Cisco CCNA-200-301 Training

BY
Udemy

Master the basic as well as advanced concepts and methodologies involved with implementing and administering Cisco ...Read more

Lavel

Beginner

Mode

Online

Fees

₹ 599 3099

Quick Facts

particular details
Medium of instructions English
Mode of learning Self study
Mode of Delivery Video and Text Based

Course overview

Ahmad Ali - Cyber Security Consultant & Cisco Certified Trainer created the Cisco CCNA-200-301 Training online certification, which is offered by Udemy and is designed for students who want to become certified network specialists using the knowledge of the core networking concepts of the CCNA 200-301 certification examination. The Cisco CCNA-200-301 Training online course by Udemy is designed to teach students the skills they'll need to work on real-world networks.

Cisco CCNA-200-301 Training online classes include 36 hours of detailed video lectures along with 124 downloadable resources which are divided into six main sections such as network fundamentals, routing & switching, scaling network, connecting networks, security fundamentals, and network automation and programmability. This course also covers the capabilities of Kali Linux for a variety of networking operations, such as hacking networks, as well as the procedures for configuring Cisco routers and switches.

The highlights

  • Certificate of completion
  • Self-paced course
  • 36 hours of pre-recorded video content
  • 124 downloadable resources

Program offerings

  • Online course
  • Learning resources. 30-day money-back guarantee
  • Unlimited access
  • Accessible on mobile devices and tv

Course and certificate fees

Fees information
₹ 599  ₹3,099
certificate availability

Yes

certificate providing authority

Udemy

What you will learn

After completing the Cisco CCNA-200-301 Training certification course, students will develop an understanding of the fundamentals of CCNA and Cisco DNA as well as will acquire an understanding of the concepts associated with network security. Students will investigate network automation approaches and gain a comprehension of the differences between topics such as authentication, authorization, and accounting. Students will learn about Kali Linux, Wi-Fi, routers, switches, firewalls, IPS, IDS, CDP, LLDP, ACL, and OSPF functionality. Students will also learn about spanning tree protocol, DHCP, SNMP, routing protocol, and network management.

