Okumangalisayo kukuba, baninzi abasebenzisi abathi xa bethenga i-smartphone entsha, baqwalasele ngakumbi iiparameter ezahlukeneyo ezinje ngomgangatho weefoto, isantya seprosesa kunye nomthamo we-RAM yesixhobo esikwiROM yayo. Oko kukuthi, kumandla okugcina anokubonelelwa sisiphelo ngokwaso, inyani enokuthi iye ngasemva kwaye ngelishwa, inokubangela, nangona kunokwenzeka, ibhotile enkulu kwindlela yokuhamba yolwazi ukusuka kugcino lwayo lomzimba ide ilayishwe kwi-RAM yokuqhubekeka phambili.
Njengoko ndithethayo, iiROM zibaluleke ngakumbi kunokuba sinokucinga nangona singafuni ukukukholelwa oku, kangangokuba, ngaphandle kwememori elungileyo ye-NAND, njengoko ndisitsho, Amava omsebenzisi anokubonelelwa sesi sigxina anokuchaphazeleka kakhulu. Ngaphandle koko, ifowuni enokubonakala ngathi ayifani xa uyijonga kuqala inokunika amava omsebenzisi avuza ngakumbi ngenxa yokusebenzisa iROM esemgangathweni.
I-JEDEC isandula ukuvuselela umgangatho olawula indlela ye-UFS-uhlobo lweenkumbulo ze-NAND ezisebenza kunye nomsebenzi osetyenziswayo ngoku kuzo zonke ii-smartphones kwintengiso.
Ukukuqonda ngcono konke oku, qaphela ukuba umzekelo, ngaphezulu kweminyaka eli-10 eyadlulayo, kwihlabathi lekhompyuter ye-desktop, nokuba kukwifomathi yenqaba okanye njengelaptop, ukufezekisa isantya sayo ngokubhekisele ekusetyenzisweni kwedatha. babengabantu abadala kakhulu, bakhetha ubuchwepheshe be-SSD. Into efana nale yenzekile kwakude kudala nge Ukuqhuba kwe-UFS, Itekhnoloji eneenkcukacha zayo ezihlaziyiweyo ngu JEDEC intsingiselo yegama kwiintsuku nje ezimbalwa ezidlulileyo.
Njengesikhumbuzo, ndikuxelele ukuba iinkcukacha ze-NAND ezisetyenziswa kakhulu kwii-smartphones zanamhlanje yinkcazo UFS 2.0, eyaqala ukuthengisa kwimarike xa yaphunyezwa ngo-2015 yi-Samsung Galaxy S6 kunye UFS 2.1, indaleko yangaphambili, ngaphandle kokudibana kunye no-2.0, wakhonza ukuba, emva kwexesha elide, abe yinyani Ukuhlaziywa kwesizukulwane seMMC.
I-UFS 3.0 imele isantya sokufunda nokubhala kunye nokusebenza kwamandla asezantsi kakhulu
Ukuya kwinkcukacha ezithe kratya, njengoko kuchaziwe kupapasho lweendaba olukhutshwe yiJEDEC apho kubhengezwa umgangatho omtsha, sifumanisa ukuba I-UFS 3.0 iphinda-phinda i-bandwidth ngaphambili ebinikezelwa yi-UFS 2.1. Ndiyabulela koku sinokuthetha nge-11 Gbps kwisitishi ngasinye, oko kuthetha ukuba yi-6 GB / s yokubhala kunye nemisebenzi yokufunda.
Ngokunjalo, njengoko sele kunjalo kumgangatho weUFS 2.0, amajelo amabini anokuqwalaselwa oko kukuthi xa kusenziwa kuthetha ukuba kunokwenzeka ukusebenza kunye nokufunda nokubhala amanani afikelela kwi-2 GB / s, amanani atsala ingqalelo enkulu kuba, xa kusenziwa, awafikelelwa namhlanje okanye kwii-SSD zokuqhuba kweekhompyuter ezininzi zobuchwephesha.
Enye into ekufuneka siyithathele ingqalelo yile ukusetyenziswa kwamandla Olu hlobo lwesixhobo, into enokubaluleka kwiselfowuni. Ngokwamaxwebhu, kubonakala ngathi i-UFS 3.0 iwaphucula kakhulu la manani kuba ukusetyenziswa kwayo kuncitshisiwe 2 volts, kude nee-volts ezingama-306 iinguqulelo zangaphambili zalo mgangatho zifuna njalo.
Olunye ulwazi oluchanekileyo oluvela kwi-UFS 3.0
Kude kweyona datha inomdla kwaye mhlawumbi enobuchwephesha ebonelelwa yiUFS 3.0, ndingathanda ukukuxelela ukuba iJEDEC icinge ngokuchanekileyo ukuba esi sizukulwana sitsha seenkumbulo zeNAND kufuneka sikwazi ukusebenza kulo naluphi na uhlobo lomxholo. Ngale ndlela, kufezekisiwe ukuba ngalo mgangatho mtsha, iinkqubo ezikwaziyo ukwenza kumaqondo obushushu aqala kwi -40ºC ukuya kwi-105ºC.
Ngokuphathelele ukufika kolu hlobo lweenkumbulo kwintengisoNgokusekwe kubahlalutyi abathetha ngayo, kubonakala ngathi kwaye nangona kubonakala ngathi kuyangxama, iingxelo zokuqala ezisebenzisa olu hlobo lwetekhnoloji zinokufikelela kwintengiso isiqingatha sesibini sonyaka.