🏴حمید پیام عباسی🏴@crazypeople.online to Today I Learned@lemmy.worldEnglish · 2 days agoBoth Ford and Mercedes own a /8 block of public IP addresses, that is 16 million public IPV4 addresses eachen.wikipedia.orgexternal-linkmessage-square59fedilinkarrow-up1274arrow-down14
arrow-up1270arrow-down1external-linkBoth Ford and Mercedes own a /8 block of public IP addresses, that is 16 million public IPV4 addresses eachen.wikipedia.org 🏴حمید پیام عباسی🏴@crazypeople.online to Today I Learned@lemmy.worldEnglish · 2 days agomessage-square59fedilink
minus-squareA_A@lemmy.worldlinkfedilinkEnglisharrow-up2arrow-down7·1 day agonb. of iPv4 = 2^(4*8) = 2^24 nb. they have = 2^14 , so ~16 millions. fraction they have = (2^14 / 2^24) this is ~1/1 000. Stupid but boring.
minus-squareqjkxbmwvz@startrek.websitelinkfedilinkEnglisharrow-up6·edit-21 day ago 4*8 = 24 TIL ;) Each /8 is 1/256th of all IPv4 addresses, not counting reserved/illegal addresses. Not sure where 1/1000 is coming from…
minus-squareA_A@lemmy.worldlinkfedilinkEnglisharrow-up2arrow-down1·1 day ago2^10 = 1024 is the soure for ~1/1000. Also, correcting my stupid mistakes : nb. of iPv4 = 2^(4*8) = 2^32 nb. they have = 2^24 , so ~16 millions. fraction they have = (2^24 / 2^32) this is ~1/256. Stupid, but … … less boring than ~1/1024.
nb. of iPv4 = 2^(4*8) = 2^24
nb. they have = 2^14 , so ~16 millions.
fraction they have = (2^14 / 2^24)
this is ~1/1 000. Stupid but boring.
TIL ;)
Each /8 is 1/256th of all IPv4 addresses, not counting reserved/illegal addresses. Not sure where 1/1000 is coming from…
2^10 = 1024 is the soure for ~1/1000.
Also, correcting my stupid mistakes :
nb. of iPv4 = 2^(4*8) = 2^32
nb. they have = 2^24 , so ~16 millions.
fraction they have = (2^24 / 2^32)
this is ~1/256. Stupid, but …
… less boring than ~1/1024.