Question
1. Assume that all of the 32 bit IPv4 address space is available for public address allocations, except for the 10.0.0.0/8 range which is reserved
1. Assume that all of the 32 bit IPv4 address space is available for public address allocations, except for the 10.0.0.0/8 range which is reserved for private addresses behind a NAT. (There are no other reserved, multicast, or special use addresses.) With only one NAT, what is the maximum number of total hosts we can have in the whole network (excluding the NAT)?
2.(Same constraints as above)
We add a second NAT to the same network. What is the maximum number of total hosts that we can have the network (excluding the NATs)?
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Advances In Spatial Databases 5th International Symposium Ssd 97 Berlin Germany July 15 18 1997 Proceedings Lncs 1262
Authors: Michel Scholl ,Agnes Voisard
1st Edition
3540632387, 978-3540632382
