_ Calculate the summary NID for the Subnet IDs of Class C
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027. Question-1_ Calculate the summary NID for the Subnet IDs of Class B
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028. Question-1_ Calculate the summary NID for the Subnet IDs of Class A
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029. Supenetting
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030. Question-1_ Calculate the Supernet NID for the following Classful NIDs of Class C
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031. Question-1_ Calculate the Supernet NID for the following Classful NIDs of Class B
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032. Question-1_Tips and Tricks to find the following components of the given IPv4 address
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033. Question-2_Tips and Tricks to find the following components of the given IPv4 address
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034. Question-3_Tips and Tricks to find the following components of the given IPv4 address
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035. Question-4_Tips and Tricks to find the following components of the given IPv4 address
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Section-2- Fundamentals of Cisco Networking
7 Parts
Fundamentals of Cisco Networking Documents
0.92 MB
01.Booting Process of a Cisco Router
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02.Behavior of Cisco Router Booting with Configuration Register 0x2142
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03.Operational Modes of a Cisco Router
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04. Basic and Initial Commands for Cisco Routers
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05.Types of Ports on Cisco Routers and Their Functions
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06.Cables and Connectors Used in Cisco Networking
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Section-3-Static Routing
12 Parts
01.Types of Routing
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02.Routed and Routing Protocols
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03.Path Selection Components
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4.Routing Table Components for IPv4
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05.Types of Static Routing and Their Syntax
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6. Basic concept before Routing
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7.Configuring and Verifying Static Route
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8. Configuring and Verifying Default Route
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9. Configuring and Verifying Float Route
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10. Configuring and Verifying Balance Route
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11. Configuring and Verifying Summary Route
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12. Configuring and Verifying Host Route
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Section-4- OSPF (Open Shortest Path First)
26 Parts
1.OSPF Biography
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2. Types of Tables in OSPF
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3. Concept of Router ID in OSPF
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4. Mandatory Components for OSPF Neighbor Adjacency_
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5. OSPF Network Types- Hello and Dead Timer
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6. Concept of Areas in OSPF
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07.Types of Routers in OSPF
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08.OSPF DR and BDR Election Process
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9. OSPF Packet Types
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10. OSPF LSA TYPES
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011.OSPF Router States
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012.OSPF Passive Interface
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013.OSPF Process ID
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014.Significance of Wildcard Mask in OSPF
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LAB-15 Configuration and verification of IPv4 address
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LAB-16 Verification of routing table and connectivity check before configuring dynamic routing
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LAB-17 Configuring OSPF and verification
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LAB-18 Configuring static routing and verification on R3 and R4
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LAB-19 Redistributing static and connected route into OSPF and their verification
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LAB-20 Verification of OSPF protocol number and multicast addresses
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LAB-21 Verification of OSPF router ID, area ID, and router types
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LAB-22 Verification of OSPF hello and dead timers, network types, cost, priority, DR, and BDR
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LAB-23 Verification of the OSPF neighbor table
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LAB-24 Verification of the OSPF topology table – Types of LSAs
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LAB-25 Verification of the OSPF routing table and cost calculation
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LAB-26 Verification of OSPF passive-interface
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Section-5- EIGRP (Enhanced Interior Gateway Routing Protocol)
25 Parts
01. EIGRP – Biography
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02. Types of Tables in EIGRP
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03. EIGRP Neighbor Adjacency – Key Points
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04.EIGRP Timers – Hello and Hold
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05.Auto-Summary vs No Auto-Summary in EIGRP
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06.Routed Protocol vs Routing Protocol
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07.Function of PDM in EIGRP
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08.EIGRP Variance – Load Distribution
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09.Function of DUAL in EIGRP
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10.EIGRP Packet Types
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11. EIGRP Route Codes
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12.Significance of Wildcard Mask in EIGRP
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13.Autonomous System Number
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LAB-14 Configuration and verification of IPv4 addressing
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LAB-15 Verification of the routing table and connectivity check before configuring dynamic routing
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LAB-16 Configuration and verification of EIGRP
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LAB-17 Configuration and verification of OSPF on R3 and R4
