not that my last several posts have appeared...

>Let me reconstruct my message.
>
>After having read through some more RFC's, I now believe that the following
>is the truth. If you do not agree, please reply.
>
>CLASS A : 1.h.h.h - 126.h.h.h = 126 networks
>CLASS B : 128.1.h.h - 191.254.h.h = 16382 networks
>CLASS C : 192.0.1.h - 223.255.254.h = 2097150 networks
>
>and
>
>CLASS A : n.0.0.1 - n.255.255.254 = 16777214 hosts
>CLASS B : n.n.0.1 - n.n.255.254 = 65534 hosts
>CLASS C : n.n.n.1 - n.n.n.254 = 254 hosts
>
>Thanks,
>
>Ole


A classless wince...at the very least, can we call them /24's?

 From RFC 1878:

Table

    The following table lists the variable length subnets from 1 to 32,
    the CIDR [3] representation form (/xx) and the Decmial equivalents.
    (M = Million, K=Thousand, A,B,C= traditional class values)

    Mask value:                             # of
    Hex            CIDR   Decimal           addresses  Classfull
    80.00.00.00    /1     128.0.0.0         2048 M     128 A
    C0.00.00.00    /2     192.0.0.0         1024 M      64 A
    E0.00.00.00    /3     224.0.0.0          512 M      32 A
    F0.00.00.00    /4     240.0.0.0          256 M      16 A
    F8.00.00.00    /5     248.0.0.0          128 M       8 A
    FC.00.00.00    /6     252.0.0.0           64 M       4 A
    FE.00.00.00    /7     254.0.0.0           32 M       2 A
    FF.00.00.00    /8     255.0.0.0           16 M       1 A
    FF.80.00.00    /9     255.128.0.0          8 M     128 B
    FF.C0.00.00   /10     255.192.0.0          4 M      64 B
    FF.E0.00.00   /11     255.224.0.0          2 M      32 B
    FF.F0.00.00   /12     255.240.0.0       1024 K      16 B
    FF.F8.00.00   /13     255.248.0.0        512 K       8 B
    FF.FC.00.00   /14     255.252.0.0        256 K       4 B
    FF.FE.00.00   /15     255.254.0.0        128 K       2 B
    FF.FF.00.00   /16     255.255.0.0         64 K       1 B
    FF.FF.80.00   /17     255.255.128.0       32 K     128 C
    FF.FF.C0.00   /18     255.255.192.0       16 K      64 C
    FF.FF.E0.00   /19     255.255.224.0        8 K      32 C
    FF.FF.F0.00   /20     255.255.240.0        4 K      16 C
    FF.FF.F8.00   /21     255.255.248.0        2 K       8 C
    FF.FF.FC.00   /22     255.255.252.0        1 K       4 C
    FF.FF.FE.00   /23     255.255.254.0      512         2 C
    FF.FF.FF.00   /24     255.255.255.0      256         1 C
    FF.FF.FF.80   /25     255.255.255.128    128       1/2 C
    FF.FF.FF.C0   /26     255.255.255.192     64       1/4 C
    FF.FF.FF.E0   /27     255.255.255.224     32       1/8 C
    FF.FF.FF.F0   /28     255.255.255.240     16      1/16 C
    FF.FF.FF.F8   /29     255.255.255.248      8      1/32 C
    FF.FF.FF.FC   /30     255.255.255.252      4      1/64 C
    FF.FF.FF.FE   /31     255.255.255.254      2     1/128 C
    FF.FF.FF.FF   /32     255.255.255.255   This is a single host route

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