CCNA 200-301 Course Online in India by Praphul Mishra

About Course

Are you interested in taking the CCNA training? The CCNA Course provides students with all of the abilities required in the world of networking. The Cisco Certified Network Associate (CCNA) is a beginner-level professional certification course created by Cisco that acts as an entry point in your IT career, providing you with all of the skills you need in networking. CCNA Certification is one of the most significant and in-demand networking qualifications in the industry. The CCNA course includes networking fundamentals, such as network security, automation, programming, and routing and switching. After enrolling, you will get complete CCNA training and will be able to work as a professional Network Engineer in the technology industry.

Trainers Profile

Praphul Mishra

Praphul Mishra is an IT expert with several years of teaching experience. He holds certifications in CCNA, CCNP, SP, data center, and cloud. His specialization is network infrastructure. Praphul trained hundreds of students in CCNA 200-301. His teaching style is both entertaining and understandable. Overall, this makes difficult concepts easier to learn.

Course Overview

This CCNA course will guide you through basic to advanced concepts. It will provide you with the information and skills needed to succeed in the digital age. The CCNA 200-301 course helps you master the field of networking in simple terms.

Requirements of the CCNA Course:

The CCNA certification program does not have any requirements at all. It can be chosen by people with both IT and non-IT backgrounds. If you are motivated enough to learn, know that this is the only requirement for the CCNA Course.

Syllabus designed to prepare students for the CCNA 200-301 Exam

Network Fundamentals

IP addressing and subnetting
IPv4 and IPv6
Ethernet and switch operations
Cabling and interface types
TCP/IP model and protocols

Network Access

VLANs
Trunking
Spanning Tree Protocol (STP)
Wireless LAN

IP Connectivity

Routing protocols (OSPF, EIGRP)
Inter-VLAN routing
Static and dynamic routing
Default gateway configuration

IP Services

DHCP
DNS
Network Time Protocol (NTP)
Simple Network Management Protocol (SNMP)
Quality of Service (QoS)
Network Address Translation (NAT)
Port Address Translation (PAT)

Security Fundamentals

Threat analysis and security vulnerabilities
Secure network devices
Secure access to the console and VTY lines
Secure network protocols (SSH, HTTPS)
ACLs and firewalls
VPNs

Automation and Programmability

Automation concepts
Network programmability
APIs and controllers
Introduction to Python scripting

Network Troubleshooting

Troubleshooting methodologies
Tools and commands (ping, traceroute, show commands)
Troubleshooting connectivity issues
Troubleshooting VLANs and trunking
Troubleshooting routing protocols

Network Device Management

Network management protocols (SNMP)
Syslog
Device monitoring and logging
Device maintenance and firmware update

If you want to download the complete CCNA 200-301 Syllabus PDF with real-time use cases, click the link below – Click Here

CCNA 200–301 covers network fundamentals.
IPv4 addressing
IPv6 addressing
IP routing
Network services
Exam preparation strategies
Network programmability
From basics to advanced cisco devices configurations.
Core Routing and Switching
Protocols like EIGRP, OSPF, STP, DTP, VTP, EtherChannel and Many more.
Wireless networks, including Wi-Fi configurations.
Foundational networking technologies

Course Content

Day-1 : Introduction to Networking
You will discover the definition of a network and its necessity. Provide the specifications for a networking solution and a description of the network's constituent parts. You’ll learn to describe the TCP/IP protocol suite, the OSI model, and their function in networking. Learn the fundamentals of Ethernet technology and how an Ethernet network forwards data.

Day-2 : Networking Devices
An individual network component that engages in one or more protocol layers is known as a network device. Endpoints, hubs, switches, DSUs, and NICs are examples of Network Devices. These devices send data over the same or different networks in a fast, secure, and precise manner. Equipment for networks can be inter or intra-networked.

Day-3 : OSI Model
The Open Systems Interconnection Model, or OSI Model, is a conceptual framework that explains how a networking system operates. It is employed in the data transfer process that occurs across multiple network layers. In the OSI Model, there are seven distinct abstraction levels: Physical, Data Link, Network, Transport, Session, Presentation, and Application.

