I-AMD ivula i-FSR Redstone kanye ne-FSR 4 Upscaling: lokhu kushintsha umdlalo ku-PC

Ukufika kuka I-AMD FSR Redstone kanye nokuphindaphinda okusha kwe Ukwenyusa izinga le-FSR 4 Kuphawula iphuzu lokuguqulwa kwemidlalo ye-PC.ikakhulukazi kulabo abasebenzisa amakhadi ehluzo e-Radeon RX 9000 asekelwe ekwakhiweni kwe-RDNA 4. Inkampani Ihlanganisa ukuthuthukiswa, ukukhiqizwa kozimele, kanye nokuthuthukiswa kokulandela umsebe okunamandla okufunda ngomshini kuphakheji eyodwa., ngeso elibheke ukuncintisana ikhanda ngekhanda ne-DLSS ye-NVIDIA.

Le ecosystem entsha ayikona nje ukubeka i-FPS eyengeziwe etafuleni: Isu le-AMD libandakanya a ukwenziwa kwemizwa ekwazi ukwakha kabusha izithombe, ukukhanya, nokuboniswa kusuka ekulungisweni okuphansi, ngaphandle kwesigameko esihlukana sibe ama-artifact noma umsindo owedlulele. Kodwa-ke, bonke lobu buchule bobuchwepheshe bufika nokubamba okubalulekile: kuphela ama-RDNA 4 GPU Bangakwazi ukusebenzisa inguqulo ephelele ye-FSR Redstone.

Kusukela ku-FSR 1 kuya ku-FSR 4: ukusuka ekukhuphukeni okulula ukuya ekunikezeni kwe-AI

Ukuze uqonde ukweqa okumelelwa yiRedstone, kufanelekile ukukhumbula ukuthi inguqulo yokuqala, I-FSR 1.0, yayilinganiselwe ku-a ukukhishwa kabusha kwendawo yakudalangaphandle kwenkumbulo yozimele bangaphambilini noma ukusetshenziswa kwamavekhtha anyakazayo. Kwakulula ukuhlanganisa futhi kuhambisana nehadiwe eningi, kodwa yakhiqiza ukulahlekelwa imininingwane, imiphetho engajwayelekile nobukhali bungathuthukiswa.

I-Evolution yafika nayo I-FSR 2.0eshintshele endleleni okwesikhashana Iqale ukusebenzisa amabhafa ajulile, umlando wozimele, namavekhtha anyakazayo wegeyimu. Lolu shintsho luvumele ukwakhiwa kabusha okuqine kakhulu futhi lwaletha ikhwalithi eduze nezixazululo ezithuthuke kakhulu ezinikezwayo, nakuba ihlale iwuhlelo lwe-algorithmic ngaphandle kwama-AI cores azinikele.

Ngemva kwalokho, I-FSR 3 kufakiwe Isizukulwane sohlakaLokhu kwavula umnyango wokukhiqiza ozimele abengeziwe abamaphakathi ukuze kwandiswe ukushelela. Ukwakhiwa kabusha kwakusesekelwe ku-FSR 2.2, kodwa kunesendlalelo esengeziwe sokuthi, ezimweni eziningi, isilinganiso se-FPS siphindwe kabili ngezindleko zokuhlanganisa okuyinkimbinkimbi nezinye izinto zobuciko ezigcawini ezisheshayo.

Nge I-FSR 3.1 I-AMD ihlukanise ngokusobala ukwenyuka kusuka ekwenziweni kohlaka, ivula indlela yokushintshela kumodeli yamanje. Lokhu modularity kube ukhiye wokwenza ukugxumela I-FSR 4 kanye nomndeni wakwaRedstone, lapho ukukhanya ekugcineni kwehla amanethiwekhi e-neural aqeqeshiwe kuma-accelerators enkampani ye-Instinct.

