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this post was submitted on 01 Oct 2024
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Asklemmy
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Hmmm 3 hours battery is definitely a major downside, given it charges off usb c less of an issue but still
Was actually considering getting one of those copilot pcs once the Linux support catches up, supposedly people are charging those things once a week or so
Just tested with normal power profile and screen brightness turned down - battery went down by about 50% after 3 hours. I think my laptop usually dies after 3 hours because I have the screen brightness up
What's the brightness like and in what country if you don't mind me asking?
Tend to have my current laptop on full brightness all the time otherwise I can't see anything, and I live in a generally pretty dark country
I mainly do work indoors, so the brightness does not really matter that much to me. But as far as I can tell, the brightness is pretty normal for laptops - I don't think it's any brighter or dimmer than other laptops I've used in the past. According to this website that I found, brightness is 25 to 486 nits. Google search seems to say that average maximum brightness for laptops is somewhere around 300-400 nits.
My understanding is that the screen is generally what eats up most of the battery on device, so if you plan to have brightness turned up, it might be difficult to find a laptop with a long battery life.
My understanding is that Arm chips don't have any fundamental advantage over x86 chips. They're more efficient simply because they've been optimized to be more efficient for so long. I've heard that upcoming Intel and AMD chips could be able to compete with the new Arm cpu's, so if you're not going to get a new laptop soon, it seems worthwhile to just wait and see
Not planning to give up on the trusty ThinkPad soon anyway
So far the evidence I've seen has been overwhelmingly that arm chips are way more power efficient
People say it makes no difference but I've yet to see an x86 device come close to the arm ones battery wise, seems like a strange coincidence
Yes, but that's my point, you see. Because Arm historically has been used for mobile and small devices, there's been a strong incentive for decades to emphasize power efficiency. Because x86 historically has been used for desktops, there's been a strong incentive to emphasize power. It's only been very recently that Arm attempted to have comparable power, and even more recently that x86 attempted to have comparable power efficiency.
Sure, Arm is currently more efficient, but the general consensus is that there's no inherent reason for why Arm must be more efficient than x86. In other words, the only reason it is more efficient is just because they've been focusing on efficiency for longer.
Both AMD and Intel's current gen x86 cpu's are, from what I can tell, basically spitting distance away from Qualcomm's Arm cpu's in terms of battery life, and rumor has it that both x86 companies should be able to match Arm chips in efficiency by next gen.
So if efficiency is a priority for you, I think it's worthwhile to wait and see what the cpu companies cook up in the next couple of years, especially as both AMD and Intel seem to be heavily focused on maximizing efficiency right now
Interesting, is the CPU upgradeable on the framework? Could be nice to replace that later down the line when those come out
The cpu is on the mainboard and can't be removed, but you can replace the entire mainboard. Basically, you can upgrade, but you'll have to upgrade a couple other things along with it