On Wed, 26 Mar 2014, valdis.kletni...@vt.edu wrote:
On Wed, 26 Mar 2014 09:19:14 -0400, "rw...@ropeguru.com" said:
Again comparing something like factual numbers of IPv6 addresses the
the very fuzzy math of guessing how many atoms there are is very silly
indeed.
A bit of thought will show th
On Wed, 26 Mar 2014 09:19:14 -0400, "rw...@ropeguru.com" said:
> Again comparing something like factual numbers of IPv6 addresses the
> the very fuzzy math of guessing how many atoms there are is very silly
> indeed.
A bit of thought will show that you can probably compute this based on our
est
I would support THIS as a better reference than some of the other
email responses I have gotten.
Again comparing something like factual numbers of IPv6 addresses the
the very fuzzy math of guessing how many atoms there are is very silly
indeed.
On Wed, 26 Mar 2014 13:06:15 +
Gary Buhrma
Of course it is, you don't even need to think about logic to answer that
one.
On 3/26/2014 午後 09:55, rw...@ropeguru.com wrote:
On Tue, 25 Mar 2014 23:28:04 -0500
Larry Sheldon wrote:
According to the Ace of Spades HQ blog:
IPv6 would allow every atom on the surface of the earth to have its
On Wed, Mar 26, 2014 at 12:55 PM, rw...@ropeguru.com wrote:
.
> I want to see HIS source of hpow many atoms are actually on the earth.
> Somehow, I do not think anyone knows that answer. So his comparision is a
> joke.
Obligatory xkcd ref: https://xkcd.com/865/
On Tue, 25 Mar 2014 23:28:04 -0500
Larry Sheldon wrote:
According to the Ace of Spades HQ blog:
IPv6 would allow every atom on the surface of the earth to have its
own IP address, with enough spare to do Earth 100+ times.
--
Requiescas in pace o email Two identifying characterist
On 3/26/2014 12:28 AM, Larry Sheldon wrote:
> According to the Ace of Spades HQ blog:
>
>> IPv6 would allow every atom on the surface of the earth to have its
>> own IP address, with enough spare to do Earth 100+ times.
Not with a /64 minimum allocation per customer :)
Jeff
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