I understand I may not see a major jump but curious if there’s a jump at all or if it’s the same processor speed in terms of benchmarks like the graphs they showed for the 10-core.
Let’s take a look at the graphs and info shown during the Apple event:
M1 8c CPU: 4 performance and 4 efficiency cores (performance: 100)
M1 Pro 8c CPU: 6 performance cores and 2 efficiency cores (performance: not disclosed)
M1 Pro/Max 10c CPU: 8 performance cores and 2 efficiency cores (performance: 170 or up to 70% faster)
If increasing the performance cores from 4 to 8 (100% more) gains up to 70% better performance, we can assume increasing the performance cores from 4 to 6 (50% more) gains up to 35% better performance.
To put this in perspective, let’s say opening a Word document on the M1 Air takes 3 seconds, it would take (3/1.7) at best 1.8 seconds on the 10c M1 Pro/Max and (3/1.35) at best 2.3 seconds on the 8c M1 Pro. Note: this assumes all performance cores are used, if Word uses a single performance core or an efficiency core when opening a document, then the performance will be exactly the same.
So for light use it doesn’t make that much difference and likely not a difference at all. It will be noticeable on more intensive medium to long lasting tasks as well as GPU intensive tasks (we’re comparing the CPU now).
However, you get less battery life: up to 15 hours for the M1 Air and up to 11 hours for the MBP 14 inch with the M1 Pro.
The MBP 14 inch is also much more expensive than the M1 Air ($1999 vs $999).
Thus, in my opinion for light tasks upgrading would do more harm than good.