Sibonile indawo yeeseva ingena kwinqanaba apho i-x86 esekwe kuyilo (zombini i-IA-32 kunye ne-AMD64) zilawule ngesandla esomeleleyo. Kodwa kwiminyaka yakutshanje ARMNgenxa yokusebenza kwayo kunye nokusebenza kwamandla, kuvulwa isikhewu kwizixhobo eziphathwayo kodwa nakwicandelo lee-microservers okanye iiseva ezincinci ezisetyenziselwa iinkampani ezithile ezingadingi matshini anamandla. Kungenxa yoko le nto uninzi lwabaphuhlisi benkqubo babone ithuba elihle lokumilisela iinguqulelo ngenkxaso ye-ARM yeenkqubo zabo zamaseva, njengoko kunjalo neMicrosoft ngeWindows Server ...
Ngoku nayo ingxilimbela Red Hat Ijoyina ukuba nenkqubo yokusebenza enamandla, kule meko isekwe kwiLinux, ukuqhuba kolu hlobo loomatshini abasekwe kwi-ARM. Oko kukuthi, i-RHEL (iRed Hat Enterprise Linux) sele ifumaneka kwi-ARM, ngakumbi inguqulelo yeRHEL 7.4 eza nobuninzi besoftware eneephakeji ezihlaziyiweyo kwaye zichaziwe kweli qonga kunye neLinux 4.11 kernel, inguqulelo yangoku undoqo we Torvalds kunye neNkampani.
Le distro ke yenzelwe ukuba I-SoC (Inkqubo kwi-Chip) ngokusekwe kwi-ARM engama-64 eya kwenza iiseva esithetha ngazo. Le ayisiyonto intsha, sele sibonile uninzi lwezabelo ezinje nge-Ubuntu, i-openSUSE, njl., Ezisebenza kakuhle nezakhiwo ze-ARM okanye iRaspberry Pi uqobo, njengoko usazi ngokusekwe kwi-ARM ngokunjalo. Kodwa into entsha apha kukuba yinkqubo yokusebenza kweseva.
Kwaye ezi ntlobo zeeseva zinegalelo lini? Ewe, xa sinee-x86 chips sithetha ngokusetyenziswa malunga ne-90w okanye nangaphezulu, nangona kuyinyani ukuba ukusebenza kwabo kuphezulu kakhulu. Kodwa xa siseta iiseva kwi-ARM, izinto ezisetyenziswayo ziyehla ziye 10 - 45w, Oko kukuthi, phakathi kwama-9 namaxesha ama-2 asezantsi kuneetshipsi ze-Intel kunye ne-AMD. Nangona kunjalo, intsebenzo yamkelekile, akukho maxesha ali-9 asezantsi kunakwimeko ye-x86 enkosi kumgangatho wokusetyenziswa / wokusebenza onawo.