Day-4 : Headers

Day-5 : Introduction to TCP/IP suite
Transmission Control Protocol/Internet Protocol, or TCP/IP for short, is a group of communication protocols that enable data transfer between two devices. Through end-to-end communication, TCP/IP defines how data should be packetized, addressed, transferred, routed, and received on a network. Data transmission types are categorized into four levels using the methodology defined by TCP/IP.

Day-6: IPv4 Addressing and Classification

Day-7 : Subnetting
Subnetting separates broadcast domains to provide effective traffic routing, which enhances network performance. The process of establishing a subnetwork, sometimes referred to as a subnet, inside a network is called subnetting. Devices and network interfaces inside a subnet are capable of direct communication.

Day-8 : FLSM and VLSM
The VLSM generates subnets with different sizes and a variable number of hosts, and the FLSM constructs subnets with the same size and an equal number of host identifiers.

Day-9 : Revision

Day-10 : Introduction to Cisco IOS
Large, complicated internetworks of today require a variety of network administration and security features, which the Cisco IOS offers. Cisco Systems hardware, such as routers, switches, and other network equipment, is powered by a collection of proprietary operating systems called Cisco IOS.

Day-11 : Routing Introduction
Routing Information Protocol (RIP) is a distance vector protocol that uses hop count as the main statistic. RIP establishes the information-sharing protocol that routers should use while transferring traffic between linked local area networks.

Day-12 : Static Routing
An IP-based routing system called static routing depends on manually set routing tables in order to operate. Routers that do not dynamically reroute traffic are known as static routers. Static routers are frequently used in smaller networks with a single router or in networks where security is of utmost importance.

Day-13 : Ripv1 and Ripv2
An outdated and not much-used routing protocol is called RIP v1. Route summarization, classful variable-length subnet masking (VLSM), and CIDR are supported by the classless RIP v2 protocol. RIPv2 allows plain-text or MD5 authentication for RIPv2 update messages.

Day-14 : EIGRP Basics

Day-15 : EIGRP Advanced Topics

Day-16 : Introduction to Link State R.P
Every router in link-state routing protocols has knowledge of the entire network structure. Then, using local topology knowledge, each router separately determines the optimum next hop from it for each potential destination in the network. The routing table is composed of the best-next-hops collection.

Day-17 : OSPF Basics
OSPF is a link-state routing protocol that uses its own shortest path first (SPF) algorithm to determine the optimal path between the source and the destination router. In this course, you’ll be introduced to the basics of OSPF.

Day-18 : OSPF LSAs
Multicast messages known as Link State Advertisements (LSAs) are sent to other routers within the OSPF domain. OSPF employs a link state database, or LSDB, and adds it with link state advertisements, or LSAs. Rather than using a single LSA packet, OSPF has numerous LSA kinds, all of which you will get to know in this course.

Day-19 : Redistribution
In computer networking, route redistribution is the exchange of routing data between several routing systems. It permits communication between networks that employ various routing protocols by allowing routes learned from one routing protocol to be redistributed into another.

Day-20 : BGP Basics
The protocol which runs the internet's global routing system is called BGP (Border Gateway Protocol). It exchanges reachability and routing data across edge routers to control packet routing from one network to another. A set of rules called Border Gateway Protocol (BGP) is used to identify the optimal network paths for internet data transfer. Get to know the basics of BGP in this course.

Day-21 : BGP States and Attributes
According to the BGP finite state machine, there are six states in the BGP process (FSM). All of the BGP states are included in this course, and we are going to look at them along with the relevant processes for each.

Day-22 : ACL
An organized list of rules for traffic filtering is called as access control list (ACL). An interface's traffic can be managed by filtering incoming or outgoing packets using access control lists. Determining the kinds of traffic that ought to be permitted or prohibited at device interfaces is another benefit of access lists.

