by Alan A. Walker | Nov 16, 2021 | Computer Networking and Cybersecurity : CCNA 4
This packet tracer assignment is a continuation of OSPF, EIGRP, VLANs, DHCP. Two new concepts will be introduced; ACLs and redistribution. ACLs prevent specific protocols, host or entire networks from accessing other networks, host or protocols. Redistribution...
by Alan A. Walker | Nov 12, 2021 | Computer Networking and Cybersecurity : CCNA 4
We continue the networking build and design with multi-area OSPF. Build the following network. (multi-area OSPF, VLANs) Configure OSPF in each router with router ID and loopback addressing. Topology: 5 Routers with serial ports (Right Leg – router 0 connects to...
by Alan A. Walker | Nov 9, 2021 | Computer Networking and Cybersecurity : CCNA 4
This is a continuation of EIGRP protocols. Build the topology with 3 routers with serial ports. The routers all connect to each other to form a triangle. Configure 3 routers with EIGRP protocol. Use the following addresses: Connect routers together in a triangle....
by Alan A. Walker | Nov 8, 2021 | Computer Networking and Cybersecurity : CCNA 4
In this assignment, you will configure EIGRP for the routing protocol between routers. You will configure a DHCP pool for the assigned IP addressing displayed on the packet tracer. Open the packet tracer and configure the network with the given requirements to: 1)...
by Alan A. Walker | Nov 3, 2021 | Computer Networking and Cybersecurity : CCNA 4
Configure a Network with the following requirements: 1) 2 2811 routers with serial ports, 2 2960 switches, 2 end devices 2) The Network address is 192.168.100.0/28. 3) Determine the subnets for the Network from the 192 address. Leg A is subnet 1, leg B is subnet 2,...
by Alan A. Walker | Nov 2, 2021 | Computer Networking and Cybersecurity : CCNA 4
Configure the following network and use the 3560 switch for IVR. (inter vlan routing) Refer to the attached word doc for topology Topology: 1) 1 3560 switch (first icon on the list of multi layer switches) 2) 2 2960 switches 3) 2 end devices (one attached to each...
