Ccna 200-301 Zero-To-Hero !

Concepts and Configuration

What you'll learn

Network Fundamentals

Network Access

IP Connectivity

IP Services

Security Fundamentals

Automation and Programmability

Requirements

This course doesn't have formal prerequisites .

Description

CCNA certification proves you have what it takes to navigate the ever-changing landscape of IT. CCNA exam covers networking fundamentals, IP services, security fundamentals, automation and programmability. Designed for agility and versatility, CCNA validates that you have the skills required to manage and optimize today's most advanced networks.The CCNA training course and exam give you the foundation to take your career in any direction. When you certify with Cisco, you are living proof of the standard and rigor that businesses recognize and trust to meet and exceed market demands.The Cisco certification program was drastically changed on Feb. 24, 2020. There are no longer multiple different CCNA exams and certifications – only a single, comprehensive exam is available. The new exam’s code is 200-301 CCNA and its full name is Implementing and Administering Cisco Networking Technologies. According to Cisco, the new exam “covers a broad range of fundamentals based on the latest technologies, software development skills, and job roles“.Cisco Certified Network Associate CCNA (200-301) exam tests a candidate’s knowledge and skills associated with network fundamentals, IP connectivity, network access, IP services, security fundamentals, and automation and programmability. The exam also provides foundational knowledge for all support technicians involved in the basic installation, operation, and verification of Cisco networks.The exam will help you get the role of:Entry-level network engineerNetwork administratorNetwork support technicianHelp desk technician

Overview

Section 1: Internet Protocol Version (IPv4)

Lecture 1 IP Fundamentals

Lecture 2 IP Address Classes

Lecture 3 IP Address Types

Lecture 4 Classful and Classless IP Address

Lecture 5 IP Address Subnetting [A]

Lecture 6 IP Address Subnetting

Lecture 7 IP Addressing Operational View

Lecture 8 IP Address Analyzing

Section 2: OSI and TCP-IP

Lecture 9 OSI and TCP-IP Overview

Lecture 10 TCP-IP Fundamentals

Section 3: Ethernet LAN

Lecture 11 Ethernet LANs Fundamentals - Physical [A]

Lecture 12 Ethernet LANs Fundamentals - Physical

Lecture 13 Ethernet LANs Fundamentals - Physical and DataLink

Lecture 14 Ethernet LANs Fundamentals - DataLink

Section 4: Wide Area Network [WAN]

Lecture 15 Wide Area Network [WAN]

Lecture 16 IP Routing and IP Related Protocols

Section 5: Ethernet Switch

Lecture 17 Switch Introduction and Console Connection

Lecture 18 Command Line Interface [CLI] Fundamentals

Lecture 19 Basic Switch Management

Lecture 20 Switch Interfaces

Lecture 21 Remote Management with Telnet and SSH

Lecture 22 Switch Miscellaneous Topics

Lecture 23 Ethernet LAN Switching

Section 6: Virtual LAN [ VLAN ]

Lecture 24 Virtual LAN [ VLAN ]

Lecture 25 Access and Trunk Interface

Lecture 26 Allowed VLANs and DTP

Lecture 27 VTP and Voice VLAN

Lecture 28 Inter VLAN Routing - ROAS

Lecture 29 Multi Layer Switching [MLS]

Section 7: Spanning-Tree Protocol (STP)

Lecture 30 Spanning-Tree Protocol [A]

Lecture 31 Spanning-Tree Protocol

Lecture 32 Spanning-Tree Protocol [C]

Lecture 33 Spanning-Tree Protocol [D]

Lecture 34 Spanning-Tree Protocol [E]

Lecture 35 Rapid Spanning-Tree Protocol [RSTP]

Section 8: EtherChannel

Lecture 36 EtherChannel

Section 9: Routing Fundamentals

Lecture 37 Cisco Routers Operation

Lecture 38 IP Routing Fundamentals

Lecture 39 Static IP Routing [A]

Lecture 40 Static IP Routing

Lecture 41 Troubleshooting IPv4 Routing with PING

Lecture 42 Troubleshooting IPv4 Routing with Traceroute

Lecture 43 Dynamic Routing Protocol Fundamental

Section 10: Open Shortest Path First (OSPF)

Lecture 44 OSPF Fundamentals and Single Area OSPF

Lecture 45 Multi Area OSPF and OSPF Multipoint Network

Lecture 46 OSPF Neighborship and Messages and States

Lecture 47 OSPF Additional Features

Lecture 48 OSPF LSDB and LSA Types

Section 11: IPv6 Fundamentals

Lecture 49 IPv6 Fundamentals and Multicast IPv6 Address

Lecture 50 Anycast IPv6 and ULA , LLA IPv6 Address

Lecture 51 Global Unicast IPv6 Address Fundamental and Assignment

Lecture 52 Stateless DHCP and Stateful DHCP and NDP and DAD

Lecture 53 IPv6 Routing Fundamentals and Static Routing

Section 12: Wireless Fundamentals

Lecture 54 Fundamentals of Wireless Networks

Lecture 55 Radio Frequency [RF] and Wireless Bands and Standards

Lecture 56 Cisco Wireless Architecture - Autonomous and Cloud-Based

Lecture 57 Securing Wireless Networks

Lecture 58 Building a Wireless LAN

Section 13: Access Control List (ACL)

Lecture 59 TCP/IP Layer 4 Protocols - TCP and UDP

Lecture 60 TCP/IP HTTP and DNS Protocol

Lecture 61 Standard Access Control List [ACL]

Lecture 62 Extended Access Control List [ACL]

Section 14: Securing Network Devices

Lecture 63 Security Architecture

Lecture 64 Securing Network Devices

Lecture 65 Switch Port Security

Lecture 66 Dynamic Host Configuration Protocol [DHCP]

Lecture 67 DHCP Snooping

Lecture 68 Dynamic ARP Inspection [DAI]

Section 15: IP Services

Lecture 69 System Message Logging [Syslog]

Lecture 70 Clock and Network Time Protocol [NTP]

Lecture 71 CDP and LLDP

Lecture 72 CIDR and Static NAT

Lecture 73 Dynamic NAT and Dynamic NAT Overload [PAT]

Lecture 74 Quality of Service [QoS] Fundamentals

Lecture 75 QoS Classification and Layer 3 Marking

Lecture 76 QoS Classification and Layer 2 Marking

Lecture 77 QoS Congestion Management and Avoidance

Lecture 78 QoS Shaping and Policing

Lecture 79 First Hop Redundancy Protocol (FHRP)

Lecture 80 SNMP and TFTP

Lecture 81 IFS and FTP

Section 16: Network Architecture

Lecture 82 LAN Architecture

Lecture 83 WAN Architecture Metro Ethernet

Lecture 84 WAN Architecture Multi Protocol Label Switching (MPLS)

Lecture 85 WAN Architecture Internet VPN

Lecture 86 Cloud Architecture Server Virtualization

Lecture 87 Cloud Architecture Cloud Computing Services

Lecture 88 Cloud Architecture WAN Traffic Paths

Section 17: Automation

Lecture 89 SDN and Controller-Based Networks

Lecture 90 Examples of Network Programmability and SDN

Lecture 91 Cisco Software Defined Access (SDA) Fundamentals

Lecture 92 DNA Center in SDA and in Network Management

Lecture 93 REpresentational State Transfer (REST) APIs

Lecture 94 Data Serialization and JSON

Lecture 95 Configuration Management Tools

Lecture 96 Ansible , Puppet and Chef Basics

Entry level network engineer , Help desk technician , Network administrator , Network support technician