Cisco network diagram

[cromagnon]

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@jeoffrey

u mean May - 2009

dali-a gud nimo nakat un gud. if i start now - can i be certified at the end of the year ??

is taht how easy to learn cisco

[eryqmb]

w8 sa mga brod. Test pa nko b4 posting.

[je0frey]

@jeoffrey

u mean May - 2009

dali-a gud nimo nakat un gud. if i start now - can i be certified at the end of the year ??

is taht how easy to learn cisco

oo bai, actually finals ug practical exam plng nmo sa CCNA1 sa sat. dali ra cya kong naa ka nay background networking kay mga cisco protocols nlng studyhan nimo.

[Chipmunk888]

daghana masters diri gud.

[je0frey]

hmm wa pman post c bai eryqmb, for the mean time ari naa k diagram simple lng cya but interesting ang concept...

http://i410.photobucket.com/albums/p...frey/dgrm2.jpg

let's say ang R0 mao na ang main branch, then naay two branches R1 and R2, ayaw nlng nato butangan lan ang sa R0 para simple lng ang diagram nato. Then here's the scenario, on R1 they only want to run RIP v.2 routing protocol, then on R2 OSPF only. Naa gi circle-an nako yellow ang area sa RIP ug OSPF. Please configure para magkita ang 192.168.1.0 ug 192.168.2.0 networks.

[cromagnon]

moa ba , salamat ha, mura lingaw na au mo dah, glang kong kabalo nko ako solve anan tanan inyo gi post .heheh

[eryqmb]

Bai je0frey, at2 lang butangan ug LAN.



1. Properly plan IP addressing scheme (for route summarization). Use this IP 192.168.1.0 /24
2. R1 to R2 use RIP v2, R1 – R3 & R4 use OSPF.
3. Ensure connectivity of the entire network.

note on R2 Lan, dili sya pwede matestingan using PacketTracer (pwede sa GNS3).

[je0frey]

nice bai, ok ra..
ask lang ko pwede diay mo create vlan on hub?

naa na solve na ninyo, its your time to shine...

[giancarlo]

ohm..... go bro ur turn bro...... but just post what ur doing for that one para ma testingan sad sa mga bag-o ok...

[eryqmb]

[QUOTE=je0frey;5165737]
ask lang ko pwede diay mo create vlan on hub?
QUOTE]

Dli pwede bai.

Mag set lang ka ug 2 IP address sa R2 Lan interface (to create two logical subnet), pero dili ka mo gamit ug sub interface.

Na sulayan lang sab ni nako during our Lab.

quote lang ni nako from CISCO website

Assigning Multiple IP Addresses to Network Interfaces
Cisco IOS software supports multiple IP addresses per interface. You can specify an unlimited number of secondary addresses. Secondary IP addresses can be used in a variety of situations. The following are the most common applications:

•There might not be enough host addresses for a particular network segment. For example, suppose your subnetting allows up to 254 hosts per logical subnet, but on one physical subnet you must have 300 host addresses. Using secondary IP addresses on the routers or access servers allows you to have two logical subnets using one physical subnet.

•Many older networks were built using Level 2 bridges, and were not subnetted. The judicious use of secondary addresses can aid in the transition to a subnetted, router-based network. Routers on an older, bridged segment can easily be made aware that many subnets are on that segment.

•Two subnets of a single network might otherwise be separated by another network. You can create a single network from subnets that are physically separated by another network by using a secondary address. In these instances, the first network is extended, or layered on top of the second network. Note that a subnet cannot appear on more than one active interface of the router at a time.