What?smart people have already addressed this. 2 128 GB SSD have faster speeds than 1 256 GB. so chip shortage results in lower speeds. How come no one mentions that even with the 1 chip solution it is still way faster than the crap Dell uses?
What?smart people have already addressed this. 2 128 GB SSD have faster speeds than 1 256 GB. so chip shortage results in lower speeds. How come no one mentions that even with the 1 chip solution it is still way faster than the crap Dell uses?
You are not concerned that the upgrade to last year’s model actually has lower performance?I’m not blaming anyone, but the typical user of the base config is probably using browser and office type apps - what is the real world impact on those use cases?
This actually looks like somebody screwed up. No one wants a **** storm, and that's what this looks like.
You will be once they invent the Star Trek transporter!unlikely. you can’t add a 2nd ssd chip in an update.
What bugs me is that the article headline uses the term “real world” when clearly the example is not “real world”, show me how browser performance, opening an excel file or such is impacted - that would be “real world” for that config.You are not concerned that the upgrade to last year’s model actually has lower performance?
Shocked that people defend Apple on here? Have you ever been to these forums? XDI am shocked that there are people defending Apple in this situation, especially since the m2 macbook pro is literally 250 dollars more expensive than the m1 was outside in the US
I’m gonna guess that Apple didn’t mess up, they got the SSD module that they could.
Apple cares.View attachment 2023996
Personally, I'm more interested in how Apple's marketing team will spin this into a positive statement. Today is the day they earn their pay. 😄
Tja, as we say in German, you gain from the improved video engine and loose it all on the SSD … why would they improve on processor tech and regress on the SSD
Benchmark testing has indicated that the 256GB variant of the 13-inch MacBook Pro with M2 chip offers slower SSD performance than its M1 equivalent, and now real-world stress testing by YouTuber Max Yuryev of Max Tech suggests that the 256GB SSD in the 13-inch MacBook Pro is also underperforming in day-to day-usage.
The M2 MacBook Pro with 256GB SSD and 8GB RAM was slower than the M1 MacBook Pro with 256GB SSD and 8GB RAM across multiple usage tests involving Photoshop, Lightroom, Final Cut Pro, multitasking, and file transfers. In a multitasking RAM test, the M1 consistently loads content faster with multiple apps open, and in a 50 image export test in Lightroom with apps open, the M1 was again quicker. It was able to export 50 images in 3 minutes and 36 seconds, while the M2 took 4 minutes and 12 seconds.
In these tests, the built-in 8GB unified memory of the MacBook Pro is being used by various processes, with the machine using the SSD for virtual memory. The virtual memory swapping results in slower system performance overall.
These results were consistent across all of the performance stress tests done by Max Tech, and benchmark tests conducted by Max Tech on Saturday demonstrated the same discrepancy. The M2 MacBook Pro's read speeds appear to be around 50 percent slower, while the write speeds appear to be around 30 percent slower.
Max Tech attributes this performance difference to Apple's choice of NAND flash storage. In the M2 MacBook Pro, there is a single 256GB NAND flash storage chip, while the M1 MacBook Pro has two NAND chips that are likely 128GB each. Multiple NAND chips allow for faster speeds in parallel, which could account for the M2's seemingly disappointing performance.
- 13-inch MacBook Pro (M1/256GB) Read Speed: 2,900
- 13-inch MacBook Pro (M2/256GB) Read Speed: 1,446
- 13-inch MacBook Pro (M1/256GB) Write Speed: 2,215
- 13-inch MacBook Pro (M2/256GB) Write Speed: 1,463
Slower SSD performance appears to be limited to the 256GB version of the 13-inch MacBook Pro, as higher capacity machines have not demonstrated the same issue. Potential MacBook Pro buyers should be aware of this performance problem as it could impact purchase choice.
It is not clear why Apple opted for a different NAND chip setup in the M2 MacBook Pro, and further testing is required to determine just what is going on. Apple has not responded to our requests for comment as of yet, but we will update this article if we hear back.
Article Link: M2 13-Inch MacBook Pro With 256GB SSD Appears Slower Than Equivalent M1 in Real-World Speed Tests
They were thinking: "We looked at who actually bought the entry level first gen version of this product, and absolutely no one was doing a significant amount of exporting of Photoshop images."This doesn’t make sense. Wtf was Apple thinking?
My kid was a student in an arts college, and the college told them exactly what to get, minimum requirements. And it was far from the entry level.Maybe a student?
What is so undependable about SSD R.W speeds, compared to only a few years back it only recently that we are seeing significant improvements. With any design that tends to allow a lot of latitude with how the laptop is configured its up to you to find out what best, not view the base model as all you need.So disappointing to see Apple's software & now hardware to be so undependable with reasonable expectations. When I bought my first device, the 5C, everything worked as announced & expected. Now updated software is a crap shoot & an investment in new hardware seems not to be silicon being built off of the technological successes of past generations.
Well, yeah but wouldn’t it have been a better move to delay the release with an explanation of the value of waiting?I’m gonna guess that Apple didn’t mess up, they got the SSD module that they could.