His other video on the new MacBook Air is also worth watching:
How did you get that return extension??? From my experience, Apple RARELY does that...Having purchased the M2 air, had the M1 air for almost an year, and also purchased an arm64 windows 11 laptop with 5g cellular radio (lenovo x13s), I agree with the first video review. Will probably return the M2 air. They did extend the return window from 14 days to 30 days so that was nice
I stopped at the M1 Pro 14” MacBook Pro has better battery life. Completely wrong for almost all scenarios. And he didn’t show his work. So I’m also calling BS.That’s one of the better reviews I’ve seen, thanks.
The only point he made that doesn’t make sense was the M2 MBA SSD’s lower speed being noticeable during file copying: because 1) of the way APFS works on intra-drive copying, and 2) external drives are slower than even the single chip M2 MBA internal SSD. He claimed his review is data-driven, yet he didn’t back up that claim with any data.
It’s a little disappointing, since his position earlier in the review was to debunk “fabricated bull****” with data.
How did you get that return extension??? From my experience, Apple RARELY does that...
The criticism seems to be that the M1 Air and 14” M1 Pro are better values, mostly because those models are available at sale prices. However, by the time November arrives (holiday shopping season), we are likely to see discounts on the M2 Air, as well.Very interesting review, and he comes to some different conclusions than many other reviews have.
His other video on the new MacBook Air is also worth watching:
even thought the m1 Pro is soon to be outdated?Having purchased the M2 air, had the M1 air for almost an year, and also purchased an arm64 windows 11 laptop with 5g cellular radio (lenovo x13s), I agree with the first video review. Will probably return the M2 air. They did extend the return window from 14 days to 30 days so that was nice
outdated ? but will still always run circles around the m2even thought the m1 Pro is soon to be outdated?
yeah, i'd say on par not run circles - frankly.. there's a reason the cost is similar.outdated ? but will still always run circles around the m2
In my personal unpublished testing of my own personal M1 Air, CPU throttling starts as soon as M1 CPU temp sensors reach roughly 90C. I am defining throttling simply as the CPU clock speed dropping below the maximum supported speed for the number of CPU cores active.He claims that the M1 MacBook Air throttles in the Cinebench after 90 seconds. It depends on what you consider throttling. As far as the command line powermetrics tool is concerned, the M2 throttles much faster than the M1. I think that might be a bug though. The M2 powermetrics claims throttling while the power is still declining while the M1 is a near steady state for minutes before showing throttling.
but if folks stop constantly upgrading just think about the stock price. Every new generation has to be the best ever so folks are convinced to upgrade. the hamster wheel can never stop. Now what to do with the folks who hold onto the Apple Watch for yearseven thought the m1 Pro is soon to be outdated?
or, the competitive or smart wheel, wait? hmmmbut if folks stop constantly upgrading just think about the stock price. Every new generation has to be the best ever so folks are convinced to upgrade. the hamster wheel can never stop. Now what to do with the folks who hold onto the Apple Watch for years
I’m still trying to understand what I’m seeing with the M2 under all core load. The package power draw drops steadily and once the M2 is heat soaked, it never goes back up while the test is ongoing. Going from over 30 W and then steadily down until a steady state of just over 5 W is surprising to me. I guess once the chassis is dissipating its maximum heat, the cores can’t ramp up again because it will overheat the chassis.In my personal unpublished testing of my own personal M1 Air, CPU throttling starts as soon as M1 CPU temp sensors reach roughly 90C. I am defining throttling simply as the CPU clock speed dropping below the maximum supported speed for the number of CPU cores active.
(The number active matters because M1 family SoCs group P cores into clusters of 4 CPUs, the CPUs in a cluster all run at the same speed, and the cluster's maximum allowed frequency varies slightly based on how many cores in the cluster are idle. If you want to observe the onset of thermal throttling, first you must establish the baseline of how fast the M1's P cluster runs while cold with all 4 P cores active, then you watch for it to dip below that frequency at all.)
When I tested how fast the M1 Air began to reduce speeds, I started from the Air idling long enough to stabilize all the temp sensors. Then I'd start an all-cores (8-thread) CPU load and time how long it took to observe powermetrics reporting a P cluster frequency below the max all-cores-active freq.
My observations were much like Quinn's - there's no step function where clocks suddenly drop off a cliff, instead there's a gradual reduction. It takes many minutes for the M1 Air to fully heat soak and reach steady state, and it looks like the M2 Air still has that property.
So I don't find Quinn's results surprising or suspicious. He's quite right about this much: there's nothing new about M2 Air throttling. The M1 Air was doing pretty much the same thing all along.