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I ordered these two specs and looking to cancel one:

14” - silver - 8 core cpu/14 core gpu/16 core neural/16 GB RAM/512 GB SSD/67W power adapter - delivers 10/26
14” - silver - 10 core cpu/16 core gpu/16 core neural/16 GB RAM/512 GB SSD/96W power adapter - delivers 11/5 - 11/10

I don’t do anything intensive except Microsoft office products. Just browsing, streaming, YouTubing. the ProMotion display was the bottom line for me and I like to future proof as I keep the machines 5-7 years. Which should I cancel?
Both of them.

dude get an air 2022 with promotion
You don’t need this computer.
 
Posted this in another thread, but here's my main question:

I don't need better graphics for games/etc. HOWEVER, upgrading from the M1 Pro (16core gpu) to M1 Max (24core gpu) means you also move from 200GB/s memory bandwidth to 400GB/s memory bandwidth. Additionally it offers a larger SLC cache.

Do people here think we'd see a significant (5%+?) performance impact in non-gaming daily tasks, or would this be totally unnoticeable? Use cases would be like office/browsing/xcode compilation mostly. Very occasional lightroom or video compression/edits.

+$180 on student discount so i'm kind of debating if this bump would get me anything, or if I'd just be burning $180 and never notice the performance change if not gaming.
I'm in almost exactly the same boat. I develop (Xcode mostly, some Visual Studio), but also more than occasional Lightroom and Pixelmator Pro editing, just not daily. And every now and then some video editing, which are mostly personal.

But do note that going for the M1 Max is not just the SoC upgrade, but also forces the memory upgrade from 16 to 32 GB. And that's another $400 extra for a total of $600 just to get the "base" M1 Max with 24-core GPU.

If I look at the SoC technical aspects, the difference between M1 Pro and M1 Max is basically: double everything except for CPU cores and depending on your option either 50% or 100% more GPU cores (16 for Pro, 24 or 32 for Max). Since memory is universal, it makes sense doubling the SoC also doubles the 16 GB RAM to 32 GB and as such also doubling the memory bandwidth from 200 to 400 GB/s.

So for that alone (more performance, headroom and future-proofing) I'm leaning towards the cheapest M1 Max option: M1 Max, 24-core GPU, 32 GB RAM, 512 GB SSD.

However, looking at Apple's GPU performance graphs between M1 Pro and M1 Max, it seems the M1 Max is potentially also much more power hungry:
M1 Pro is given a "Relative Performance Index" of about 200 which sits at ~30 Watts.
M1 Max (probably the 32-core GPU version) is given a RPI of about 375 at ~55 Watts. If the graph is correctly scaled and can be interpreted as such, the M1 Max's GPU would at ~30 Watts roughly provide a RPI of 250, which is better than the M1 Pro, not sure though how this translated to real world scenarios.

So my final take-away in all this is that if you're keen on having the longest battery life and don't necessarily need the added performance, the M1 Pro might even be the better choice looking at those Watt figures. The M1 Pro doesn't seem to go further than 30 Watts and the 55 Watts of the M1 Max sounds about right if you simply double the M1 Pro in every aspect but keep the same amount of CPU cores (10).
 
I would keep the 10/16 cores and make it more future proof. I got the 8/14 first and canceled and upped to the 10/14. The two extra cpu cores might not make a huge difference, but if you can spend the money, why not
I would probably cancel the second one, the first one should serve your purpose. My MacBook Air M1 with 8GB is fine except when I try to open 20 tabs in Safari, it starts to struggle 😢
 
So is the new chip naming scheme to advance the number of the M every year (M1, M2, etc) and then offer a Pro and Max variation for each of them?
 
I expect to use this for 5 years+, so at a difference of a few hundred dollars per year, there is no point in risking regret. Get the max!

Also the resale value after 5 years will make up some of the difference.
 
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So is the new chip naming scheme to advance the number of the M every year (M1, M2, etc) and then offer a Pro and Max variation for each of them?