The syllabus

CCNA 200-301

  • Lecture-01:Introduction to GNS3 and EVE NG Simulator.
  • Lecture-02:Download and make ready software for EVE-NG.
  • Lecture-03:Configure, Install & Verify EVE-NG Simulator.
  • Lecture-04:Introduction to CCNA, Network and Networking.
  • Lecture-05:Explain Function of Network Component Router.
  • Lecture-06:Explain Function of Network Component Switch.
  • Lecture-07:Explain Function of Network Component Firewalls.
  • Lecture-08:Explain Function of Network Component IPS & IDS.
  • Lecture-09:Explain Function of Network Component Wireless AP.
  • Lecture-10:Explain Function of Network Component Wireless WLC.
  • Lecture-11:Explain Function of Network Component Cisco DNA.
  • Lecture-12:Explain Function of Network Component Endpoints.
  • Lecture-13:Explain Function of Network Component Servers.
  • Lecture-14:Intro & Concept of 2 Teir and 3 Teir Architectures.
  • Lecture-15:Introduction and Concept of On-Premises and Cloud.
  • Lecture-16:Introduction and Concept of Spine-Leaf Architecture.
  • Lecture-17:Introduction and Concept of Small office/home office.
  • Lecture-18:Introduction and Concept of Wide Area Network (WAN).
  • Lecture-19:Compare Physical Interface & Different Cabling Types.
  • Lecture-20:Introduction to Single-Mode Fiber & Multimode Fiber.
  • Lecture-21:Connections Ethernet shared media and point-to-point.
  • Lecture-22:Introduction and Concepts of PoE-Power Over Ethernet.
  • Lecture-23:Introduction, Configure and Verify IPv4 Addressing.
  • Lecture-24:Describe the need for Private IPv4 Addressing.
  • Lecture-25:Verify IP parameters for Client OS (Windows, Linux).
  • Lecture-26:Identify Interface and Cable Issues Duplex & Speed.
  • Lecture-27:Introduction, Concepts and Compare TCP to UDP.
  • Lecture-28:Introduction and Concepts of IPV4 Subnetting Part-1
  • Lecture-29:Introduction and Concepts of IPV4 Subnetting Part-2
  • Lecture-30:Explain Virtualization Fundamentals (Virtual Machines).
  • Lecture-31:Introduction, Theory and Concept of Cisco Switches.
  • Lecture-32:Media Access Control Address (MAC) Learning and Aging.
  • Lecture-33:Media Access Control Address (MAC) Address Table.
  • Lecture-34:Configure and Verify Virtual Local Area Network (VLANs).
  • Lecture-35:Introduction and Concept of Access ports data and voice.
  • Lecture-36:Introduction and Concept of Default VLAN in Cisco Switch.
  • Lecture-37:Configure and Verify Interswitch Connectivity 802.1Q.
  • Lecture-38:Configure and verify interswitch connectivity Trunk Ports.
  • Lecture-39:Configure and verify interswitch connectivity Native VLAN.
  • Lecture-40:Introduction and Concept of EtherChannel or Port Channel.
  • Lecture-41:Configure & Verify Link Aggregation Control Protocol Switches.
  • Lecture-42:Configure & Verify LACP between Cisco Switch and Windows Server.
  • Lecture-43:Configure and Verify Port Aggregation Protocol (PAgP).
  • Lecture-44:Configure and Verify EtherChannel Static or Manual on Mode.
  • Lecture-45:Configure and Verify Layer 3 EtherChannel or Port Channel.
  • Lecture-46:Configure and Verify EtherChannel Load-Balancing Lab.
  • Lecture-47:Troubleshooting EtherChannel Bundles or Port Channel Lab.
  • Lecture-48:Introduction to EtherChannel Misconfiguration Guard Command.
  • Lecture-49:Introduction and Concept of Spanning Tree Protocols (STP).
  • Lecture-50:Introduction and Concept of Spanning Tree Protocols PVST+.
  • Lecture-51:Introduction and Concept of Spanning Tree Protocols RPVST+.
  • Lecture-52:STP Operations Priority, Root Bridge, Root Port, Port States.
  • Lecture-53:Diffrence Between Spanning Tree Protocols (STP) and RSTP.
  • Lecture-54:Introduction and Concept of Bridge Protocol Data Unit BPDU.
  • Lecture-55:STP Show Spanning-tree VLAN Command output explained.
  • Lecture-56:Introduction to Spanning Tree Protocols (STP) Port Role.
  • Lecture-57:Introduction to Spanning Tree Protocols (STP) Port States.
  • Lecture-58:Configure and Verify Spanning Tree Protocols (STP, RSTP).
  • Lecture-59:Introduction and Concept of Routed and Routing Protocols.
  • Lecture-60:Introduction, Configure and verify IPv4 Default Route.
  • Lecture-61:Introduction, Configure and verify IPv4 Network Route.
  • Lecture-62:Introduction, Configure and verify IPv4 Host Route.
  • Lecture-63:Introduction, Configure and verify IPv4 Floating static.
  • Lecture-64:Introduction and Concept of Components of Routing Table.
  • Lecture-65:Configure and Verify The Longest Match Routing Rule.
