Scenario: To transition an operating 24-bit segment into multiple new segments with no additional hub hardware. The goal is to transition servers one at a time without implementing VLANs on the unidentified switches. A router is being put in as a gateway to the new segments.
SW-A = Cat 3500
SW-B = Cat 2950
SW-D = Cisco Switch unidentified
SW-E = Cisco Switch unidentified
SW-F = Cisco Switch unidentified
RTR 2600 with 5 ethernet ports.
0/0 = 192.168.241.0 /24
1/0 = 192.168.156.0 /28
1/2 = 192.168.156.32 /27
1/3 = 192.168.156.64 /26
SW-D needs 241.0/24 and 156.32/27 gateways will be 241.101 & 156.33
SW-E needs 241.0/24 and 156.64/26 gateways will be 241.101 & 156.126
SW-F needs 241.0/24 and 156.64/26 gateways will be 241.101 & 156.126
You can use the Cat3500 or the Cat2950 [preferred] [but not both] to interconnect SW-D, SW-E, SW-F, SW-G using VLANs or whatever configuration is needed to complete the task.
All current equipment uses the gateway of 241.101
Equipment will move onto a new gateway in relation to it's new 156 segment, but stay plugged into its existing hub and port.
All hubs need the broadcast of 192.168.241.0/24
An incoming/outgoing cable/gateway has two IP addresses 241.101 and 156.1 and will be plugged into the CAT3500 or CAT2950.
--Transition off of 241.101 and onto 156.1
Picture: Gateway 241.0/24 & 156.1/28 ==> e0/0 Router ==> e1/0 & 1/2 & 1/3
-- All equimpent is currently before router
-- when complete all equipment should be after router except the incoming/outgoing cable/gateway.
-- Gradual process ... both old and new segments should be operating.
What is the configuration of CAT3500 or CAT2950 to make this possible? Only reason for the hub is to provide VLAN capabilities allowing 241 to talk to the other 3 156 segments until trasition is complete.
SW-A = Cat 3500
SW-B = Cat 2950
SW-D = Cisco Switch unidentified
SW-E = Cisco Switch unidentified
SW-F = Cisco Switch unidentified
RTR 2600 with 5 ethernet ports.
0/0 = 192.168.241.0 /24
1/0 = 192.168.156.0 /28
1/2 = 192.168.156.32 /27
1/3 = 192.168.156.64 /26
SW-D needs 241.0/24 and 156.32/27 gateways will be 241.101 & 156.33
SW-E needs 241.0/24 and 156.64/26 gateways will be 241.101 & 156.126
SW-F needs 241.0/24 and 156.64/26 gateways will be 241.101 & 156.126
You can use the Cat3500 or the Cat2950 [preferred] [but not both] to interconnect SW-D, SW-E, SW-F, SW-G using VLANs or whatever configuration is needed to complete the task.
All current equipment uses the gateway of 241.101
Equipment will move onto a new gateway in relation to it's new 156 segment, but stay plugged into its existing hub and port.
All hubs need the broadcast of 192.168.241.0/24
An incoming/outgoing cable/gateway has two IP addresses 241.101 and 156.1 and will be plugged into the CAT3500 or CAT2950.
--Transition off of 241.101 and onto 156.1
Picture: Gateway 241.0/24 & 156.1/28 ==> e0/0 Router ==> e1/0 & 1/2 & 1/3
-- All equimpent is currently before router
-- when complete all equipment should be after router except the incoming/outgoing cable/gateway.
-- Gradual process ... both old and new segments should be operating.
What is the configuration of CAT3500 or CAT2950 to make this possible? Only reason for the hub is to provide VLAN capabilities allowing 241 to talk to the other 3 156 segments until trasition is complete.
