Compared to something we all know, e.g. MBP 16" 2019, how does this rack of Raspberry Pi's stack up?
Raspberry Pi Server Mark III
131–140 of 173 posts
Re: Raspberry Pi Server Mark III
#132How "fast" and "strong" can those servers be? Compared to something we all know, e.g. MBP 16" 2019, how does this rack of Raspberry Pi's stack up?
I know it can be like comparing apples to oranges but I was just curious how fast this can be.
Re: Raspberry Pi Server Mark III
#133Re: Raspberry Pi Server Mark III
#134Earlier quoted context omitted.
You absolutely could. But you wouldn't learn how to build a system that recovers from yanking a power or network cable, wouldn't own it, and wouldn't be able to run it on your terms. You'd need a credit card with an American-run payments network to operate, with a declared identity and a bank account, for which a prerequisite is a few months of stable living and income in a particular jurisdiction, itself something l…
> You'd need a credit card with an American-run payments network to operate, with a declared identity and a bank account, for which a prerequisite is a few months of stable living and income in a particular jurisdiction, None of this is true.
Re: Raspberry Pi Server Mark III
#135How "fast" and "strong" can those servers be? Compared to something we all know, e.g. MBP 16" 2019, how does this rack of Raspberry Pi's stack up?
I'm just trying to understand the power of those machines compared to the only piece of equipment I daily use and can compare to. I know it can be like comparing apples to oranges but I was just curious how fast this can be.
Re: Raspberry Pi Server Mark III
#136What is a use case for this if any?
There isn't one. For actually delivering an application, a traditional server is better in every way, unless your application is so small that you are wasting your hardware and get killed on power costs. It's more or less the same as the people in /r/homelab who have full server racks in their basements but never do anything with most of their eBay servers other than install CentOS on them. At least those can serve m…
RPI rack on other hand. plug and play. Cheap as chips to keep failover as you can keep backup rigs in a cupboard. It doesnt require expensive monkey to unplug bits. Most sites I serve have minimal if any internet at all. So cloud compute not an option everything has to be done on-site. RPI is perfect. It has more than enough grunt, costs bugger all, performance is rock solid.
Re: Raspberry Pi Server Mark III
#137What could you do with a similar setup? I mean: what's the purpose and/or the advantages compared to a "classical" solution ?
Its cool and fun and teaches you a skill at a low price point. There is essentially no functional reason to do this over a single high power server unless for some reason you need a bunch of ARM servers for something.
Y'all negative folks against this seem to have very restricted use cases in mind. Not all redundant rack servers live in a 36U case in a air-conditioned internet connected server farm. There are plenty of use cases outside of this.
Re: Raspberry Pi Server Mark III
#138What could you do with a similar setup? I mean: what's the purpose and/or the advantages compared to a "classical" solution ?
Re: Raspberry Pi Server Mark III
#139Earlier quoted context omitted.
I'm just trying to understand the power of those machines compared to the only piece of equipment I daily use and can compare to. I know it can be like comparing apples to oranges but I was just curious how fast this can be.
The best Raspberry Pi available right now is a bit faster than a modern entry-level PC. It has 4 ARM cores running at 1.5 GHz and 8 gigs of RAM.
It's certainly much better than the original Raspberry Pi (which felt like a 486), but it is not using recent technology and it just doesn't compare to what is available today. It is for projects where you would normally use a microcontroller, but want HDMI and Linux out of the box. People using the Pi for art projects, signage, dashboards, controlling their sprinkler system, etc. have the right idea. People using them to serve interactive traffic are going to have a bad time. They are really, really slow.