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LAB-18 Mutual redistribution between EIGRP and OSPF with verification
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LAB-19 Verification of the EIGRP protocol number and multicast address
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LAB-20 Verification of the EIGRP neighbor table
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LAB-21 Verification of the EIGRP topology table
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LAB-22 Verification of the EIGRP routing table – internal and external routes
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LAB-23 Verification of EIGRP auto-summary and no auto-summary features
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LAB-24 Verification of EIGRP metric weights
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LAB-25 Verification of EIGRP passive-interface
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Section-6- BGP (Border Gateway Routing Protocol)
21 Parts
01.BGP Biography
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02.Types of Tables in BGP
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03.Concept of Router ID in BGP
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04. BGP Neighbor Adjacency Components
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05.BGP keepalive and Hold Timers
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06.When BGP Neighborship does not form
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07.Types of BGP Neighbors
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08.Types of ASN in BGP
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09.Types of BGP Messages
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10. BGP Router States (FSM)
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LAB-11 Configuration and verification of IPv4 address
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LAB-12 Verification of the BGP routing table
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LAB-13 Verification of routing table and connectivity check before configuring dynamic routing
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LAB-14 Configuring IBGP peering and verification
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LAB-15 Configuring EBGP peering and verification
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LAB-16 Network Advertisement in IBGP peering and verification
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LAB-17 Network Advertisement in EBGP peering and verification
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LAB-18 Verification of BGP router ID
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LAB-19 Verification of TCP port number 179
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LAB-20 Verification of the BGP neighbor table
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LAB-21 Verification of the BGP topology table
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Section-7- ACL (Access Control List)
13 Parts
01.Packet Filtering
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02. Types of ACL (Access Control Lists)
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03.Drawbacks of Numbered ACLs
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04.Advantages of Named ACLs
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05. ACL Implementation Rules
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06.1Task Details_ Numbered Standard ACL
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06.2Task Details_ Named Standard ACL
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07.1Task Details_ Numbered Extended ACL
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07.2Task Details_ Named Extended ACL
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LAB-08 Numbered Standard ACL
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LAB-09 Named Standard ACL
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LAB-10 Numbered Extended ACL
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LAB-11 Named Extended ACL
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Section-8- NAT (Network Address Translation)
9 Parts
01. NAT (Network Address Translation)
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02. Private IPv4 Address Ranges
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03. Types of NAT
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04. Static NAT
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05. Dynamic NAT
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06. PAT (Port Address Translation)
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LAB-07 Static NAT
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LAB-08. Dynamic NAT
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LAB-09 PAT (Port Address Translation)
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Section-9-Point-to-Point Protocol
6 Parts
01. PPP (Point-to-Point Protocol)
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02. PPP Authentication (CHAP)-LAB
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03. Multilink PPP (MLPPP)
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04. Multilink PPP-LAB
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LAB-05 Configuring PPP Authentication LAB
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LAB-06 Configuring PPP Multilink LAB
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Section-10-DHCP
7 Parts
01. DHCP Server and Client
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02. DHCP Packet - DORA Process
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03. DHCP Protocol and Port Numbers
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04. DHCP Server Configuration (Cisco Router)
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LAB-05 Configuring DHCP Server
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LAB-06 Configuring DHCP Client and verify DHCP Packets
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LAB-07 Verify DHCP Server and Client Ports
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Section-11- IPv6 Addressing
12 Parts
01. IPv6 Addressing – Introduction
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02. Example of an IPv6 Address
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03. IPv6 Address Representation Rules
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04. IPv6 Address Architecture
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05. Types of IPv6 Addresses
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06. IPv4 to IPv6 Migration Methods
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07. IPv6 Routing
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LAB-08 Configuring IPv6 Addresses
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LAB-09 Configuring IPv6 Static Routing
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LAB-10 Configuring OSPFv3
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LAB-11 Configuring EIGRPv6
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LAB-12 Configuring RIPng
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Section-12- VPN (Virtual Private Network)
11 Parts
01. VPN (Virtual Private Network)
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02. VPN Models
