1.STP (Spanning Tree Protocol)
2.STP Election (Spanning Tree Protocol)
3.EtherChannel
4.EtherChannel Troubleshooting
5.InterVLAN Routing (SVI, Router on a Stick)
6.InterVLAN Routing Troubleshooting
7.OSPF (Part 1: Single Area)
8.OSPF (Part 2: Multi-Area)
9.OSPF Troubleshooting
10.OSPFv3 for IPv6
11.EIGRP
12.EIGRP Troubleshooting
13.EIGRP for IPv6
14.PPP with PAP and CHAP Authentication
15.PPP Troubleshooting
16.MultiLink PPP
17.PPPoE
18.GRE
19.GRE Troubleshooting
20.BGP
21.BGP Troubleshooting
22.HSRP
23.HSRP Troubleshooting
24.IPv4 and IPv6 ACLs
25.ACL Troubleshooting
26.SPAN
27.IP SLA
28.Review Configuration Lab 3
29.Review Troubleshooting Lab 3
Level up your career in IT with this video-based online training course designed to help you master foundational networking knowledge-LAB and succeed on the CCNA 200-301 exam.
basic understanding of Networking devices Any server knowledge/ already CCNA will be an adantage but not cumpulsory
A Day-By-Day Review Guide for the CCNA Exam
CCNA 200-301 Official Cert Guide Library is a comprehensive review and practice package for the latest CCNA exam and is the only self-study resource approved by Cisco.
A CCNA lab is a hands-on training environment where learners practice configuring, managing, and troubleshooting Cisco networks. It uses tools like Cisco Packet Tracer, GNS3, or physical hardware (routers, switches) to simulate real-world scenarios. Labs focus on core topics such as VLANs, routing protocols (OSPF, EIGRP), subnetting, and network security. This practical experience is critical for mastering skills tested in the CCNA exam and preparing for real IT roles. Labs bridge theoretical knowledge with actionable expertise, enabling candidates to build, optimize, and debug networks in alignment with Cisco's best practices and modern infrastructure demands.
CCNA labs develop technical proficiency in:
These skills align with CCNA exam objectives, emphasizing operational fluency in Cisco environments and familiarity with SDN (Software-Defined Networking) principles for scalable, automated infrastructures.
Focus on repetitive configuration tasks (e.g., setting up VLANs) and gradually tackle complex multi-device topologies. Pair labs with theory to reinforce concepts like subnetting or routing tables.
Consistent practice, coupled with progressively challenging projects (e.g., building a multi-site WAN), solidifies skills. Document configurations and troubleshoot errors to build problem-solving agility, ensuring readiness for both exams and job demands.