

I think iPhones have one of the best iFixit repairability scores among popular smartphones. The current iPhone 16 Pro scores 7/10, while the Pixel 9 Pro and S25 Ultra only achieve 5/10. Parts - first or third party - are broadly available.
I think iPhones have one of the best iFixit repairability scores among popular smartphones. The current iPhone 16 Pro scores 7/10, while the Pixel 9 Pro and S25 Ultra only achieve 5/10. Parts - first or third party - are broadly available.
Neither are “normies” “ready” for degoogled Android.
Speculative execution seems to be the source of a lot of security flaws in many different CPUs. CPU manufacturers seem to be so focused on winning the performance race that security aware architecture design takes the backseat.
Also, it’s more and more clear that it’s a bad idea that websites can just execute arbitrary code. The JS APIs are way too powerful and complex nowadays. Maybe websites and apps should’ve stayed separate concepts instead of merging into “web apps”.
I also wonder if it’d be possible to design a CPU so vulnerabilities like these are fixable instead of just “mitigable”. Similar to how you can reprogram an FPGA. I have no clue how chip design works though, but please feel free to reply if you know more about this.
Sounds about right. There are some valid and good use cases for “AI”, but the majority is just buzzword marketing.
Other manufacturers did/do parts pairing as well.
Apple also removed a couple of roadblocks for third party parts and you can pair replacement parts on device now.
Is it perfect? No. My point is simply that most other major smartphone manufacturers are no better (remember Google’s Pixel 4a battery performance program?). But around these parts people seem to be prejudiced and maybe have outdated information. I just feel like it’s more of a “pick your poison” instead of a “grass is greener on the other side”.