Day-23 : Static NAT and Dynamic NAT
The two types of Network Address Translation (NAT) are Static NAT and Dynamic NAT. In contrast to dynamic NAT, static NAT permits a distant host to establish a connection with a translated host provided that an access list permitting such connections exists.

Day-24 : PAT
A sort of network address translation (NAT) called port address translation (PAT) converts the private internal IPv4 addresses of a network into a single public IP address. In this course, you’ll get detailed information on PAT.

Day-25 : LAN Technologies
A local area network (LAN) is a network made up of several computers connected to one another in a specific area. A LAN's PCs are connected to one another using Wi-Fi or TCP/IP ethernet. Typically, a LAN is only accessible within an institution, like a church, company, association, or school.

Day-26 : Switch Operation

Day-27 : Virtual LAN
A virtualized connection known as a virtual local area network (VLAN) unites various network nodes and devices from several local area networks (LANs) into a single logical network. Typically, Virtual LANs are used to divide traffic between two or more host groups.

Day-28 : IVR and VACL
Network switches employ a security feature called VLAN Access Control Lists, or VACLs, to provide access control for traffic inside a VLAN. Similar to ACLs, but only applied to VLANs, are VACLs. Incoming callers can obtain information through a voice response system of pre-recorded messages using interactive voice response, or IVR, an automated phone system technology, without having to speak with an agent.

Day-29 : Trunking (Dot1q and ISL)
ISL has some benefits over dot1q, including greater error detection, the ability to support up to 1024 VLANs, and the preservation of the original frame format. In this course, we have talked about Dot1q and ISL in detail.

Day-30 : DTP and VTP
The protocol known as DTP is used to negotiate trunking on both ends of a network between switch ports. The VLAN database must be synchronized across several switches, which is the responsibility of VTP. DTP attempts to ensure that both ports on a link connecting two switches function in the same mode, either trunk or access.

Day-31 : STP Basics
A Layer 2 protocol called Spanning Tree Protocol (STP) is used by switches and bridges. STP is mostly used to make sure that duplicated pathways in your network do not result in loops. For a network, loops are dangerous.

Day-32 : STP States and Election

Day-33 : CST, PVST/PVST+, RSTP
In a switched network, the common spanning tree (CST) is the one spanning tree that links each MST area. The goal of RSTP, an improved version of Spanning Tree Protocol (STP), is to enable quicker convergence times in response to modifications in network topology. Using STP, a Cisco-only protocol called PVST builds a unique spanning tree for every VLAN.

Day-34 : EtherChannel
A useful feature called EtherChannel enables us to connect several physical cables into a single logical link, boosting the bandwidth.

Day-35 : Advance L3 EtherChannel

Day-36 : Revision

Day-37 : HSRP and VRRP
An IP routing redundancy protocol called the Hot Standby Router Protocol (HSRP) was created to provide transparent failover at the first-hop IP router. A computer networking protocol called Virtual Router Redundancy Protocol (VRRP) enables participating hosts to be automatically assigned available Internet Protocol (IP) routers.

Day-38 : L2 Security
The steps taken to protect the data link layer in network communications are referred to as layer 2 security. It includes protocols such as MAC address filtering, Ethernet, and Virtual Local Area Networks (VLANs).

Day-39 : SPAN
A switch's dedicated port known as SPAN (Switched Port Analyzer) receives a mirrored duplicate of network traffic that is delivered from the switch to a destination.

Day-40 : Wireless Theory

Day-41 : Wireless Practical

Day-42 : Automation
The process of automating the setup, administration, testing, deployment, and use of virtual and physical devices inside a network is known as network automation.

Day-43 : Automation

Day-44 : Virtualization
A computer can share its hardware resources with several digitally isolated environments through the technique of virtualization. Every virtualized environment uses the memory, computing power, and storage that it has been allotted.

Day-45 : Resume Building
Students will get advice on creating a powerful resume that is suited for IT networking roles towards the end of the course. This will contain pointers emphasizing credentials, abilities, and real-world experience gained throughout the course.

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