CCNA 200-301 v2.0 Exam Preparation

CCNA 200-301 v2.0 Exam Preparation: a intermediate Ccna course preparing for CCNA with 40 hours of lessons and hands-on labs. Modules: Network fundamentals & IPv4/IPv6 addressing, Subnetting and VLSM, Switching: VLANs, trunks and inter-VLAN routing, Spanning Tree and EtherChannel, Routing: static routes and OSPFv2, IP services: DHCP, NAT and NTP, Security: device access, ACLs, port security and DHCP snooping, Network operations, troubleshooting, automation and AI.

Modules

1. Network fundamentals & IPv4/IPv6 addressing
2. Subnetting and VLSM
3. Switching: VLANs, trunks and inter-VLAN routing
4. Spanning Tree and EtherChannel
5. Routing: static routes and OSPFv2
6. IP services: DHCP, NAT and NTP
7. Security: device access, ACLs, port security and DHCP snooping
8. Network operations, troubleshooting, automation and AI

Labs

• CCNA: Secure Device Access — A new branch router has just been unboxed. Before it goes live, give it a name and lock down every way of logging in to it.
• CCNA: Interfaces & IPv4 Addressing — Bring up the office LAN: address the router's LAN port, turn it on, and give the PC an address so it can reach its gateway.
• CCNA: Subnetting in Practice — You were given 172.16.40.0/24 for three sites. Split it into /26 subnets and address each link with the right hosts — the checker only accepts correct maths.
• CCNA: Static & Default Routes — Three routers are cabled and addressed, but nothing knows how to reach the far LANs. Add static routes so PC1 can reach PC3.
• CCNA: Single-Area OSPFv2 — Replace static routing with OSPF so the network adapts by itself. All interfaces are addressed; run OSPF area 0 everywhere.
• CCNA: OSPF DR/BDR Election & Path Cost — Three routers share a switched segment and R2–R3 also have a direct link. OSPF is running; now control who becomes DR and which path traffic takes.
• CCNA: IPv6 Addressing & Static Routes — The company is adding IPv6. Enable IPv6 routing, address both routers and the PCs, and connect the two LANs with static routes.
• CCNA: DHCP Server, Relay & Troubleshooting — R2 is the central DHCP server. PCs in the branch LAN behind R1 can't get addresses — set up the pool and the relay, then find the mistake.
• CCNA: VLANs & Access Ports — Sales and HR share one switch but must be separated. Create the VLANs, put each PC in the right one, and prove the separation works.
• CCNA: Trunks & Inter-VLAN Routing — VLANs 10 and 20 span two switches, and one router must route between them over a single link (router-on-a-stick).
• CCNA: Spanning Tree Root Bridge — Three switches form a loop. STP elected SW1 as root just because it has the lowest MAC address. Make SW3 — the core switch — the root, and SW2 the backup.
• CCNA: EtherChannel with LACP — Two uplinks connect the distribution switches, but STP blocks one of them. Bundle them into one LACP EtherChannel trunk.
• CCNA: Port Security & DHCP Snooping — Someone plugged a personal hub into a desk port, and a rogue DHCP server appeared last week. Lock the access ports down.
• CCNA: Standard & Extended ACLs — The server LAN (192.168.100.0/24) is sensitive. Guests (PC2, 192.168.2.0/24) may not reach it at all; staff (PC1) may reach it.
• CCNA: NAT Overload (PAT) & Static NAT — The office uses private addresses and the ISP gave one public address (203.0.113.2). Give everyone internet access and publish the web server.
• CCNA: Troubleshoot a Broken Network — Monday morning: users in VLAN 10 report "no network". The previous engineer left three faults. Find and fix them using show commands — nothing is told to you directly.
• CCNA: REST APIs & JSON with a Network Controller — Your branch network is managed by an SDN controller with a northbound REST API at `http://127.0.0.1:8181`. Authenticate, pull the inventory as JSON, script a health report, then push a change through the API instead of the CLI.
• CCNA: Configuration Management with Ansible — Three branch routers need consistent configs. `~/netauto` already has `ansible.cfg`, an inventory and host_vars for `br1` and `br2`. Generate the IOS configs from data with a Jinja2 template, prove the playbook is idempotent, then roll out a change by editing a variable.

FAQ

How long is CCNA 200-301 v2.0 Exam Preparation?

About 40 hours of guided lessons plus hands-on labs, at your own pace.

Do I need my own lab setup?

No. Every lab runs in your browser on a real machine provided by AI WebAsha.

Does it prepare for CCNA?

Yes. The modules and labs follow the CCNA objectives and include mock exam practice.