I-FSR 4 Upscaling ne-Redstone: I-ecosystem entsha ye-AMD

Isizukulwane esisha siza nokushintshwa kwegama: uhlelo alusathulwa njenge-FidelityFX Super Resolution kodwa manje selubizwa ngokuthi. Ukwenyuka kwe-AMD FSR Uma sikhuluma ngokukhuphuka kabusha, futhi iwela ngaphansi kwesambulela I-FSR Redstoneokuhlanganisa amabhulokhi amane asekelwe ku-AI:

• I-FSR ML Upscaling (FSR 4): ukulungiswa kabusha kwezinzwa kwekhwalithi ephezulu.
• I-FSR Frame Generation (ML): ukukhiqizwa kozimele ngenethiwekhi ye-neural.
• I-FSR Ray Regeneration: i-denoiser ehlakaniphile yokulandelela imisebe kanye nokulandelela indlela.
• I-FSR Radiance Caching: inqolobane yokukhanya kwe-neural yokukhanya komhlaba wonke.

I-FSR 4 isebenza ngokuhluke kakhulu kuzinguqulo zangaphambilini: imodeli ye-AI ithola isithombe sokucaca esiphansi ehambisana nedatha efana nokujula kwesigcawu namavekhtha anyakazayo, bese yakheka kabusha uhlaka lokugcina ngokulungiswa okuphezulu, ngisho naku-4K, ngokuzinza okukhulu kwesikhashana futhi isipoki esincane nama-artifacts enyakazayo.

Ngokusho kwe-AMD, le ndlela ivumela Phindaphinda i-FPS kuze kufike izikhathi ezinhlanu kumageyimu athile uma kuqhathaniswa nokunikezwayo komdabu, ukugcina ikhwalithi iseduze kakhulu nesithombe sokucaca okuphelele. Inkampani ikhuluma ngesilinganiso esiseduze Ukusebenza okuphindwe ka-3,3 ngaphezulu ukuhlanganisa ukukhushulwa nokukhiqizwa kozimele ezihlokweni ezifunwayo.

I-Redstone: izinsika ezine ze-AI ezisetshenziswa kumageyimu

I-FSR Redstone ayisona isihlungi esilula, kodwa a isethi ye-modular yobuchwepheshe yiziphi izitudiyo ezingazisebenzisa ndawonye noma ngokwehlukana. Umqondo uwukuthatha isinyathelo ngamaphoyinti ahlukahlukene ochungechungeni lwesimanje lokunikeza ukunciphisa izindleko zekhompiyutha ngaphandle kokwenza isithombe sokugcina sibe sibi.

I-FSR ML Upscaling: Ukucija okwengeziwe ngamaphikseli ambalwa

I-FSR ML Upscaling, ikhonjwe kumaslayidi amaningi njenge "ngaphambili i-FSR 4"Lena yinhliziyo yesistimu. Iguqula umdlalo ube nesisombululo esiphansi bese iwukhuphula ube yisisombululo esiqondiwe (isb., i-4K) isebenzisa inethiwekhi ye-neural eqeqeshiwe ngolwazi lwendawo nolwesikhashana, ukuthungwa, ukujula, kanye nama-vectors anyakazayo.

Ezintathu zinikezwa izindlela zekhwalithi yakhelwe ibhalansi ehlukene phakathi kokusebenza nokucaca: ikhwalithi (cishe ama-67% wamaphikseli), ukulinganisela (59%) futhi ukusebenza (50%). Uma kuqhathaniswa ne-FSR 3.1, le modeli entsha igcina imininingwane emihle kangcono kakhulu, njengezintambo, ama-grille noma izakhi ezincane ezikude, futhi inciphisa ngokucacile izinkinga zakudala "zokukhanya" noma ukungazinzi lapho uhambisa ikhamera.

I-AMD ithi i-algorithm ilungiselelwe ukukalwa kuyo 4K ngentengo ephansikanye nokuthi ukuhlanganiswa kwayo kuklanywe ukuze abathuthukisi bakwazi ukufaka esikhundleni ngokuqondile ukufakwa kwangaphambilini kwe-FSR 3.1 kumageyimu ahambisanayo. Ngaphezu kwalokho, umshayeli we-Adrenalin uvumela, kwezinye izimo, phoqa ukusetshenziswa kwe-FSR 4 ezihlokweni lapho kuphela ukukala kabusha kokuhlaziya kwangaphambilini kwakufakwe kuhlu.

