>Today, we're lucky to get a 15% gain in two years.
The 2012 MacBook Pro 15-inch I'm typing this on is about 700 on Geekbench single-core, while the 2019 16-inch is about 950. 35% "improvement" in seven years!
M1 13-inch is 1700 on single-core, which is why I hope to upgrade once the 16-inch Apple Silicon version comes out.
>The "one-trick ponies" help narrow the "apparent performance" gap, but by definition, are implemented out of desperation.
I don't think that's right. x86 hit an apparent performance barrier in the early 2000s, with the best available CPUs being Intel Pentium 4 and AMD Thunderbird, both horribly inefficient for the performance gains they eked out; those were very much one-trick ponies created from desperation. It took a skunkworks project by Intel Israel, which miraculously turned Pentium III into Core microarchitecture, to get out of the morass. Another meaningful leap occurred when going from Core Duo to Core i, but the PC industry has been stuck with Core i for almost a decade.
We've finally smashed past this with Apple Silicon, but it is certainly not a one-trick pony; Apple could sell it to the world tomorrow and have a line of customers going out the door, just like it could have sold the A-series mobile processors to rivals. AMD Ryzen isn't quite the breakthrough Apple Silicon is, but it is good enough for those who need x86.
Apple's M1 is a good processor, but the only reason it "smashed past" previous macbook single core results is apple was using older Intel lower powered processors.
It is not twice as fast as even mobile x86 stuff, as much as people seem to want to think otherwise.
Anecdata of one, but compiling our product at work on my three machines (a 2019 intel macbook pro, a 2020 10 core intel imac and an m1 mac mini), the macbook pro is the slowest, but the imac isn’t that much faster than the mini. it’s something like:
Where the M1 really blows any other CPU away is single-threaded performance; multi-threaded performance is just normal. So it's not surprising that it's not faster than your 10-core iMac when compiling (which I assume is using 100% of every core).
In fact, given that the M1 is an 8-core CPU and your iMac has a 10-core CPU, the fact that they take 5 and 4 minutes respectively to compile seems to indicate that they're fairly similar in multi-threaded performance (and the iMac wins only because it has more cores).
The 2012 MacBook Pro 15-inch I'm typing this on is about 700 on Geekbench single-core, while the 2019 16-inch is about 950. 35% "improvement" in seven years!
M1 13-inch is 1700 on single-core, which is why I hope to upgrade once the 16-inch Apple Silicon version comes out.
>The "one-trick ponies" help narrow the "apparent performance" gap, but by definition, are implemented out of desperation.
I don't think that's right. x86 hit an apparent performance barrier in the early 2000s, with the best available CPUs being Intel Pentium 4 and AMD Thunderbird, both horribly inefficient for the performance gains they eked out; those were very much one-trick ponies created from desperation. It took a skunkworks project by Intel Israel, which miraculously turned Pentium III into Core microarchitecture, to get out of the morass. Another meaningful leap occurred when going from Core Duo to Core i, but the PC industry has been stuck with Core i for almost a decade.
We've finally smashed past this with Apple Silicon, but it is certainly not a one-trick pony; Apple could sell it to the world tomorrow and have a line of customers going out the door, just like it could have sold the A-series mobile processors to rivals. AMD Ryzen isn't quite the breakthrough Apple Silicon is, but it is good enough for those who need x86.