First, are you´re talking about VoIP phones? Everyone on the network must be able to access the VoIP Infrastructure, e.g., will everyone use the VoIP system?

One thing that you can do is separate the DATA and VoIP into two different networks, all represented on all the switches. One thing that you need to keep in mind is the number of users that you have.

If we suppose you have a 24 port switch per closet, you have aproximately 20 ports per switch available to connect something, and 10 per user  (I assume you will get 2 ports per user, one for data and another for VoIP phone).

Doing it that way, you will need to configure the switch ports toward the end-users as access ports  (untagged links). PCs on the data VLAN, and phones on the VoIP VLAN. Remember, 2 VLANS, and create trunks (tagged links) to transport the VLANs.

With that configuration, I guess your project will work.

First, are you talking about VoIP phones?? Everyone on the network must be able to access the VoIP infraestructure, eg: will everyone use de VoIP system??

One thing that you can do is separate the DATA and VoIP into two different networks, all represented on all the switches. One thing that you need to take on mind is the number of users that you have.

Eg: We suppose you have a 24 port switch per closet, i guess, you have aprox. 20 ports per switch available to connect something, and 10 per user(i suppose you will get 2 ports per user, one for DATA, and another por VoIP phone).

On that way, you need to configure like access ports(untagged links), the switchports connected to end-user, computer and phones, everyone on his vlan, remember, 2 VLANS, and create Trunks(tagged links) to transport the vlans, and permitted on it.

On that conf. i guess, yor project work.

First, you´re talking about VoIp phones?? Everyone on the network must be able to access the Voip infraestructure, eg: everyone will use de VoIp system??

One thing that you can do is separate the DATA and VoIp into two different networks, all represented on all the switches. One thing that you need to take on mind is the number of users that you have.

Eg: We suppose you have a 24 port switch per closet, i guess, you have aprox. 20 ports per switch available to connect something, and 10 per user(i suppose you will get 2 ports per user, one for DATA, and another por VoIP phone).

On that way, you need to configure like access ports(untagged links), the switchports connected to end-user, computer and phones, everyone on his vlan, remember, 2 VLANS, and create Trunks(tagged links) to transport the vlans, and permitted on it.

On that conf. i guess, yor project work.

First, are you´re talking about VoIP phones? Everyone on the network must be able to access the VoIP Infrastructure, e.g., will everyone use the VoIP system?

One thing that you can do is separate the DATA and VoIP into two different networks, all represented on all the switches. One thing that you need to keep in mind is the number of users that you have.

If we suppose you have a 24 port switch per closet, you have aproximately 20 ports per switch available to connect something, and 10 per user  (I assume you will get 2 ports per user, one for data and another for VoIP phone).

Doing it that way, you will need to configure the switch ports toward the end-users as access ports  (untagged links). PCs on the data VLAN, and phones on the VoIP VLAN. Remember, 2 VLANS, and create trunks (tagged links) to transport the VLANs.

With that configuration, I guess your project will work.