CCNA Practical PDF with Solved VLSM (2 Routers, 3 Routers, 5 Routers, 7 Routers, Loopback, Redistribution of RIP and EIGRP) All in One

The topics include in this PDF are as follow:

Basic Configuration of 2 routers with VLSM of Class C network. Static Configuration of 2 routers with VLSM of Class C network. Default Configuration of 2 routers with VLSM of Class C network. RIP Configuration of 2 routers with VLSM of Class C network. EIGRP Configuration of 2 routers with VLSM of Class C network. OSPF Single Area Configuration of 2 routers with VLSM of Class C network. OSPF Multi Area Configuration of 2 routers with VLSM of Class C network.

Basic Configuration of 3 routers with VLSM of Class C network. Static Configuration of 3 routers with VLSM of Class C network. Default Configuration of 3 routers with VLSM of Class C network. RIP Configuration of 3 routers with VLSM of Class C network. EIGRP Configuration of 3 routers with VLSM of Class C network. OSPF Single Area Configuration of 3 routers with VLSM of Class C network. OSPF Multi Area Configuration of 3 routers with VLSM of Class C network.

Basic Configuration of 5 routers with VLSM of Class C network. Static Configuration of 5 routers with VLSM of Class C network. Default Configuration of 5 routers with VLSM of Class C network. RIP Configuration of 5 routers with VLSM of Class C network. EIGRP Configuration of 5 routers with VLSM of Class C network. OSPF Single Area Configuration of 5 routers with VLSM of Class C network. OSPF Multi Area Configuration of 5 routers with VLSM of Class C network.

Basic Configuration of 7 routers with VLSM of Class C network. Static Configuration of 7 routers with VLSM of Class C network. Default Configuration of 7 routers with VLSM of Class C network. RIP Configuration of 7 routers with VLSM of Class C network. EIGRP Configuration of 7 routers with VLSM of Class C network. OSPF Single Area Configuration of 7 routers with VLSM of Class C network. OSPF Multi Area Configuration of 7 routers with VLSM of Class C network.

Basic Configuration of LoopBack address with VLSM of Class C network. Static Configuration of LoopBack address with VLSM of Class C network. Default Configuration of LoopBack address with VLSM of Class C network. RIP Configuration of LoopBack address with VLSM of Class C network. EIGRP Configuration of LoopBack address with VLSM of Class C network. OSPF Single Area Configuration of LoopBack address with VLSM of Class C network. OSPF Multi Area Configuration of LoopBack address with VLSM of Class C network.

Redistribution of RIP and EIGRP on 3 Routers Redistribution of RIP and EIGRP on 5 Routers Redistribution of RIP and EIGRP on 7 Routers Redistribution of RIP and EIGRP with LoopBack Address

All the practicals are done in Cisco Packet Tracer. In VLSM, we have create a topology based on client requirement. So you can know that where the IP addresses are coming from.