Kuyathakazelisa ukuthi baningi abasebenzisi okuthi uma bethenga i-smartphone entsha, banake kakhulu imingcele ehlukile enjengekhwalithi yezithombe, ijubane leprosesa ngisho namandla we-RAM yedivayisi ekuROM yayo ngempela. Ngamanye amagama, kumthamo wesitoreji ongasinikeza i-terminal uqobo, iqiniso elingangena ngemuva nokuthi, ngeshwa, lingadala lokho, yize kunamandla amakhulu, ibhodlela elikhulu ekudlulisweni kolwazi kusuka kusitoreji salo kuze kube yilapho ilayishwa ku-RAM ukuze kuqhutshekwe kusetshenzwe.
Njengoba ngisho, amaROM abaluleke kakhulu kunalokho esingakucabanga yize singafuni ukukukholelwa lokhu, kangangoba, ngaphandle kwenkumbulo enhle ye-NAND, njengoba ngisho, ulwazi lomsebenzisi olunikezwa yile ukuphela lungathinteka kakhulu. Ngaphandle kwalokho, ifoni engabonakala ingahle kahle uma uthi nhlá inganikela ngomuzwa womsebenzisi ozuzisa kakhulu ngenxa yokusebenzisa iROM yekhwalithi enhle.
I-JEDEC isanda kuvuselela izinga elilawula indlela izinkumbulo ze-UFS zohlobo lwe-NAND ezisebenza futhi ezisetshenziswa njengamanje yiwo wonke ama-smartphones emakethe.
Ukuqonda konke lokhu kangcono, qaphela ukuthi ngokwesibonelo, isibonelo, eminyakeni engaphezu kwengu-10 eyedlule, emhlabeni wekhompuyutha yedeskithophu, kungaba ngefomethi yayo yombhoshongo noma njenge-laptop, ukufeza lokho ngejubane layo maqondana nokucutshungulwa kwedatha babengabantu asebekhulile kakhulu, bakhetha ubuchwepheshe be-SSD. Okuthile okufanayo kwenzeke kungekudala kakhulu nge Ukushayela kwe-UFS, ubuchwepheshe obuchazwe imininingwane yabo esanda kuvuselelwa yi- I-JEDEC ezinsukwini ezimbalwa ezedlule.
Njengesikhumbuzo, ngikutshele ukuthi ukucaciswa kwe-NAND okusetshenziswa kakhulu kuma-smartphones anamuhla ukucaciswa I-UFS 2.0, eyaqala ukungena emakethe ngenkathi iqaliswa ngo-2015 yi-Samsung Galaxy S6 kanye ne- I-UFS 2.1, ukuvela kwangaphambilini okwathi, yize uhlala no-2.0, wakhonza, ngemuva kwesikhathi eside, esebenza njengeqiniso ukuvuselelwa kwesizukulwane sememori yohlobo lwe-eMMC.
I-UFS 3.0 ivelela ijubane layo lokufunda nokubhala kanye nokusebenza ngokusetshenziswa kwamandla okuphansi kakhulu
Ngokuya ngemininingwane ethe xaxa, njengoba kushiwo ekukhululweni ngabezindaba okwakhishwa yiJEDEC lapho kumenyezelwa khona izinga elisha, sithola ukuthi I-UFS 3.0 iphinda kabili umkhawulokudonsa owawunikezwa ngaphambili yi-UFS 2.1. Ngenxa yalokhu singakhuluma nge-11 Gbps ngesiteshi ngasinye, okusho ukuthi i-6 GB / s yemisebenzi yokubhala nokufunda.
Ngokulandelayo, njengoba sekuvele kwenzeka ngezinga le-UFS 2.0, kungenziwa amashaneli amabili okusho ukuthi kusho ukuthi kungenzeka ukusebenza ngezibalo zokufunda nokubhala ezifika ku-2 GB / s, izibalo eziheha ukunakwa okuningi ngoba, empeleni, azifinyelelwa namuhla noma kuma-SSD drive wamakhompyutha amaningi asebenzayo.
Elinye iphuzu okufanele silinake yi ukusetshenziswa kwamandla yalolu hlobo lwedivayisi, into engagxeka kakhulu kuselula. Ngokwemibhalo, kubonakala sengathi i-UFS 3.0 izithuthukisa kakhulu lezi zibalo njengoba ukusetshenziswa kwayo kuncishiselwa ku 2 volts, kude nama-volts angama-306 adingwa yizinhlobo zangaphambilini zaleveli ejwayelekile.
Eminye imininingwane ehlaba umxhwele evela ku-UFS 3.0
Kude nemininingwane ethakazelisa kakhulu futhi mhlawumbe yezobuchwepheshe enikezwa yiUFS 3.0, ngithanda ukukutshela ukuthi iJEDEC icabange ngokunembile ukuthi lesi sizukulwane esisha sezinkumbulo zeNAND kufanele sikwazi ukusebenza kunoma yiluphi uhlobo lomongo. Ngale ndlela, kufinyelelwe ukuthi ngaleli zinga elisha, izinhlelo ezikwazi ukusebenza emazingeni okushisa asukela ku -40ºC kuye ku-105ºC.
Ngokuqondene ne ukufika kwalolu hlobo lwememori emaketheNgokusho kwabahlaziyi abakhuluma ngakho, ngokusobala futhi noma kubonakala sengathi kuyashesha, imibiko yokuqala yokuthi lolu hlobo lobuchwepheshe lungafinyelela emakethe isigamu sesibili sonyaka.