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Ron Trunk
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Another way to look at this is from the design perspective of a lagrelarge campus. A typical internal private IP addressing design would be 10.B.V.0/24. Where B is the building number and V is a VLAN within that building. This also gives you the ability to summarize all the routes in a building by having the building advertise 10.B.0.0/16. This "hides" any localized outages, such as a switch getting shut off, and keeps the routing tables stable throughout the campus.

Another way to look at this is from the design perspective of a lagre campus. A typical internal private IP addressing design would be 10.B.V.0/24. Where B is the building number and V is a VLAN within that building. This also gives you the ability to summarize all the routes in a building by having the building advertise 10.B.0.0/16. This "hides" any localized outages, such as a switch getting shut off, and keeps the routing tables stable throughout the campus.

Another way to look at this is from the design perspective of a large campus. A typical internal private IP addressing design would be 10.B.V.0/24. Where B is the building number and V is a VLAN within that building. This also gives you the ability to summarize all the routes in a building by having the building advertise 10.B.0.0/16. This "hides" any localized outages, such as a switch getting shut off, and keeps the routing tables stable throughout the campus.

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Another way to look at this is from the design perspective of a lagre campus. A typical internal private IP addressing design would be 10.B.V.0/24. Where B is the building number and V is a VLAN within that building. This also gives you the ability to summarize all the routes in a building by having the building advertise 10.B.0.0/16. This "hides" any localized outages, such as a switch getting shut off, and keeps the routing tables stable throughout the campus.