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First M3 benchmarks show big speed improvements over M2

Apple revealed the next generation of Mac processors

Last updated

At its event on Monday evening, Apple unveiled the M3, M3 Pro, and M3 Max chips, and recent benchmark tests have provided data to support Apple's claims for speed.

Apple revealed the new M3 chip series at its "Scary fast" event on Monday, which was centered around the Mac. Before the initial orders reach customers next week, preliminary benchmark results will offer further insights into the M3 processor's performance.

Apple states that the entry-level M3 chip has an 8-core CPU that performs up to 35% quicker than the M1 and 20% faster than the M2. Additionally, its 10-core GPU is as much as 65% speedier compared to the M1 and about 20% faster than the M2.

New figures in the Geekbench database corroborate what Apple has asserted. For example, a Mac with an Apple M3 processor shows a score of 3,030 for single-core performance and a multi-core score of 11,694.

The data shows that the M3's performance metrics are notably higher than its predecessors. Specifically, a listing for an M1 iMac shows scores of 2,334 and 8.317 in single-core and multi-core performance, respectively.

Additionally, a Mac mini with a CPU of eight cores scored 2,631 and 9,742 in core performance.

While benchmark scores may not always accurately reflect performance in everyday use, they do offer a valuable means of verifying some of Apple's statements regarding performance improvements.



32 Comments

timmillea 16 Years · 248 comments

5nM/3nM = 1.6 recurring, suggesting a move from the 5nM process to the 3nM process would yield a 67% improvement in speed/power ratio. We are not seeing that.

If you delve into the TMSC public documentation on their timelines, we see it is far more complicated than the headline figures suggest. The current "3nM" process as advertised by Apple for both their A17 series and M3 series is merely a stepping stone from the previous "5nM" process, which also is not what its name says. There are probably two more generations of SOCs, As and Ms, before we actually arrive at something that can truly be called 3nM. By then, the talk will be about "2nM". 

I am happy with my M1 MBA 16GB/2TB until at least the M5 comes along. 

chadbag 13 Years · 2029 comments

timmillea said:
5nM/3nM = 1.6 recurring, suggesting a move from the 5nM process to the 3nM process would yield a 67% improvement in speed/power ratio. We are not seeing that.

If you delve into the TMSC public documentation on their timelines, we see it is far more complicated than the headline figures suggest. The current "3nM" process as advertised by Apple for both their A17 series and M3 series is merely a stepping stone from the previous "5nM" process, which also is not what its name says. There are probably two more generations of SOCs, As and Ms, before we actually arrive at something that can truly be called 3nM. By then, the talk will be about "2nM". 

I am happy with my M1 MBA 16GB/2TB until at least the M5 comes along. 

Not sure why you think gang speed or performance is exactly a match to the size.  It’s probably a much more complicated picture. 

canukstorm 11 Years · 2744 comments

By the looks of it, the M3 is faster than the base M1 Pro model, and about just as fast as the M2 Pro base model in multicore.  That's impressive

tskwara 14 Years · 10 comments

timmillea said:
5nM/3nM = 1.6 recurring, suggesting a move from the 5nM process to the 3nM process would yield a 67% improvement in speed/power ratio. We are not seeing that.

Not accounting for other changes and just looking at the size reduction ratio alone, I think the math would suggest that 3nM is a 40% reduction of 5nM, so maybe a 40% increase in speed?