Cisco & Microsoft Technologies

CCNA Training – 200-301

Validate your knowledge and skills in networking, IP services, security, automation, and more with the Cisco Certified Network Associate (CCNA) certification. Take control of your IT career with the skills that employers demand today.

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    OVERVIEW

    What is CCNA Certification Training? | 200-301

    Start your journey in IT with the globally recognized Cisco Certified Network Associate (CCNA) certification. This advanced networking certification validates your expertise in key IT areas such as routing and switching, network security, and automation.
    The CCNA 200-301 exam provides a solid foundation in Cisco networking technologies, making you highly capable in the IT industry.

    Objective

    • Networking Fundamentals: Master essential routing and switching skills and understand how to configure and troubleshoot network devices. Our expert trainers will ensure that you can efficiently manage complex Cisco networking systems and resolve connectivity issues.
    • IP Services: Learn to configure routing protocols for both IPv4 and IPv6. Understand network switching principles, redundancy protocols, and how to interpret routing tables to optimize network traffic.
    • Security Fundamentals: Identify network vulnerabilities and implement robust security protocols. With practical knowledge throughout the training, you’ll gain hands-on experience setting up secure networks and devices.
    • Automation and Network Management: Leverage tools like APIs and configuration management to streamline operations. This knowledge bridges the gap between manual network management and advanced, automated Cisco networking solutions.

    Course Content

    Unit 1 - INTRODUCTION
    • How to Build a CCNA Lab
    • What is Networking
    • Introduction to Network
    • Types of Network
      • LAN
      • WAN
      • MAN
      • CAN
      • SAN
    • Use of Networking
    • Wires
    • Networking devices
    • Routers
    • L2 and L3 Switches
    • Servers
    • Access Points
    • Firewall
    • Gateway
    • Bridge
    • HUB
    • VPN
    • LAN CARD
    • Enterprise Network Design of CISCO
    • 2-Tier
    • 3-Tier
    • Spine-Leaf
    • WAN
    • SOHO
    Unit 2 - NETWORK FUNDAMENTALS
    • Introduction to the OSI Model
    • TCP/IP Model
    • Difference between OSI and TCP/IP.
    • Introduction to IPv4 (Internet Protocol)
    • Address Resolution Protocol (ARP) – ARP, RARP, Proxy ARP,
    • Gratuitous ARP
    • Define ARP Packet
    • How ARP Works
    • Packet Flow in the Same Network
    • Packet Flow in Different Network
    • Introduction to TCP and UDP
    • Introduction to DNS
    • Introduction to Cisco Command Line Interface (CLI)
    • User mode and Privileged mode in routers
    • Global Configuration Mode in routers
    Unit 3 - LAN
    • Introduction to LANs
    • Introduction to Ethernet
    • Cables used in network
    • UTP, STP, Fibre, Wireless
    • Various connectors used in network RJ-45 connector, SFP
    • connector, LC connector
    • How a switch learns MAC addresses
    • Power over Ethernet (PoE)
    • Network Topologies
    • BUS, RING, STAR, HYBRID, MESH, TREE
    • Troubleshooting Interfaces
    Unit 4 - IPv4 SUBNETTING
    • Types of IPV4 Classes
    • Class A, B, C, D, E
    • Use of each class in IPv4.
    • Introduction to Subnetting
    • Basics of Binary Numbers
    • Subnetting in Binary
    • Subnetting in Decimal (Fast Method)
    • Classless Inter Domain Routing (CIDR)
    • Fixed Length Subnet Mask (FLSM)
    • Variable Length Subnet Mask (VLSM)
    • Route Summarization
    • Hexadecimal to Binary and Decimal Conversion
    • Use of Hexadecimal format
    Unit 5 - ROUTING
    • Introduction to Routing
    • Memories of router
    • Booting process of Router
    • Backup configuration using tftp server
    • Backup and restore ios image
    • Password recovery on router
    • Default Gateway
    • Traceroute
    • Administrative Distance
    • Longest prefix match routing
    • Introduction to Route Summarization
    • Cisco IOS Router Basic Configuration
    • Floating Static Route
    • IP Routing Explained
    • Default Routing
    • Static Routing with next hop
    • Static Routing with exit interface
    • Use case scenario of next hop and exit interface.
    • Dynamic Routing
    • RIP, EIGRP
    • Configure and verify single area OSPF (v2).
    • Neighbour adjacencies
    • Point-to-point
    • Broadcast
    • Router ID
    Unit 6 - VLANs and TRUNKS
    • Introduction to VLANs
    • How to configure VLANs
    • Introduction to 802.1Q
    • Access port and trunk port
    • How to configure a Trunk
    • Dynamic Trunking Protocol (DTP)
    • 802.1Q Native VLAN
    • dot1q encapsulation and ISL encapsulation
    • Troubleshooting VLANs and Trunks
    • (IVR) Intervlan routing using Router and L3 switch
    • Stick on a router
    • Ether channels
    • L2 Port security
    • SVI (Switch Virtual Interface)
    Unit 7 - SPANNING-TREE
    • Introduction to Spanning-Tree
    • Per VLAN Spanning-Tree
    • Spanning-Tree Port States
    • Spanning-Tree Root Bridge Election and Configuration
    • Spanning-Tree Portfast
    • Types of stp
    • CST, PVST, PVST+
    Unit 8 - WIRELESS
    • Wireless devices – AP, WLC
      • Common standards in wireless
      • Basics of Wireless Communication
    • Wireless Topologies:
      • Basic Service Set (BSS)
      • Extended Service Set (ESS)
      • Independent Basic Service Set (IBSS)
    • Wireless Network Extention Types:
      • Wireless Repeater
      • Workgroup Bridge
      • Outdoor Bridge
      • Mesh Network
    • What is radio frequency?
    • How radio frequency works
    • WLAN Frequency Bands
    • Differences Between 2.4 GHz and 5 GHz
    Unit 9 - IPv6:
    • Introduction to IPv6
    • limitation of ipv4
    • IPv6 – Features
    • How to find IPv6 Prefix
    • IPv6 Address Types — unicast , multicast,anycast
    • Global unicast
    • Unique local
    • Link-local
    • Anycast
    • Multicast
    • Modified EUI 64
    • IPv6 Address Assignment LAB
    • IPv6 EUI-64
    • IPv6 Multicast Address
    • IPv6 Neighbor Discovery Protocol (NDP)
    • IPv6 Stateless Autoconfiguration
    • IPv6 Static Route configuration
    • IPv6 Routing with EUI-64 configuration.4 GHz and 5 GHz
    Unit 10 - ACCESS-LISTS
    • Introduction to Access-Lists
    • Wildcard Bits
    • Standard Access-List
    • Extended Access-List
    Unit 11 - DHCP - Dynamic Host Configuration Protocol
    • Introduction to DHCP
    • DHCP Client
    • DHCP Server Configuration
    • DHCP Relay Agent
    • DHCP Snooping
    • DAI(Dynamic ARp Inspection)
    Unit 12 - NAT - Network address translation
    • Introduction to NAT and PAT
    • Configuration and troubleshooting of Static NAT
    • Configuration and troubleshooting of Dynamic NAT
    • Configuration and troubleshooting of Port Address
    • Translation (PAT)
    • Troubleshooting NAT/PAT
    Unit 13 - ACCESSING REMOTE ACCESS OF A DEVICE USING
    • Introduction to Telnet and SSH
    • Configuration of Telnet
    • Configuration of SSH
    • Configure console password, banner on a device