Seems that way, but we don't know if it will be every year (iPhone refreshes), or every 18 months (average iPad refreshes?), or every two years (rumored Apple silicon Mac refreshes)...?
 
If I wanted a Mac purely for Logic Pro, for music production/creation, what Mac would be best? Would I really need a Pro? Or is the MacBook Air good enough? Or even the iMac? Any thoughts would be appreciated.
 
What bothers me most is the 16 to 32 RAM upgrade price. It's the exact same as the 32 to 64 upgrade price, which hurts my brain. I know, unified architecture, not comparable with normal off-the-shelf component costs, yada yada, but still.
The actual price of the RAM chips probably has very little impact on price. The marketing team is unfortunately the ones setting the price here.
 
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Honestly most people would be well served by the M1 MBA. And 99% of people would be fine with the Pro Base Model. That said, many more people will buy the Max who will never come close to needing all of that power.

I went with the M1 Pro Base model but upped the ram to 32 and storage to 1TB which is probably overkill. I keep laptops for at least 5 years and that will be just fine for 5 years and maybe even 10.
I did this too (16 inch, 32Gb, 1Tb), but then I realised for an extra 10% in price you got 2 x increase in graphics. So I cancelled my order and order the same spect with M1 Max (32 core). My work flow is mostly CPU intensive, but i plan to use the computer for ~5 to 10 years (I’m upgrading from 2012 retina - specked out but struggling these days). The extra GPU May come in handy eventually, maybe I’ll get back into games, or video design, or VR might become a thing. Felt relieved once I made the decision (added a week to delivery time), an extra £300 over 5/10 years ain’t that much.
 
If I was buying one of these I would go with the base model 16 inch. I like the large screen. That is one thing I wish Apple would do with the Air line; have two screen sizes.
 
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I’m not a pro. I buy and sell men just like myself everyday, but I have tons of money to blow so I figure I’ll go with the max. $3500 is what I spend on aftershave in a month.
 
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I'm in almost exactly the same boat. I develop (Xcode mostly, some Visual Studio), but also more than occasional Lightroom and Pixelmator Pro editing, just not daily. And every now and then some video editing, which are mostly personal.

But do note that going for the M1 Max is not just the SoC upgrade, but also forces the memory upgrade from 16 to 32 GB. And that's another $400 extra for a total of $600 just to get the "base" M1 Max with 24-core GPU.

If I look at the SoC technical aspects, the difference between M1 Pro and M1 Max is basically: double everything except for CPU cores and depending on your option either 50% or 100% more GPU cores (16 for Pro, 24 or 32 for Max). Since memory is universal, it makes sense doubling the SoC also doubles the 16 GB RAM to 32 GB and as such also doubling the memory bandwidth from 200 to 400 GB/s.

So for that alone (more performance, headroom and future-proofing) I'm leaning towards the cheapest M1 Max option: M1 Max, 24-core GPU, 32 GB RAM, 512 GB SSD.

However, looking at Apple's GPU performance graphs between M1 Pro and M1 Max, it seems the M1 Max is potentially also much more power hungry:
M1 Pro is given a "Relative Performance Index" of about 200 which sits at ~30 Watts.
M1 Max (probably the 32-core GPU version) is given a RPI of about 375 at ~55 Watts. If the graph is correctly scaled and can be interpreted as such, the M1 Max's GPU would at ~30 Watts roughly provide a RPI of 250, which is better than the M1 Pro, not sure though how this translated to real world scenarios.

So my final take-away in all this is that if you're keen on having the longest battery life and don't necessarily need the added performance, the M1 Pro might even be the better choice looking at those Watt figures. The M1 Pro doesn't seem to go further than 30 Watts and the 55 Watts of the M1 Max sounds about right if you simply double the M1 Pro in every aspect but keep the same amount of CPU cores (10).
I thought the same thing, so rang apple sales - they said the Max didn’t effect battery life or run hotter/louder. If true, then presumably M1 Max has the same power draw until it needs more ‘umph’
 
I can't wait for a full set of benchmarks...

