Lub lag luam CPU tsis yog tus thawj ntawm Intel thiab AMD lawm
Nyob rau hauv txhua tus neeg lub tswv yim, CPU kev lag luam ntawm PC kev lag luam yeej ib txwm tau dominated los ntawm Intel thiab AMD, txawm koj yuav laptops, desktop computers, los yog txawm enterprise servers.
tab sis ntau thiab ntau lub tuam txhab sib tw rau X86 system. Tom qab suav tsis txheeb sim, qhov xwm txheej tau hloov pauv thaum kawg, CPU kev lag luam tsis muaj kev tswj hwm los ntawm Intel thiab AMD lawm.
Tsis ntev los no, lub koom haum soj ntsuam paub zoo Omdia tau tshaj tawm cov ntaub ntawv ntawm server CPU kev lag luam hauv lub quarter thib ob, uas yog, nti ntawm Arm architecture tau yeej 7.1 feem pua ntawm lub ntiaj teb server CPU lag luam.
Thiab tsis tsuas yog nyob rau hauv lub lag luam neeg rau zaub mov, tab sis kuj nyob rau hauv cov neeg siv khoom lag luam, uas yog, nyob rau hauv lub teb ntawm phau ntawv computers thiab desktop computers, ARM kuj yog txhoj puab heev. Raws li cov ntaub ntawv los ntawm Mercury Research, Arm feem ntawm cov neeg siv khoom PC CPU lag luam yog 9.5 feem pua hauv lub quarter thib ob. Qhov ntawd yog hais tias, ze li ntawm 10 feem pua ntawm cov khoos phis tawj (nrog rau cov servers) hauv ntiaj teb tam sim no siv ARM-based chips.
Kuj tseem muaj RISC-V architecture, uas tseem muaj kev vam meej. Intel, tus X86 loj heev, tseem tab tom kawm txog RISC-V architecture thiab npaj tsim E-class supercomputing raws li RISC-V architecture.
Pom tseeb, tom qab tau ntsib X86 kev lag luam monopoly thaum pib, thiab tom qab ntawd qhov nce ntawm ARM, tag nrho CPU kev lag luam tau tshwm sim nyob rau hauv qhov xwm txheej uas ib puas paj tawg paj.
