![Today I learned large data centers use almost as much energy as some countries. [1920x1961 - 73KB]](https://pic8.co/sh/d5z5ns.png){kind=link}
Correct. Now imagine using Raspberry Pis rather than server blades for things. They use 1/100 the power of a typical server. They don't require air conditioning, big disk arrays and other data center peripherals. Having said that, they aren't as powerful, but they scale well.
Correct. Now imagine using Raspberry Pis rather than server blades for things. They use 1/100 the power of a typical server. They don't require air conditioning, big disk arrays and other data center peripherals. Having said that, they aren't as powerful, but they scale well.
If you open a data center with these you'll make millions being able to undercut the competition.
If you open a data center with these you'll make millions being able to undercut the competition.
Ah! Already doing it. Works great!
I'm hosting a bunch of low volume websites. I'm very happy with the results so far. Even have 48 hrs UPS using LiFePo4 batteries.
Ah! Already doing it. Works great!
I'm hosting a bunch of low volume websites. I'm very happy with the results so far. Even have 48 hrs UPS using LiFePo4 batteries.
All computing scale is calculated in joules of energy.
It doesn't matter if it's 10,000 pi's or a single 4U chassis.
Energy is energy.
Retard.
All computing scale is calculated in joules of energy.
It doesn't matter if it's 10,000 pi's or a single 4U chassis.
Energy is energy.
Retard.
(post is archived)