  • Lecture-66:Introduction and Concept of Administrative Distance AD.
  • Lecture-67:Introduction and Concept of Routing Protocol Metric.
  • Lecture-68:Configure and Verify IP Routing Packet Flow in the Network.
  • Lecture-69:Introduction and Concept of Open Shortest Path First OSPF.
  • Lecture-70:Introduction and Concept of OSPF Protocol Terminologies.
  • Lecture-71:Open Shortest Path First Routing Protocol Basic Configuration.
  • Lecture-72:Open Shortest Path First Routing Protocol Three Tables.
  • Lecture-73:OSPF Dynamic Routing Protocol Neighbor Adjacencies States.
  • Lecture-74:Open Shortest Path First (OSPF) Routing Protocol Metric.
  • Lecture-75:Open Shortest Path First (OSPF) Routing Protocol Packet Types.
  • Lecture-76:Open Shortest Path First (OSPF) Routing Protocol Router ID.
  • Lecture-77:Open Shortest Path First (OSPF) Routing Protocol Router Types.
  • Lecture-78:Open Shortest Path First (OSPF) Routing Protocol Routes Types.
  • Lecture-79:Open Shortest Path First Designated & Backup Designated Router.
  • Lecture-80:Open Shortest Path First (OSPF) Equal-Cost Load Balancing.
  • Lecture-81:Open Shortest Path First (OSPF) Summarization in ABR & ASBR.
  • Lecture-82:Open Shortest Path First (OSPF) Path Preference or Selection.
  • Lecture-83:Open Shortest Path First (OSPF) Hello Interval & Dead Interval.
  • Lecture-84:Open Shortest Path First (OSPF) Filtering Using Distribute List.
  • Lecture-85:Open Shortest Path First (OSPF) Different Network Types.
  • Lecture-86:Describe the purpose of first hop redundancy protocol FHRP.
  • Lecture-87:Introduction and Concept of Network Address Translation.
  • Lecture-88:Configure and Verify Network Address Translation & PAT.
  • Lecture-89:Introduction and Concept of Network Time Protocol (NTP).
  • Lecture-90:Configure and Verify Network Time Protocol and Security.
  • Lecture-91:Explain the role of Dynamic Host Configuration Protocol DHCP.
  • Lecture-92:Configure and verify Dynamic Host Configuration Protocol Server.
  • Lecture-93:Configure and verify Dynamic Host Configuration Protocol Relay.
  • Lecture-94:Explain the role of Domain Name System DNS within the network.
  • Lecture-95:Explain the function of SNMP in the network operations.
  • Lecture-96:Describe use of Syslog Features Including Facilities & Levels.
  • Lecture-97:Introduction, Theory and Concept of Quality of Service QoS.
  • Lecture-98:Configure network devices for remote access using SSH.
  • Lecture-99:Describe Capabilities and Function of TFTP/FTP in the network.
  • Lecture-100:Define Key Security Concepts Threats, Vulnerabilities etc.
  • Lecture-101:Configure Device Access Control Using Local Passwords.
  • Lecture-102:Security Password Policies Element Multifactor Authentication.
  • Lecture-103:Describe and Concept of Remote Access and Site-to-Site VPNs.
  • Lecture-104:Introduction, Theory and Concept of Access Control List ACL.
  • Lecture-105:Configure and Verify Standard Access Control List ACL Lab.
  • Lecture-106:Configure and Verify Extended Access Control List ACL Lab.
  • Lecture-107:Configure and Verify Named Access Control List ACL Lab.
  • Lecture-108:Configure & Verify Time-Based Access Control List ACL Lab.
  • Lecture-109:Configure & Verify Infrastructure Access Control List Lab.
  • Lecture-110:Configure & Verify Layer 2 Security Features DHCP snooping.
  • Lecture-111:Configure & Verify Layer 2 Security Features ARP Inspection.
  • Lecture-112:Configure & Verify Layer 2 Security Features Port Security.
  • Lecture-113:Differentiate authentication, authorization, and accounting.
  • Lecture-114:Describe Wireless Security Protocols (WPA, WPA2, and WPA3).
  • Lecture-115:Configure and Verify WLAN using WPA2 PSK using the GUI.
  • Lecture-116:Explain How Automation Impacts Network Management.
  • Lecture-117:Introduction and Concept of Software Defined Networking.
  • Lecture-118:Introduction to North Bound API and South Bound API.
  • Lecture-119:Introduction to Application Programming Interface API.
  • Lecture-120:Recognize Capabilities of Configuration management mechanisms.
  • Lecture-121:Interpret JSON (JavaScript Object Notation) Encoded Data.
  • Lecture-122:Introduction to Layer 2 Discovery Protocols CDP and LLDP.
  • Lecture-123:Configure and Verify Layer 2 Discovery Protocols CDP Lab.
  • Lecture-124:Configure and Verify Layer 2 Discovery Protocols LLDP Lab.

Instructors

Mr Ahmad Ali

Mr Ahmad Ali
Cyber Security Consultant
Udemy

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