It’s okay. Not particularly brilliant but it will run. I’m 80% sure that ram is the big thing that makes it feel responsive. My dad’s PC runs windows 11 but is a 2nd gen i5 Sony AIO. 2c4t, an aging 5400 rpm laptop hdd, and 8 gb of ram. It’s usable enough for his usecase.
My friend has a quad core Celeron (n4020) laptop with 64 gb of emmc and 4 gb of ram. It’s usable. She can play the Sims on it.
Some HDDs are “hybrid”: they have a sizable amount (~8-16 GB) of SSD storage that the drive firmware stores the most often accessed blocks, rest is accessed from usual spining rust. You may have that kind of HDD.
It’s okay. Not particularly brilliant but it will run. I’m 80% sure that ram is the big thing that makes it feel responsive. My dad’s PC runs windows 11 but is a 2nd gen i5 Sony AIO. 2c4t, an aging 5400 rpm laptop hdd, and 8 gb of ram. It’s usable enough for his usecase.
My friend has a quad core Celeron (n4020) laptop with 64 gb of emmc and 4 gb of ram. It’s usable. She can play the Sims on it.
An SSD will make a huge difference
I agree but idk what the hell Hitachi did with that hdd. It is the most responsive hdd equipped machine I’ve used.
I might also shove 16 gb into it but idk if it will boot with 16 gb. It’s also from Sony so idk if I can find an up to date bios for it.
Some HDDs are “hybrid”: they have a sizable amount (~8-16 GB) of SSD storage that the drive firmware stores the most often accessed blocks, rest is accessed from usual spining rust. You may have that kind of HDD.