Mun ga fagen sabar ya wuce wani mataki inda gine-ginen x86 (duka IA-32 da AMD64) suka mamaye da ƙarfi. Amma a cikin 'yan shekarun nan hannuSaboda ayyukanta da ingancin makamashi, ana samun rata a cikin wayoyin hannu amma kuma a fagen microservers ko ƙananan masu amfani da ƙananan amfani ga wasu kamfanoni waɗanda basa buƙatar inji mai ƙarfi. Wannan shine dalilin da yasa yawancin masu haɓaka tsarin aiki suka ga kyakkyawar dama don ƙaddamar da sigar tare da taimakon ARM na tsarin su don sabobin, kamar yadda lamarin Microsoft yake da Windows Server ...
Yanzu kuma ƙato Red Hat yana haɗuwa tare da tsarin aiki mai ƙarfi, a cikin wannan yanayin dangane da Linux, don gudana akan wannan nau'in injunan ARM. Wato, RHEL (Red Hat Enterprise Linux) ya riga ya kasance don ARM, musamman sigar RHEL 7.4 wacce ta zo tare da ɗimbin software waɗanda aka sabunta kunshinsu kuma takamaiman wannan dandalin da kuma kernel na Linux 4.11, ingantaccen fasalin yanzu jigon Torvalds & Kamfanin.
Don haka an inganta wannan distro don SoC (Tsarin kan Chip) dangane da 64-bit ARM wanda zai zama sabobin da muke magana akan su. Wannan ba sabon abu bane, mun riga mun ga yawancin rarrabawa kamar Ubuntu, openSUSE, da sauransu, waɗanda suke aiki da kyau tare da gine-ginen ARM ko ma na Rasberi Pi kanta, wanda kamar yadda kuka sani ya dogara ne da ARM kuma. Amma sabon abu a nan shine cewa yana da tsarin aikin sabar.
Kuma menene waɗannan nau'ikan sabobin ke bayarwa? Da kyau, idan muna da kwakwalwan x86 zamuyi magana akan amfani kusan 90w ko sama da haka, kodayake gaskiya ne cewa aikin su yayi yawa sosai. Amma lokacin da muka kafa sabobin akan ARM, abubuwan cinyewar suna sauka zuwa 10 - 45w, ma'ana, tsakanin 9 da 2 sau ƙasa da na Intel da AMD kwakwalwan kwamfuta. Koyaya, aikin ya zama karɓaɓɓe sosai, ba a kowane ƙasa sau 9 ƙasa da na x86 ba saboda kyakkyawan amfani / aikin da suke da shi.