    Why Learn CCNA?

    • Earning a CCNA certification will help you start a good career in the IT industries.
    • As businesses increasingly depend on complex network infrastructure, CCNA certification proves you have the skills to meet these demands.
    • Additionally, the certification is a stepping stone toward the CCNP certification, further advancing your career in networking.

    Audience for this CCNA Certification

    • Aspiring IT Professionals: Individuals looking to enter the world of IT and networking through the CCNA exam.
    • Experienced IT Professionals: Those seeking to broaden their skills with a recognized networking certification.
    • Networking Engineers: Professionals aiming to specialize in Cisco networking technologies and grow in their careers.

    Are you eligible for this Certification?

    • This training doesn’t require any previous knowledge. Just familiarity with computer and networking basics will be enough to start this training
    • While the CCNA 200-301 exam is designed for both beginners and experienced professionals having some experience in networking devices will help you grasp advanced topics and confidently pass the CCNA exam.

    Career Opportunities After CCNA

    After earning your CCNA certification, you’ll be prepared for a variety of roles, such as:

    • Network Engineer: Design, implement, and maintain complex network infrastructures for businesses. You can ensure seamless communication across networks with a focus on routing and switching.
    • Systems Administrator: Manage enterprise IT infrastructure, including servers and network switching components, and keep them running efficiently.
    • Security Specialist: Focus on network security, identifying vulnerabilities, and implementing solutions to protect data.

    Cisco Training and Next Steps

    • After completing the CCNA certification, many learners continue with Cisco training for further specialization.
    • Advanced certifications like CCNP and Python allow professionals to hone their skills in more specific networking areas.
    • Alternatively, those with a Cisco Certified Network Associate credential can pursue roles in network design, network switching, and security, making the CCNA an essential step toward building a successful career in IT.

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    • We have a world-class experienced Trainer for networking Training.
    • All lab facilities are available. labs are facilitated with computers.
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    • Provide Exam Preparations to the Student.
    • Job assistance facility for our student is also available