Ukukhiqizwa Kohlaka lwe-FSR: Ukusebenza okubushelelezi nge-AI

Ukwakhiwa kohlaka lwe-Redstone kuhamba ngesinyathelo esingaphezu kwe-FSR 3. Esikhundleni sokuthembela kuphela kuma-algorithms endabuko, manje isebenzisa amamodeli e-AI aqeqeshiwe ukubikezela ukubukeka kwamafreyimu amaphakathi ngokususelwe kozimele bangaphambilini nabamanje.

Uhlelo lusebenzisa Ukugeleza kwe-Optical, ukujula, namavekhtha anyakazayo Izithombe ezinokulungiswa okuphansi ziyavezwa futhi zilungiswe inethiwekhi ye-neural ukuze kunqunywe ukuthi izinto zihamba kanjani esikrinini. Isebenzisa lolu lwazi, i-AI ikhiqiza uhlaka olwengeziwe olufakwa phakathi kwamafreyimu "angempela" amabili, ehlisa ukungingiza futhi athuthukise ukushelela okubonwayo, ikakhulukazi kumamonitha anesilinganiso sokuvuselela kabusha.

I-AMD yethule enye indlela yokuqaliswa kwe I-DX12 SwapChainLokhu kuklanyelwe ukuqinisekisa ukuthi ozimele abakhiqizwe futhi abanikezwa igeyimu basatshalaliswa ngokulinganayo ngokuhamba kwesikhathi. Inhloso wukugwema ukungingiza kanye ne-jitter ngokuxuba zombili izinhlobo zezithombe, inkinga evamile ezixazululweni zokukhiqiza uhlaka lwakuqala.

I-FSR Ray Regeneration: Umsindo omncane ekulandeleleni imisebe

I-FSR Ray Regeneration isebenza njenge I-AI denoiser ngezigcawu ezinomkhondo we-ray noma ukulandelela indlelaIhlaziya isithombe esinomsindo (kufaka phakathi ukujula, ukukhanya, kanye nokukhanya) futhi, isebenzisa inethiwekhi yezinzwa, Yakha kabusha amaphikseli ashiywe engaphelele noma angcoliswe okusanhlamvu.

Umphumela uba Ukucaca okuphawulekayo kokubekwe obala kanye nezithunziLokhu kuvumela ukuncipha kwenani lemisebe esakazwa kuhlaka ngalunye, ngakho-ke, izindleko zokubala zokulandela umsebe. I-AMD isivele iqalile ukwenza lobu buchwepheshe Ukubizwa Komsebenzi: I-Black Ops 7, lapho ukuthuthukiswa okucacile ekuzinzeni kokucabangela ezindaweni zensimbi noma emanzini kungabonakala.

I-FSR Radiance Caching: Ukukhanya komhlaba wonke kuncike ku-AI

I-Radiance Caching iyingxenye yesikhathi eside kakhulu ye-ecosystem. Kuwuhlelo lwe i-neural radiance cache okufundayo, ngesikhathi sangempela, ukuthi ukukhanya kubhampa kanjani esigcawini. Kusukela ezimpambanweni zomgwaqo ze-ray, inethiwekhi iyakwazi ukukhanyisa ukukhanya okungaqondile futhi uyigcine ukuze iphinde isetshenziswe kumafreyimu akamuva.

Le ndlela yehlisa isidingo sokubala kabusha ukukhanya komhlaba wonke, ukubhampa okuningi, nokopha kombala, kwehlisa kakhulu izindleko zezigcawu ezilandelwa yi-ray. I-AMD imemezele lokho imidlalo yokuqala nge-Radiance Caching Bazofika ngo-2026, kanye I-Warhammer 40.000: I-Darktide njengomunye wabaqalayo abaqinisekisiwe.

Izidingo ze-Hardware: kungani amakhadi ochungechunge e-Radeon RX 9000 kuphela athola iphakheji eligcwele

Lapho i-AMD ibilokhu ikhawulela khona kakhulu kuba ukuhambisana kwayo. Inguqulo ye-AI ye-FSR Upscaling, i-Frame Generation, i-Ray Regeneration, kanye ne-Radiance Caching Isebenza kuphela kumakhadi e-Radeon RX 9000Okusho ukuthi, ekwakhiweni kwe-RDNA 4. Ukhiye ulele ku Amabhulokhi wokusheshisa we-AI ekwazi ukusebenza ngokomdabu ngemisebenzi ye-FP8.

