QUOTE(skylinelover @ Sep 19 2017, 08:40 AM)
hahahaha i using 250gb more than 2 years already and still feeling itchy in shooting up 1TB

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if you need to, just do it
i have systems running full-ssd and ramdisk setups for years (ramdisk is for downloads). their performance are still optimal (now these ssds are all over the warranty period already haha)
QUOTE(jimlim007 @ Sep 19 2017, 12:05 PM)
I always asked a question, why a 7 gram nvme ssd module (memory, pcb, controller) is expensive than a conventional solid metal heavy hdd (vacuum process, metal case, plates, read header, weight of shipping cost, etc)..... hahaha; simply they earn ton of money in SSD
the answer lies in the perspective of performance, not weight. no one, if they had the chance, wanna run a slow system. (it's a cheap way to revive old computers. you can make an old i3 laptop with 8gb ram to response much faster than an i7 laptop with 16gb ram and 1tb hdd; this was a self test that i did a long time ago; it still holds true today)
of course these companies earn money. it's a business. it's not 'simply' either. new technologies don't just come out of nowhere. they require r&d, and r&d need costs. i just don't like the idea of them purposely created a demand and supply scenario that is only beneficial to themselves. (samsung and crucial do this; sk hynix doesn't, yet)
the bottom line is this: there is no need to have a full-ssd setup unless you can make use of its performance (e.g. for work purposes with frequent high work loads). a more practical option so far is always mixed mode: ssd for os at least, and hdd for data and downloads. for this, you just need a small sata3 ssd, and your system supports sata2 and ahci. the difference in user experience is night and day. (120gb if your budget is tight; optimally 240gb or above)
This post has been edited by horns: Sep 19 2017, 02:20 PM