Once you're up to a well spec'd 32GB/2TB machine, the $200 to go to Max doesn't seem like much, and the $200 to go from 24 to 32 GPU cores doesn't seem like much. Not sure what the incremental benefits are going to be though.

It looks like the M1 Max w/ 32GB is 4 8GB RAMs, versus the M1 Pro 32GB being 2 16GB RAMs? Would this provide a CPU performance advantage for the Max over the Pro or is that extra bandwidth only really valuable when exploiting the full GPU array?
 
I generally like MR videos, but I found this one quite disappointing. It’s essentially just reading out the specs and saying the max is more powerful than the pro.
 
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I would probably cancel the second one, the first one should serve your purpose. My MacBook Air M1 with 8GB is fine except when I try to open 20 tabs in Safari, it starts to struggle 😢
I cancelled for the 3rd time.

I had initially planned for the 14” being more portable but figured in my configuration I will use it as a 2ndary screen. So 16” it is.
 
I actually wonder now; are the M1 Max and M1 Pro the same die, just with different binning?

It would make sense because you can use a lot more chips when they have that many cores and you can just disable the bad cores.
No, the Apple presentation showed images of the different dies. It would be hugely wasteful to disable half the GPU cores (good & bad) to create an M1 Pro out of an M1 Max.
 
...
Differences
....
M1 Max

  • Two ProRes encode and decode engines
  • Two video encode engines Overall, the M1 Pro is a highly capable chip and the best option for most professional workflows. The M1 Max is not uniquely specialized toward specific tasks, so M1 Pro users are not missing out on any abilities. Instead, the M1 Max is simply a more powerful variant of the M1 Pro that most users will not need....

There are some narrow unique specializations.

First, the two de/encode engines allow the M1 Max to transcode video from one format to another almost solely with fixed function logic. The first part of the transcode process is to decode data and the second part is the encode it into the new format. With one fixed function unit running decode and one unit running encode just about the whole computation workload overhead here can be offload off the P/E cores. ( this is restricted to the codec coverage the de/encoders have but it is a decently broad set. For example, a user could do ProRes RAW to ProRes 442 )

There is a decent chance Compressor has been optimized to do this. ( Pretty sure "amazing transcode" was mentioned briefly during the keynote. )

The M1 Pro can't do that ( P cores would get looped into either en/decode ) . It isn't a huge variety of workloads, but it also isn't none either.

Second, RAM capacity does enable some tasks. Model a 40GB 3D model.
 
I thought the same thing, so rang apple sales - they said the Max didn’t effect battery life or run hotter/louder. If true, then presumably M1 Max has the same power draw until it needs more ‘umph’

There is no way that is true. The sales rep is probably reading the tech specs page. For watching video there is no difference in large part because none of the CPU or GPU cores have anything substantial to do with that. The "wireless web" metric is another one of those "one P core and two E cores " tasks that won't drive a difference.
Neither one of those will are likely to activate the fans either. These are just relatively super lightweight loads.

Stating they are equal on super lightweight loads is deceptive. If decoctive more of the larger SoC then they will be about equal. But if light up both dies there is no way they are consuming the same power.


The core issue is Apple has no standard battery life metrics that actually loop in the sustain active cores in large numbers. There has to be a gap if the fans kick in. Apple's own graphs so that when fully active the Max consumes more power than the Pro. At fully activity, the fans will kick in ( further consuming battery ). Fans dispensing 50W versus 30W is going to drive a difference.

Same thing with Screen size. There are just more transistors and LEDs in a 16 screen than a 14. Same impact on the bigger SoC.



P.S. If constantly running limited workloads so never "light up" the Max portion of the SoC that is different from the Pro SoC then there is really no good reason to buy billions of transistors have little to no intention of using.
 
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