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).