Earlier quoted context omitted.
my tinfoil-hat theory is that on each OS iteration Apple adds a new feature that leverages the latest chips hardware acceleration features and for older chips they do software-only implementations. they ship-of-thesseus the crap out of their OS but replacing with parts that need these new hardware features that run slow on older chips due to software-only implementations. I got the first generation iPad Pro, which is…
I have the 4th gen (2020) iPad Pro with the A12X Bionic, the same chip they put in the Apple Silicon transition dev kits. With iPadOS 26 it's become barely usable, despite still being performant as ever on iPadOS 18. I'm talking huge drop in performance, stutters and slow downs everywhere. I was considering just replacing the battery and keeping it for several more years but now I feel forced to upgrade which has me…
Apple M5 chip
821–830 of 1001 posts
Re: Apple M5 chip
#822Earlier quoted context omitted.
The Broadcom WiFi support 320Mhz while N1 is stuck with 160Mhz. There were report of N1 not supporting 4096 QAM as well but I didn't check.
Does it? If it’s the same WiFi chip used in other M4 Mac’s then it’s still limited to 160MHz: https://support.apple.com/en-gb/guide/deployment/dep268652e6...
Re: Apple M5 chip
#823Re: Apple M5 chip
#824Earlier quoted context omitted.
Let's see if I can turn this into an ASCII table and have it survive HN's reformatting. +------+------------------+--------------+----------+----------------+-------------------+-------------------+---------------------------+ | Chip | Process | CPU Cores | GPU | Neural Engine | Memory Bandwidth | Unified Memory | Geekbench6 (Single/Multi) | +------+------------------+--------------+----------+----------------+------…
Or to fit in a narrower window: Chip | Process | CPU | GPU | Neural | Memory | Unified | Geekbench6 | | Cores | | Engine | Bandwidth | Memory | Single / Multi -----|---------|-----------|------|---------|-------------|---------|---------------------- M1 | 5 nm G1 | 8: 4P+4E | 7–8 | 16-core | 68.25 GB/s | 16 GB | 2346 / 8346 M2 | 5 nm G2 | 8: 4P+4E | 8–10 | 16-core | 100 GB/s | 24 GB | 2586 / 9672 M3 | 3 nm G1 | 8: 4P…
Re: Apple M5 chip
#825"When compared to Intel-based systems, it delivers up to 86x faster AI performance" I'm imagining the engineers responsible for running the tests finely tuning the test suite for days and days so they could get that number into the press release, lol. There's no way that's a coincidence and someone definitely advocated for that line being the way it is. https://www.apple.com/newsroom/2025/10/apple-unveils-new-14-...
I'm quite upset I have nobody I know in real life who will appreciate this line.
Re: Apple M5 chip
#826Earlier quoted context omitted.
my tinfoil-hat theory is that on each OS iteration Apple adds a new feature that leverages the latest chips hardware acceleration features and for older chips they do software-only implementations. they ship-of-thesseus the crap out of their OS but replacing with parts that need these new hardware features that run slow on older chips due to software-only implementations. I got the first generation iPad Pro, which is…
At some point you have to use the new features available to you. That's not really tinfoil, just progress, and how all tech works no.
Re: Apple M5 chip
#827> Performance tests are conducted using specific computer systems and reflect the approximate performance of MacBook Pro.
Re: Apple M5 chip
#828Earlier quoted context omitted.
Or to fit in a narrower window: Chip | Process | CPU | GPU | Neural | Memory | Unified | Geekbench6 | | Cores | | Engine | Bandwidth | Memory | Single / Multi -----|---------|-----------|------|---------|-------------|---------|---------------------- M1 | 5 nm G1 | 8: 4P+4E | 7–8 | 16-core | 68.25 GB/s | 16 GB | 2346 / 8346 M2 | 5 nm G2 | 8: 4P+4E | 8–10 | 16-core | 100 GB/s | 24 GB | 2586 / 9672 M3 | 3 nm G1 | 8: 4P…
the narrow window view is appreciated given the increased indent level of your comment
Re: Apple M5 chip
#829A lot of Apple hardware is impressive on paper, but I will never buy a Mac that can't run Linux. I simply don't want to live in Apple's walled garden. Then there is the whole ARM vs x86 issue. Even if a compatible Linux distro were made, I expect to run all kinds of software on my desktop rig including games, and ARM is still a dead end for that. For laptops, it's probably a sensible choice now, but we're still far f…