So my old fats Toshiba laptop with Windows XP from the year 2003 has Intel Pentium with 1.60 GHz 1 Kernel, graphics chip I do not know but he has definitely 64MB graphics memory, 1GB Ram and CPU he needs fan. So there's Need For Speed Underground 2 in 15 FPS, if I'm lucky I get 30 to 40 FPS and the lowest graphics setting. And when playing the fan is loud and sometimes laptop is hot, so I do not trust much too long to gamble.
Then my Windows 10 tablet is much slimmer, does not need a fan and has Intel Core M3 processor with 4 Kernel, 4GB Ram, Intel HD Graphics with total memory available 2GB and there runs Need For Speed Underground 2 soggar with Maximum Grafikkeinstellung much better than Windows XP laptop. Because I can comfortably play fluently with 60FPS without that is the only lag can determine. And the best thing about this tablet is 100% clear even without a fan.
And now my question: How can it be that despite running such a slim Windows 10 Tablet without fan Need For Speed Underground 2 much better than the fat Windows XP laptop with fan?
It just depends on the size, at least for computer hardware.
Hardware is becoming smaller and smaller and more efficient, as are the cooling methods. Therefore, it is possible to make laptops thinner and thinner and to run through power saving laptops.
The hardware you have listed is already clearly an indication that NFS has to run much better on the new notebook!
For one, the old has very little memory. Ram and probably too little on C:
It should like to have 20 GB of free memory on C: so win is running smoothly.
High speed fans… The CPU gets too hot. Use a long-bristle paintbrush to clean the fans and heatsink. Blow everything properly. Then the cooling goes again.
Win xp, I would not blame.
But 1Gb ram is also extremely low. 4 may like it. Cost you 2 x 2 modules. Used about 15 euro. Order for security from the dealer specifying the motherboard.
Your tablet is just a lot newer and therefore has the better hardware installed. Since 2003, the devices have also generally shrunk, as cooling and other things have been made more efficient.
