Common Misconception
With Spread Spectrum IP Addressing the 32-bit Source Address Field is
Shifted LEFT 2-bits by the originator of the packet.
That Folds the IPv4 Legacy Address Space into 1/4th tsize table
The lost 2-bits are stored in the Right-Most 2 bits of the 32-bit
field and in other pla
Common Misconception - IPv4 is Out of Address Space
NANOG Operational TTL Alert for 160-bit Headers (aka IPv4)
The 8-bit TTL field is reduced to 4-bits plus two 11 bits stuck at 1
for a long time
The new 8-bit fields are: SD11
Packets without the 11 will enter Deep Packet Inspection process
Common Misconception: One additional bit of IPv4 Addressing will solve
world hunger
The Evil Bit (or spare unused bit) can be used to store (restore) one bit
The Left-Most bit of the 32-bit Source Address Field can be SET to
Zero no matter what the original value. The Evil bit can be set IFF
the
https://www.iana.org/domains/root/db/na.html
Namibian Network Information Center
PO Box 1342
Swakopmund
Namibia
This gets confusing for the new Top Level Domains
http://NA.NOG
http://NANOG.GURU
What happened to NEW.NOG ?
There are only 256 members of NANOG ?
http://www.nanog.org/membership_ma
Adding four more bits to the Left of the Source Address and setting
those bits to (0xF) can help to start the migration to "Regions"
and more IPv4 Addresses - Using and Re-Using legacy
spectrumhttp://www.iana.org/assignments/ipv4-address-space/ipv4-address-space.txt
16 /8s for "Future use" -
Adding four more bits to the Left of the Source Address and setting
those bits to (0xF) can help to start the migration to "Regions"
and more IPv4 Addresses - Using and Re-Using legacy spectrum
http://www.iana.org/assignments/ipv4-address-space/ipv4-address-space.txt>.
The real Source Address
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