Thank you for your insight, I see your point.
Why do you say they abandoned desktop computers though? Aren’t they still designing and selling iMacs? Aren’t those considered desktop computers?
Thank you for your insight, I see your point.
Why do you say they abandoned desktop computers though? Aren’t they still designing and selling iMacs? Aren’t those considered desktop computers?
That is a great explanation. It makes perfect sense to me know. Thank you
Can you please explain to me the difference? How does a swapdisk compare to RAM? I don’t mind googling it but I highly doubt I’ll get a straightforward ELI5 style answer from there.
I would really appreciate it if you can elaborate, if you have the time that is.
Thank you.
How do you monitor your wattage?
Doesn’t swap reduce the lifespan of storage though?
Most of my services use a network mounted drive so storage isn’t really a factor (although the more the merrier of course).
My main bottleneck is computation power.
Just curious, why is an x86 architecture a sought after feature in your opinion? My understanding is that ARM is more “bang for your buck” in terms of computation effort to power draw.
I say this because my M2 (ARM based) MacBook does all sorts of heavy lifting and still lasts me more than a day on a single charge compared to my old Intel MacBook running the same services doing the exact same stuff.
Please correct me if I am wrong. I would really appreciate to learn more from people who have more knowledge than I am.
Valid point, I see where you are coming from.
Bruh, I love you.
Thank you
The setup seems quite beefy relative to anything I ever owned. I understand that my power bill will be more costly if I leave this running 24/7.
Compared to 4 RPi’s running 24/7, how much more energy do you suppose I’ll be expending?
I ask because my basic understanding of electrical engineering states that my system will only draw as much power as it needs (not the full rated 650W), so I’m not really sure how that compares to all 4 RPi’s running.