Sibonile inkundla yeseva idlula esigabeni lapho izakhiwo ezakhiwe nge-x86 (zombili i-IA-32 ne-AMD64) zibuse ngesandla esiqinile. Kepha eminyakeni yamuva ARMNgenxa yokusebenza kwayo nokusebenza kahle kwamandla, kuvuleka igebe kumadivayisi eselula kepha nasenkampanini yama-microservers noma amaseva amancane asetshenziswa kancane ezinkampanini ezithile ezingadingi imishini enamandla. Kungakho abathuthukisi abaningi bohlelo lokusebenza bebone ithuba elihle lokwethula izinhlobo ngosizo lwe-ARM lwezinhlelo zabo zamaseva, njengoba kunjalo ngeMicrosoft ngeWindows Server yayo ...
Manje futhi nomdondoshiya I-Red Hat ijoyina ukuba nesistimu yokusebenza enamandla, kulokhu okususelwa ku-Linux, ukusebenzisa lolu hlobo lwemishini esekwe ku-ARM. Lokho wukuthi, i-RHEL (i-Red Hat Enterprise Linux) isivele itholakalela i-ARM, ikakhulukazi inguqulo ye-RHEL 7.4 eza nenqwaba yesoftware enamaphakeji avuselelwe futhi acaciselwe le nkundla kanye ne-Linux 4.11 kernel, inguqulo yamanje umnyombo weTorvalds & Inkampani.
Le distro ke yenzelwe i- I-SoC (System on a Chip) ngokususelwa ku-64-bit ARM ezokwenza amaseva esikhuluma ngawo. Lokhu akuyona into entsha, sesibonile ukusatshalaliswa okuningi okufana no-Ubuntu, openSUSE, njll., Okusebenza kahle ngezakhiwo ze-ARM noma iRaspberry Pi uqobo, njengoba wazi ukuthi kusekelwe ku-ARM futhi. Kepha okusha lapha ukuthi uhlelo lokusebenzisa iseva.
Futhi yiziphi lezi zinhlobo zamaseva ezinikelayo? Yebo, uma sinezichips ze-x86 sikhuluma ngokusetshenziswa okuzungeze ama-90w noma ngaphezulu, yize kuliqiniso ukuthi ukusebenza kwabo kuphezulu kakhulu. Kepha lapho sisekela amaseva ku-ARM, ukusetshenziswa kuyehla kuye 10 - 45w, okungukuthi, phakathi kwezikhathi eziyi-9 nezingu-2 eziphansi kunezingcezu ze-Intel ne-AMD. Kodwa-ke, ukusebenza kwamukelekile impela, akwehli nakancane izikhathi eziyi-9 kunasesimweni se-x86 ngenxa yesilinganiso sokusetshenziswa / sokusebenza esihle abanakho.