Samsung má od začátku proces postavený na EUV, tudíž všechny další jsou taktéž automaticky s EUV, to bude nejspíš tím důvodem proč ho vůbec neplánuje .-)

Doplnění:
“The numbers N6 and N5 look pretty close, but they still have a big gap,” said C. C. Wei, chief executive of TSMC, in a recent conference call. “For N5 compared with N7, the logic density increased by 80%. N6 compared with N7 is only 18%. So you can see there’s a big difference in that logic density and transistor performance. And so as a result, the total power consumption in the chip is lower in the N5. There’s a lot of benefit if you move into N5. But nevertheless, N5 is one full node, and it takes time for the customer to design their new products. The beauty of the N6 is if they already designed in N7, they spend a very minimal effort. They can move into the N6 and gain some benefit. Depending on their product characteristics and their market, (customers) will decide which one to go to.”
Zdroj: https://semiengineering.com/5nm-vs-3nm/

"výkonem se rozumí taktovací frekvence": rekl bych ze je to zde tak uvedene pro zjednoduseni- pochopeni. Vice bych v tom nehledal.
- rozdil mezi EUV vyrobou obou vyrobcu byt moc nemuze, jelikoz zarizeni k tomu potrebne dela jen velice omezene mnozstvi firem a tech na " optiku " snad jen jedna jedina.
- to jak je nasezi EUV postupne zavadene az po 5nm process na vsechny vrstvy je presne problem Intelu ,ktery se snazil megalomansky vse udelat na raz pri 10nm procesu.
- Navic jsem nekde cetl ze vyroba technologiji pro EUV je mnohem nizsi nez poptavka cili ani za penize se neda vse nakoupit hned v pozadovanem mnozstvi ..

"Výkonom sa rozumie výkon tranzistorov."
predpokladam, ze myslis cim vacsi prud, tym vacsi vykon.. , ale neviem. pytam sa
???