Izizukulwane ezedlule (i-RDNA 1, 2, 3, kanye ne-3.5) ingakwazi ukuphatha i-FP16 ne-INT8, kodwa i-AMD ikholelwa ukuthi, kulolu hlobo lomsebenzi, I-FP16 ayisebenzi kahle ngokwanele y I-INT8 ayinikezi ikhwalithi edingekayo ukuncintisana ne-DLSS. Eqinisweni, inguqulo evuvukile ye-FSR 4 ku-INT8 yayiyintuthuko kune-FSR 3.1, kodwa yasala ngemuva kokusetshenziswa kwe-FP8 kokubili ikhwalithi yesithombe kanye nomthelela wokusebenza.

Empeleni, lokhu kusho ukuthi abasebenzisi be I-Radeon RX 7000 Amakhadi angaphambilini azoqhubeka nokuba ne-FSR yokuhlaziya (kuhlanganise ne-FSR 3.1) kodwa ngeke abe nokufinyelela okusemthethweni ku-ecosystem egcwele ye-Redstone. Uchungechunge lwe-RX 9000, ngakolunye uhlangothi, luzobona ukuthi kanjani inani layo liyakhuphuka ngokuba yiwo kuphela amakhadi akwaziyo sebenzisa sonke isitaki seRedstone.

Abashayeli Adrenalin 25.12.1: isibuyekezo esivula FSR Redstone

Zonke lezi zici ezintsha ziza kubadlali ngokusebenzisa okusha umshayeli weRadeon Software Adrenalin 25.12.1, manje isiyatholakala ku-Windows. Le nguqulo ngokomdabu inika amandla usekelo lwe I-FSR Upscaling, FSR Frame Generation kanye ne-FSR Ray Regeneration emidlalweni ehambisanayo futhi ibeka isisekelo se-Radiance Caching uma iqala ukufika ngezihloko zezentengiso.

Ngemva kokufaka umshayeli, amakhadi I-Radeon RX 9000 Bangakwazi ukusebenzisa amamojula e-Redstone inqobo nje uma igeyimu iwahlanganisa. Kwezinye izihloko lapho kuphela iFSR 3.1 esohlwini, kuyenzeka Shintshanisa ama-DLL okuhlaziya ngalawa asuka ku-FSR 4 ML Kusuka kuphaneli ye-Adrenalin, enika amandla inketho ethi "FSR 4" ngaphakathi kwemenyu yezithombe zomdlalo lapho umshayeli eyithola.

Iphakheji efanayo yomshayeli wengeza ukusekelwa kwe- I-Radeon AI PRO R9600D kanye ne-R9700S, eqondiswe emkhakheni womsebenzi, futhi ihlanganisa uhlu lokulungiswa kokuzinza: kusukela ezinkingeni nge I-Radeon Anti-Lag 2 ku-Counter-Strike 2 usebenzisa amakhadi athile ochungechunge lwe-RX 9000, ukwehluleka ngezikhathi ezithile ngamamonitha aphezulu we-HDMI 2.1 noma ukuvalwa okungalindelekile Ama-ARC Raiders.

I-AMD nayo inemininingwane eminingi izingqinamba ezaziwayo ezisesetafuleni, njengokuvalwa okuthile I-Cyberpunk 2077 ngokulandela umkhondo noma izigameko phakathi Impi Yempi 6 y I-Roblox ekucushweni okuthile. Le nkampani iphakamisa ukuthi kufakwe ama-patches e-Windows akamuva futhi incoma ukugcina abashayeli benolwazi lwakamuva ukuze kuncishiswe lezi zinkinga.

