you also have to keep in mind, the client that purchases cutting edge nodes first is apple. AMD only currently uses it for Zen 5c, and Qualcomm uses it for snapdragon elite/8 gen 4. mobile usally always gets them for efficiency reasons(and better yields due to smaller dies). other markets have historically been a node behind already (e.g despite the 9800x3d being new, its only a N4 die with a N6 io die)

early zen werent performant in lower core count loads, but were extremely competitive in multi core workloads, especially when performamce per dollar was added into the equation. even if one revisits heavy multi core workload benchmarks, they faired fairly well in it. its just at a consumer level, they werent up to snuff yet because in gaming, they were still stuck with developers optimizing for an 8 thread console, and for laptops amds presence was near non existant.

the main benefit on the performance increase from zen4 to zen 5 is the reordering of the cache and chip layers allowed them to clock the cores higher, as one of the biggest bottlenecks for older x3d designs was clocks, due to the chip internally insulating a lot of the heat, so their clocks were stepped back from their non x3d counterparts.

the 9800x3d base and turbo clocks are a generous step up from previous gen, and likely the biggest contributing factor to the performamce increase when reviews drop.

the body at times is such a rudimentary way of regulating health, as increasing your body temperature to destroy the infection is like the emergency button

if you live in the bay area, youd understand who works in tech, and whose a tech bro, very easily.

linux has 2 really good target audiences people using it as a near chrome book like experience, and ultra advanced users who want fine control of the system.

its everyone else in the middle that needs to play how much do i have to tweak in order to do what I want.

Part of the reason why when people were saying they wanted competition to unseat x86, I didn’t want it to be ARM based, because I knew 100% that ARM would jump in and do some shit to rake in more profit and negate all the potential cost savings to the consumer. As long as theres a single(or in the case of x86, essentially (but technically not) duopoly) that controls all the options for one of the options, then it’s not a good form of competition.

they do compete, its just users weigh DLSS and Raytracing far more than they should, and devalue VRam in long term situations

for example a 7900 GRE cost about the same as a 4070, but more people will buy the 4070 regardless

its not all, but most devs just tick the box to implement the steam DRM so it feels like all because barely anyone checks if it does or not.

the reason people use it is because theyre educated in the skillset, and likely use it for work because their workplace mandates it.

not everyone is a freelance artist/video editor. Those have much more freedom on their tool choices.

have you seen the sharp decline of fossil fuel based energy in some locations? The whole point in the necessary move for a battery storage in the long term is to minimize the requirement to boot up gas facilities after work hours, where peak power usage happens and solar is minimum.

The problem with global usage is poorer nations cannot afford to switch off dirty energy, and richer nations have a harsh post work hour usage. Lowering usage doesn’t fix the problem that there are dozens of countries that will still continue to burn dirty till some country invests in a cleaner option.

put in perspective, even though China and the US has the most power consumption, unlike GDP, it doesn’t take that many more countries after them to equate how much power they consume. So unless theres a global shutoff of power (which on its own, will have a plethora of long lasting problems if everything just shuts down), the best solution is to swap the type of energy that generates the most heat/green house gasses out.

we’re basically hoping the massive push to batteries/Solar by both China and the U.S is successful in the next decade as they are the countries with the highest KW/h usage to lay a gameplan to get neighboring countries to do the same if it proves to be fruitful.

NAND density is always useful for the ultra portable end, be it used in applications like phones, portable gaming devices, microcontroller boards and such, where space or pci-e lanes is often the limiting factor. when the capacity of nand grows, options become better, as nand usually doubles in capacity per chip.

parking lots would require the government to own said parking lots. its why you often see them at schools (because its government funded)

think of it similar to consumer examples like adobe products. there are a lot of people/industries tied to it where they can start to charge ludicrous prices. while there are alternatives, there is also a cost attached to retooling and retraining people with the new tech.

that requires changing the political opinions of people due to usps being a governmental service.

thr manifest v3 version is basically ublock origin lite, whoch has extremely limited control of what you can and cant do.

well its usually not in your basement, but should be outside in a home sized battery cage (similar to those used in parking lots to charge EVs). in a more ideal time period, itll just be another external installment like outdoor AC units. to get there, home energy storage has to get cheap enough so that people installing solar at home also opt for energy storage.

one of the big problems EV have is most charge at home at night when peak usage is at instead of the most opportune time, which is when the sun is up during working hours. Its why theres a movement to install charging stations at workplace buildings as a benefit to workers (no longer pay for “gas”). If the average home user had a battery wall, then you can just circumvent that problem alltogether.

not saying they wont be used of course, just less optimal because the size and characteristics of the battery may be less ideal. for example, while salt ion batteries wear level decreases at a slower rate than Lithium ion based batteries, when salt ion batteries go bad, they suddenly stop working (e.g goes from a wear level of say like 60% to almost immediately zero) which is not the ideal situation to be in

its why their main benefit is cost and safety. for power storage in a standing field or wall density isnt as important compared to for mobile usages (EVs) so sodium based batteries make more sense.