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
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" -
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
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
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
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
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