@0nekoneko7@lemmy.world to Technology@lemmy.worldEnglish • 6 months agoASML could brick Taiwan's chipmaking machines in case of uninvited guestswww.theregister.comexternal-linkmessage-square42fedilinkarrow-up1203arrow-down17
arrow-up1196arrow-down1external-linkASML could brick Taiwan's chipmaking machines in case of uninvited guestswww.theregister.com@0nekoneko7@lemmy.world to Technology@lemmy.worldEnglish • 6 months agomessage-square42fedilink
minus-square@Thekingoflorda@lemmy.worldlinkfedilinkEnglish6•6 months agoSamsung started with 5nm in 2018, so that’s still 6 years behind.
minus-square@istanbullu@lemmy.mllinkfedilinkEnglish-3•edit-26 months agoI’m writing this message from a laptop with 10nm chip. It works fine. nanometers aren’t everything. Most of the time they are just marketing.
minus-square@Thekingoflorda@lemmy.worldlinkfedilinkEnglish8•6 months agoYea that is true, but in smaller form factors a 10 nm chip wouldn’t be sufficient anymore. They generally consume more energy or they are slower. If consumers had the choice between the two chips they generally choose the smaller ones because of their inherent benefits.
minus-square@istanbullu@lemmy.mllinkfedilinkEnglish1•6 months agoYou can do a lot with a working 5nm process. This will hurt Samsung and TSMC (and by extention Qualcomm and Intel) a lot. The market isn’t just the most cutting edge stuff.
Samsung started with 5nm in 2018, so that’s still 6 years behind.
I’m writing this message from a laptop with 10nm chip. It works fine. nanometers aren’t everything. Most of the time they are just marketing.
Yea that is true, but in smaller form factors a 10 nm chip wouldn’t be sufficient anymore. They generally consume more energy or they are slower.
If consumers had the choice between the two chips they generally choose the smaller ones because of their inherent benefits.
You can do a lot with a working 5nm process. This will hurt Samsung and TSMC (and by extention Qualcomm and Intel) a lot. The market isn’t just the most cutting edge stuff.