ITT: We find examples of (((Planned Obsolescence))) and ways to avoid it
Some obvious examples;
SSDs
Limited read-write cycles. Keep buying more goyim. Stick with HDDs instead
>but muh speeds!
>What are HDD/SSD hybrids with fast cache
OLED Screens
Great contrast ratios right? Too bad they fade over time, on the magnitude of less than a decade, and has burn-in much worse than even CRT
Solution; Just use LCD panels, even if the LED backlight dies on an LCD at least you can still use it
32-bit time_t on Android devices with 64-bit processors
A lot of budget phones with 64-bit processors are still ran in 32-bit mode, making them prone to the 2038 bug. Android has been known to completely brick as a result as some recovery-mode kernels keep time synced with the main kernels and most time software on default Android roms usually stop counting time past 2036.
>B-but who the fuck keeps their phones for 20 years?!?
Not the point, it would be nice for my technology to not have fucking countdown timers on them. Unfortunately the only solution is to shell out for a flagship phone. Even on flagship phones the stock ROM only keeps time to 2036 as a result of lazy porting even if the kernel is in 64-bit mode with appropriate libraries. Custom ROMs like LineageOS fix this however
Lithium-ion batteries
This one is obvious. We have superior battery technologies in the development stages but they're not getting proper funding for ((obvious reasons)). John Goodenough, the inventor of the original litho-ion battery, for example, has several superior battery designs such as the Glass Battery, Sodium-ion battery, and even Potassium-ion battery
No avoiding these unfortunately. Just get those other batteries funded. Elon Musk was no doubt lobbied by his Semitic masters to invest so much in litho-ion shit. Musk isn't stupid, surely he was aware of the superior alternatives