Kills the battery faster. Increased heat shortens life of machine too. Day to day you’ll see little difference. 16GB ram will benefit you more.
Waste of money as you already have an m3. Day to day little difference
This is our test of repeated runs of Cinebench. Run number on X-axis and Cinebench score on the Y-axis.
https://forums.macrumors.com/thread...uns-of-cinebench.2073415/page-2#post-25271927
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It's explained in the thread.I'm so lost. What is m3 wood vs m3 granite? The one I'm using is space grey
And it seems like the m3 outperforms the i5? The granite one?
It's explained in the thread.
I tested the m3 on two different surfaces. Wood was on a wood table (insulator). Granite was on a granite counter (heat sink). On a regular wood table, the m3 does slightly worse than an i5, but the m3 on granite does slightly better than that same i5 score.
Ironically though, in this early Geekbench 5 chart, the i7 actually does worse:
https://browser.geekbench.com/mac-benchmarks
View attachment 856601
I decided to look up the highest multi-core scores for each model. Here are those multi-core scores, with their accompanying single-core scores.macbook 12” i7 on my machine gave a single core score of 851, and multi core score of 1751 on Geekbench 5, with the multi core score being higher than the m3 and i5 scores on that chart. I wonder if whoever submitted the one on that list had theirs cpu already under heavy throttle.
I had an m3 16gb and now I have an i7 16gb... most of the time I feel that the m3 was faster because if you're doing any kind of work on the i7 that will make use of the processor for longer than like 30 seconds at a time - it will heat up and then throttle down slower than the m3. I regret switching.
I could possibly see this if you were doing transcoding or some other work that pegs the CPU at 100% for an extended period. But then a MacBook probably isn't the best solution here as it has no active cooling...That is not consistent with EugW's graph in post #6.