Pi power consumption is going up too. And x86 keeps coming down. Idle power draw the pi wins you’d get 2x longer idle. But under load if you compared the workoutput to wattage I bet it’s pretty close.
It’s closer than it once was. But a Pi 5 running at full pelt is still nowhere near an N100 running at full pelt. In the comments, the author says that the power consumption of the N100 during the benchmarks was 3x that of the Raspberry Pi 5.
N100s have their place for sure, but for simple home labbing, I think they’re overkill. But if you’re running an Arr stack, it’s definitely worth considering.
But the N100 running at full pelt will be running way more intensive applications than Pi 5. In everyday scenario, that means you can run more applications comfortably without going “full pelt”. AFAIK
I’m unsure. But I don’t think the N100 runs at reduced capacity. The benchmark testing doesn’t suggest so anyway. So it’s either full power or nothing.
Perhaps you are thinking in best and better and what most people want. For me there is something like curiosity (Not very uncommon in the open source world) and learning new things.Besides that I am not very amused about Intel and their Spectre and Meltdown failures which is still not a closed book with new attacks being reported in the news.For hobby and work, computer security and privacy is something that I cannot neglect.
Yep, that’s what ‘generally’ and ‘niche’ means. The n100 doesnt have hyper threading so isnt subject to that kind of attack - btw the same attack that AMD has been subject to to many times over and over. Not sure what’s good on ARM curiosity - still interested to know.
There’s gotta be a bunch of niche cases why a pi is better - but generally…not.
What usecase is arm based linux and bsd all that important? Outside of arm dev - probably not much else.
Power consumption
Pi power consumption is going up too. And x86 keeps coming down. Idle power draw the pi wins you’d get 2x longer idle. But under load if you compared the workoutput to wattage I bet it’s pretty close.
It’s closer than it once was. But a Pi 5 running at full pelt is still nowhere near an N100 running at full pelt. In the comments, the author says that the power consumption of the N100 during the benchmarks was 3x that of the Raspberry Pi 5.
N100s have their place for sure, but for simple home labbing, I think they’re overkill. But if you’re running an Arr stack, it’s definitely worth considering.
But the N100 running at full pelt will be running way more intensive applications than Pi 5. In everyday scenario, that means you can run more applications comfortably without going “full pelt”. AFAIK
I’m unsure. But I don’t think the N100 runs at reduced capacity. The benchmark testing doesn’t suggest so anyway. So it’s either full power or nothing.
Perhaps you are thinking in best and better and what most people want. For me there is something like curiosity (Not very uncommon in the open source world) and learning new things.Besides that I am not very amused about Intel and their Spectre and Meltdown failures which is still not a closed book with new attacks being reported in the news.For hobby and work, computer security and privacy is something that I cannot neglect.
Yep, that’s what ‘generally’ and ‘niche’ means. The n100 doesnt have hyper threading so isnt subject to that kind of attack - btw the same attack that AMD has been subject to to many times over and over. Not sure what’s good on ARM curiosity - still interested to know.