Its a 10 years old toshiba laptop, Like that the requirements of windows 11 meaning it will shows and requires? thanks for ur replies!
Not correct. The throughput a CPU achieves is not just a multiplication of cores and clock speed. That is why there are multi-threaded benchmarks. This allows actual comparisons of CPUs.Correct or not?
Yh, it's slow not much, like when u create folder and open icons u know because Microsoft have added lots of stuff to its windows since windows 8 and 10 came to market like settings now they add more customized options like when u right click on new folder and desktop to change wallpaper so yh that's why they increased the requirements for directx display 2.0 wddm atleast it requires instead 1.0 like 7 8 and 10 does!That laptop is not compatible with Windows 11.
Windows 11 may work anyway but it will be slow - I wouldn't recommend it.
And sometimes the CPU makes sounds it blows too because it's running on 2ghz processors with 2 cores obviously windows 11 requires 2 cores with 1 ghz processor because!windows 11 is designed to run on new hardware and not 10 year old stuff. you'll not get drivers for it so you won't even get to use all the features anyway most likely.
you can probably get win 10 running on and it and should work with that until you can get a new system that will run win 11.
honestly there is nothing in win 11 that makes it better over win 10 anyway. it's mostly just cosmetic changes so you are not losing anything with using win 10. theough i'd personally put win 7 on it and never look back
Yes, u r right, better to go back to windows 7 home basic or enterprise or switch to windows 7 embedded edition more faster on my PC and i exprienced some sound buggness and while browsing youtube and other stuff like gmail on ms edge while I'm screen recording on windows 11 that's another point to switch back to windows 7 from 11 thanks alot u full of taste for ur advice!windows 11 is designed to run on new hardware and not 10 year old stuff. you'll not get drivers for it so you won't even get to use all the features anyway most likely.
you can probably get win 10 running on and it and should work with that until you can get a new system that will run win 11.
honestly there is nothing in win 11 that makes it better over win 10 anyway. it's mostly just cosmetic changes so you are not losing anything with using win 10. theough i'd personally put win 7 on it and never look back
And speaking of windows 10 I will never install it on my laptop again because it's very slow it popped my heart and made me crazy yh it's more slower than windows 11 I'll never install windows 10 ever again on my laptop it requires lots of cpu features check windows 10 system requirements on wikipedia u know what I'm talking about and windows 8.1 gave me bsod even when it boosts idk why because yh incomptabible drivers and not support to my laptop and cpu because!windows 11 is designed to run on new hardware and not 10 year old stuff. you'll not get drivers for it so you won't even get to use all the features anyway most likely.
you can probably get win 10 running on and it and should work with that until you can get a new system that will run win 11.
honestly there is nothing in win 11 that makes it better over win 10 anyway. it's mostly just cosmetic changes so you are not losing anything with using win 10. theough i'd personally put win 7 on it and never look back
Yes, Makes Sense!Regarding the question in the topic, the answer is no, it does not work that way. I can provide a simple explanation:
Say you have a quad core processor running at 2.0GHz and a single core processor of the same design running at 8.0 GHz. You give both processors four tasks that take 1, 2, 3, and 4 seconds to complete. The run time is:
This ignores latency with memory transfers and task switching, but those are likely not enough to matter.
- Quad core: 4 seconds to complete everything
- Single Core: (1 + 2 + 3 + 4) / 4 = 10 / 4 = 2.5 seconds to complete everything
The only time the quad core can match the single core speed is if all of the tasks have the same run time.
EDIT: Regarding hardware requirements for running software, being vague about it also doesn't help convey the fact that CPUs over the years have gotten better single-core performance. A 3.8GHz Pentium D can't hold a candle against a Core 2 Duo clocked at say 2.2GHz. However It's not as dramatic as it was over the last decade, with the exception of Zen from Bulldozer, but the difference between Sandy Bridge and Rocket Lake is still pretty significant.
Regarding the question in the topic, the answer is no, it does not work that way. I can provide a simple explanation:
Say you have a quad core processor running at 2.0GHz and a single core processor of the same design running at 8.0 GHz. You give both processors four tasks that take 1, 2, 3, and 4 seconds to complete. The run time is:
This ignores latency with memory transfers and task switching, but those are likely not enough to matter.
- Quad core: 4 seconds to complete everything
- Single Core: (1 + 2 + 3 + 4) / 4 = 10 / 4 = 2.5 seconds to complete everything
The only time the quad core can match the single core speed is if all of the tasks have the same run time.
EDIT: Regarding hardware requirements for running software, being vague about it also doesn't help convey the fact that CPUs over the years have gotten better single-core performance. A 3.8GHz Pentium D can't hold a candle against a Core 2 Duo clocked at say 2.2GHz. However It's not as dramatic as it was over the last decade, with the exception of Zen from Bulldozer, but the difference between Sandy Bridge and Rocket Lake is still pretty significant.
Maybe next time I should do this: of the same designthis is assuming both of these cpu's have the same IPC. which is ONLY the case if they are both the from the same company, same generation, and same architecture. so the numbers may look good, this is kind of misleading overall.
for instance the 8 core amd FX series from years ago would oc to over 5 ghz long before intel could do it. but the intel chips of the time would outperform them by a long shot at around 4 ghz and only 4 cores. the reason was the terrible IPC the fx series had vs what the intel chips of the time could do. it's hard for some to understand or accept, but you really have to ignore speed unless it is a direct comparison of the same cpu. otherwise it does not tell you very much at all.
a stock speed cpu vs the same cpu overclocked is a good comparison of what speed means. but between 2 different chips it is not that telling.