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03. GRE (Generic Routing Encapsulation)
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04. Prerequisites for GRE Tunnel
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05. GRE Terminologies
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06.Introduction to MPLS
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07. MPLS LABELS
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08. MPLS Terminologies
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09. Introduction to SD-WAN (Cisco Viptela)
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010. SD-WAN Components
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011. Types of VPN in SD-WAN
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Section-13- SWITCH
51 Parts
01. Broadcast Domain
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02. Collision Domain
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03. ARP (Address Resolution Protocol)
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04. Formation of the MAC Address Table
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05. What is a VLAN and Its Advantages
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06. Native VLAN
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07. How to create a VLAN & Port Migration
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08. Access Link and Access Port
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09. Trunk Link and Trunk Port
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10. Prerequisites for Establishing a Trunk Link
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11. Trunking Protocols
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12. VTP (VLAN Trunking Protocol)
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13. Prerequisites for VTP
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14. VTP Modes
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15. VTP Sequence Numbers
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16. Router-on-Stick (Inter-VLAN Routing)
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17. Switch Virtual Interface (SVI)
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18. Port Security – MAC Binding
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19. Redundancy Protocols
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20. HSRP and LAB Configuration
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21. STP and Its Objective
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22. STP Convergence Components
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23. STP Convergence Process
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24. Step-1_ Election of Root Bridge -Part 1
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25.Step-1_ Election of Root Bridge -Part 2 (BPDU)
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26. Step-1_ Election of Root Bridge -Part 3.1 (Switchport States)
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26.a Step-1_ Election of Root Bridge -Part 3.2 (Switchport States)
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27. Step-2_ Election of Root Port on Non-Root Bridge
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28. Step-3_ Election of Designated Port on Non-Root Bridge
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29. STP Advance Feature
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30. Intro of RSTP
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31. Per VLAN STP
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32.EtherChannel (Port Aggregation)
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33. EtherChannel Protocols
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34. LACP & PAGP LAB
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LAB-35. Verification of default Broadcast domain ( VLAN1)
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LAB-36. Vlan split Broadcast domain
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LAB-37. Intra-Vlan Communication via Trunk Link
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LAB-38. Allowed Vlan on Trunk Link
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LAB-39. Configure Native Vlan-Allocate IP address and verify remote login
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LAB-40. Configure VTP domain, VTP Server and Client
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LAB-41. Inter-Vlan Routing ( Router-on-Stick)
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LAB-42. Inter-Vlan Routing ( Switch Virtual Interface)
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LAB-43. Port-Security ( Mac Binding)
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LAB-44. Configure STP
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LAB-45. Verify STP logical topologies
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LAB-46. Configure RSTP and Verify logical topologies
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LAB-47. Configure PVSTP- Customise LAN Traffic
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LAB-48. Configure Etherchannel via LACP
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LAB-49. Configure Etherchannel via PAGP
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LAB-50. Configure DTP
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Section-14- How to Manage Cisco Devices
11 Parts
1. Cisco Discovery Protocol
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2. Network Time Protocol
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3. Syslog Server
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4. Backup and Upgrade of IOS
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5. Backup and Upgrade of Running- Config
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LAB-6 Configuring CDP
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LAB-7 Configuring NTP
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LAB-8 Configuring Syslog Server
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LAB-9.1 Backup and Upgrade of IOS
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LAB-9.2 Backup and Upgrade of IOS
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LAB-10 Backup and Upgrade of Running- Config
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Section-15- OSI (Open Systems Interconnection)
12 Parts
01. OSI Model
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02. Layers of the OSI Model
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03. Application Layer
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04. Presentation Layer
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05. Session Layer
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06. Transport Layer
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07. Network Layer
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08. Data Link Layer
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09. Physical Layer
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010. PDU (Protocol Data Unit)
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011. Data Encapsulation and Data Decapsulation Process
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012. OSI Model vs TCP_IP Model
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