Diyaargarowga sii deynta Ryzen 3000 (Matisse) soo-saareyaasha desktop-ka ee ku saleysan Zen 2 microarchitecture ayaa si dardar leh ku socda. Sidaa darteed, maaha wax la yaab leh in faahfaahin badan oo aan rasmi ahayn oo ku saabsan alaabooyinka cusub ee la filayo ay ka soo muuqdaan deegaanka macluumaadka. Iyadoo la filayo ku dhawaaqista, qaar badan oo ka mid ah soosaarayaasha Motherboard-ka ayaa si firfircoon u tijaabinaya muunado injineernimo oo nidaamyo ah oo ku saleysan noocyada horudhaca ah ee Ryzen 3000 iyo AM4 Motherboards-ka cusub ee 'X570 chipset', tani waxay u ogolaatay Shiinaha techno portal bilibili.com inay aruuriso xog uruurin badan oo xaqiiqooyin ah. ka xog ogaal u ah.
Isla markaana, weli wax jawaab ah looma hayo su'aasha ugu muhiimsan. AMD ma daaha ka qaado isku dhafka Ryzen 3000 ee qaybta desktop-ka, lamana oga inta nooc ee wakiiladeeda sare ay yeelan doonaan. Isticmaalayaal badan ayaa filanaya in la sii daayo 12- ama xitaa 16-processor, laakiin muunadaha ay soosaarayaasha guddiga hadda haystaan ββββilaa siddeed qalab oo wax-qabad ah. Si kastaba ha ahaatee, tani kama saarayso suurtagalnimada soo saarista processor-yada leh tiro badan oo koofiyado ah, kuwaas oo loo diyaarinayo si qarsoodi ah.
Isla mar ahaantaana, isha ayaa sheegaysa in guud ahaan, hagaajinta waxqabadka ay muujisay nuqullada Ryzen 3000 ee ay heli karaan soosaarayaasha Motherboard-ka uma muuqdaan kuwo aad u wanaagsan marka loo eego filashooyinka la saaray Zen 2. Muunadaha Ryzen ee jiilka saddexaad ee jira ayaa ka sarreeya kuwii iyaga ka horreeyay ilaa 15%, iyo inta jeer ee ay ku shaqeeyaan mar hore ayaa loo qaaday heer aad u sarreeya. Si firfircoon ayaa loo xakameeyaa iyadoo lagu salaynayo isticmaalka iyo kulaylka kala daadsanaanta waxayna gaartaa 4,5 GHz. Intaa waxaa dheer, soo-saareyaasha cusub ee AMD ma muujiyaan wax horumar ah oo la taaban karo oo ku saabsan hirgelinta xakamaynta xusuusta: Hababka xawaaraha sare ee DDR4 ee Ryzen 3000 ayaa sida muuqata mar kale lama heli doono.
Xaaladda madal loogu talagalay jiilka saddexaad ee Ryzen sidoo kale si habsami leh uma socdo. Dhibaatada waxaa sababa taageerada PCI Express 4.0, taas oo, marka lagu qiimeeyo macluumaadka la heli karo, ayaa ugu dambeyntii si rasmi ah loogu ballan qaadayaa oo kaliya X570 chipset, laakiin maaha nooca yaryar ee B550 chipset. Intaa waxaa dheer, soosaarayaasha Motherboard-ka ayaa xitaa lagu qasbay inay dib u shaqeeyaan naqshadii asalka ahayd ee Motherboard-yadooda X570-ku-saleysan, maadaama nuqulkii ugu horreeyay uu ahaa mid aan lagu guuleysan oo uusan siinin hawl xasilloon oo baska PCI Express ee 4.0.
Astaamaha muhiimka ah ee Motherboard-yada ee ku saleysan caqliga nidaamka X570, marka lagu daro awoodda lagu daro koontaroolaha processor-ka ee baska garaafyada PCI Express 4.0, waxaa sidoo kale loo yaqaan kororka tirada PCI Express 2.0 khadadka chipset ilaa 40 xabbo (qaar ka mid ah) xadhkaha nambarkan waxa lala wadaagaa SATA iyo dekedaha USB) iyo korodhka ilaa 8 xabbo oo dekedaha USB 3.1 Gen2 ah.
Jidka dhexdiisa, isha ayaa soo xiganaysa faallooyinka soosaarayaasha Motherboard-ka ee ku saabsan waafaqid mustaqbalka Ryzens ee leh Socket AM4 motherboards. Waxaa lagu eedeeyay in looxyada ku saleysan A320-ka hooseeya ee chipset-ka ay u badan tahay inaysan la jaan qaadi doonin soo-saareyaasha Ryzen 3000 sababo suuqgeyn dartood. Intaa waxaa dheer, qaddar isku mid ah ayaa laga yaabaa inuu sugo looxyada ku saleysan B350 chipset, laakiin wali wax go'aan ah lagama gaarin iyaga, macluumaad gaar ah ayaana dib loo ogaan doonaa.
Siideynta qalabka cusub ee X570, oo loo dhigay midka ugu weyn ee jiilka saddexaad ee Ryzen, ayaa dhici doona bisha Luulyo - isla mar ahaantaana la sii daayo soo-saareyaasha laftooda. Nooca da'da yar ee Chipset-ka, B550, ayaa suuqa laga soo saari doonaa ka dib - qiyaastii dhowr bilood ka dib. Aan dib u xasuusanno in inta badan wararka xanta ah ay tixraacayaan Julaay 7 oo ah taariikhda lagu dhawaaqay desktop-ka Ryzen 3000. Si kastaba ha ahaatee, faahfaahin badan oo ku saabsan alaabta cusub ee la filayo ayaa laga yaabaa inay caan ku noqoto bandhigga Computex, kaas oo dhici doona xagaaga hore.
Source: 3dnews.ru