I've got a reasonable understanding of networking but not on the scale I've been asked to do for a project. There will be approximitaly 600 users, each with a single Cat5 cable to their room. We are to provide internet and VOIP for them.
What kind of switches would you use for this project? and in what sort of configuration? VLAN's?
Finally, are there any good technical resouces for this kind of thing?
Are you using IP telephony, or just VOIP. If you are using IP telephony, (IP Phones), then you will either need POE (power over ethernet) modules on a Cat 4000 or Cat 6000, or you can use external power adapter for the phones. If you are concerned abt VOIP, you need to be worried only about the WAN bandwidth for using VOIP. For IP telephony, you would need a call manager too. The best bet would be to use Cat 4000s but you might end up using 4 or 5 switches, to incorporate 600 users. Compare the cost of buying of 4 or 5 4000s versus 2 6509s which has more modular slots.
Alan, could be a long answer question. How much budget? I work for a large corporation and an office of this size would full into a small/medium size. We would use a two layer model consisting of an access & collapsed core/distribution sitting on c6500 series. Native IOS on core/distribution (MSFC2) interconnecting via Layer 2 to the Access layer switches (able to channel). We have not exceeded 32GB input on any of the chassis as a guide. We only use one vlan per layer 2 as a standard (240 devices\users) which falls nicely into a class C. We have avoided VTP and SPT.
[toc:faq]The ProblemOn traditional switches whenever we have a trunk
interface we use the VLAN tag to demultiplex the VLANs. The switch needs
to determine which MAC Address table to look in for a forwarding
decision. To do this we require the switch to do...
[toc:faq]Introduction:Netdr is a tool available on a RSP720, Sup720 or
Sup32 that allows one to capture packets on the RP or SP inband. The
netdr command can be used to capture both Tx and Rx packets in the
software switching path. This is not a substitut...
IntroductionOSPF, being a link-state protocol, allows for every router
in the network to know of every link and OSPF speaker in the entire
network. From this picture each router independently runs the Shortest
Path First (SPF) algorithm to determine the b...