- last edited on by
shaiksh
Training task
In Cisco Packet Tracer, build a model of your network (according to the figure
and the option), selecting the necessary equipment and network environments.
Questions
1. I used the 2911 router version, the 2960 switch, since they were used in the lab work of the Cisco course. Are these versions suitable or is it better to use others?
2. In a private network, I connected the routers via GigabitEthernet, since there is only LAN inside the private one. Is this correct? Or should I use Serial? In a public network, I used Serial, since there is WAN
3. For routers in a private network, I added an HWIC-4ESW module with 4 FastEthernet ports in order to connect the last switch. I used 3 GigabitEthernet ports for routers and a switch. Did I use the correct module or do I need a different one? I wanted to use an HWIC-1GE-SFP with 1 GigabitEthernet, but for some reason after adding it, I can’t connect it to another device
I started to configure the router interfaces and encountered the fact that it is impossible to set an IP address on fastethernet from the module. Should I use another module or version of the router? VLAN cannot be used here
I see several ways
1. Leave the router version 2911 and add serial ports. But we have a private network, is it possible?
2. Take one of the router versions: 2811, 2620XM, Router-PT, Router-PR-Empty and add modules with copper wires
No, it isn't enough. I am using 3 gigabit ethernet to connect to 2 routers and one switch. I also need an interface for one switch.
Thank you.
Should I use a 2911 router in a private network? We just have one unused gigabit interface
We still need to justify the reasons for using these versions of devices in the work. I don't know how to do this yet
1. In Cisco Packet Tracer, build a model of your network (in accordance with the pattern
and option), choosing the necessary equipment and network media.
2. Add HTTP servers to the public and private subnets (in accordance with
option). On public and private HTTP servers, set your copyright sites
(with different content).
3. Conduct the IPV4 network planning (in accordance with the option), using
Besclass addressing.
Ethernet subnet sizes are the same, maximum possible.
Ethernet subnet, which, in accordance with the option, must be divided into
VLAN’S also the same maximum possible size within the address
The spaces of this subnet.
Use the remaining reserve addresses for P2P subnets.
Using the Place Note button on the diagram, indicate the addresses
subnets (both for the Ethernet subnets, and for subnets P2P), masks prefixes (in that
The subnets that were divided into vlan’s in accordance with the option, indicate
VLAN identifiers, IPV4 Addresses and masks prefixes at terminal devices).
4. Perform the basic tuning of terminal devices, switches and
routers: the system names of intermediate devices must match
inscriptions in the figure + your last name
Password for a privileged mode take class
Password for all lines - Cisco).
IP address of the virtual interface-the last address of the device in this network
The address of the main gateway is the first address of the device in this network
5. Configure router interfaces. Serial-Links should have different
Passing capacity. On the diagram, indicate which Link which is installed
Passing capacity.
6. For each Ethernet subnet (except for the one that contains VLAN), create DHCP-
Servers. Exclude the address of the switch interface from the distribution and address and address
HTTP server, if it is in this subnet. Adding workstations to the topology
(PC) (at least three), make sure that the DHCP server does not give out conflict reports
addresses and correctly distributes addresses.
7. In the Ethernet subnet, which must be divided into vlan’i (in accordance with
option) Add eight working stations (PC) to the topology, create four
VLAN - two working stations in each and provide traffic transmission between
Vlan’Ami.
8. Set static and dynamic routing. For the internal network
Use the RIP protocol, for the external - OSPF.
Internal nodes must “see” the external network, for which on the border
R2 router set the default route and spread it by RIP-
Network. The RIP network should not announce its routes to the external network. Check
The contents of routing tables.
OSPF should know the capacity of Serial-Links. Apply for this
Bandwidth team on Serial interfaces. Check if they are used among Serial-
Links are faster links.
9. In a public network, create a DNS server and enter a record about the data database
Http-site from the inner subnet.
10. On the router R2, implement NAT. Provide visibility from public
Network HTTP Sit of the Inner subnet.
I can install IP address. But I'm not sure which version of router is better to use and why? What do you think? I posted the full task above