Ukusebenza kwegeyimu: kusukela kumabhentshimakhi angaphakathi kuya ekuhlolweni okungokoqobo

Embhalweni wayo osemthethweni, i-AMD igxile emidlalweni eminingi yakamuva ukukhombisa umthelela weFSR Redstone. Ukubizwa Komsebenzi: I-Black Ops 7, enezilungiselelo "Ezidlulele" kanye nokulandela imisebe ephezulu ku-4K, a I-Radeon RX 9070 XT Isuka ku-23 FPS yomdabu iye Ama-FPS angu-109 ukuhlanganisa iFSR Upscaling, Frame Generation kanye neRay Regeneration, emele ukwanda izikhathi ezingu-4,7 ekusebenzeni okuyisisekelo.

Imiphumela efanayo iphindwaphindwa ku I-Cyberpunk 2077 nge-RT Ultra, lapho izibalo zangaphakathi zibonisa ukwanda ukusuka ku-26 kuya ku-123 FPS, nasezihlokweni ezifana Isihogo Sithi o F1 25ababona isilinganiso sozimele esiphindwe kathathu. I-AMD ngokwayo ifingqa le datha njengokukhuphuka kokusebenza okumaphakathi izikhathi ezingu-3,3 ngokumelene nemodi yendabuko ye-4K ngaphandle kwe-AI.

Ngale kwezibalo ezisemthethweni, ukuhlolwa emidlalweni efana I-Mafia: Izwe Elidala Akhombisa ukweqa uma kuqhathaniswa ne-FSR 3.1. Njengoba injini isethelwe kukhwalithi ephezulu kanye ne-FSR yokuhlaziya kwimodi yekhwalithi, izinga le-FPS lingakhuphuka lisuka cishe ku-40-45 liye phezu kuka-110-120, kodwa ngezindleko izinto zobuciko ezisobala kanye nemiphetho eyonakeleKumamodi okusebenza anolaka kakhulu, isithombe siye sawohloka kwaze kwaba seqophelweni lokuba singajabulisi ukusibuka.

Ngemuva kokuthuthukela ku- I-FSR 4 I-Redstone ngokusebenzisa abashayeli futhi wenze kusebenze imodi yekhwalithi, leso simo esifanayo sitholakala endaweni Ama-FPS angu-200 ukugcina ukucaca okubonakalayo okuphakeme kakhulu nokuzinza, futhi kuhlanganiswe nemikhuba efana yehlisa i-GPU yakho Ingasiza ukulawula amazinga okushisa nokusetshenziswa kwamandla phakathi namaseshini amade. Ukwenyuka okusebenzayo kucishe kuphindwe kabili i-FPS uma kuqhathaniswa nokukhushulwa kwangaphambilini, ngaphandle kwezinga elifanayo lamaphutha, nakuba ukusetha kokuqala kusenzima kakhulu kunalokho abadlali abaningi abangathanda.

Ukuhambisana komdlalo: ngaphezu kwezihloko ezingama-200 ezinomsebenzi othile weRedstone

I-AMD ithi, ngaphambi kokuphela konyaka, imidlalo engaphezu kuka-200 Bazohlanganisa okungenani obunye bobuchwepheshe be-FSR Redstone. Kuyaphawuleka ukuthi iningi lalezi zihloko, empeleni, lizovela Ukushintsha kwe-FSR njengengxenye eyinhloko, kuyilapho i-Frame Generation izoba nesisekelo se imidlalo ehambisanayo engaphezudlwana kuka-30 kugagasi layo lokuqala.

I-FSR Ray Regeneration iqala uhambo lwayo yodwa nge Ukubizwa Komsebenzi: I-Black Ops 7Kodwa-ke, inkampani iqinisekisa ukuthi izokwengeza ekukhishweni okwengeziwe ezinyangeni ezizayo. Mayelana I-FSR Radiance CachingUkuqala kwayo emidlalweni yezentengiso ngeke kwenzeke kuze kube u-2026, ngokuhlanganiswa okuhlelwe ezihlokweni ezinjengokuthi I-Warhammer 40.000: I-Darktide.

Phakathi kwemidlalo esivele ibalwe njengesekelwe I-ML Frame Generation amagama avela kanje I-Cyberpunk 2077, F1 25, Inganekwane Emnyama: Wukong, UNkulunkulu Wempi Ragnarok, Hogwarts Legacy, THE FINALS, Wuthering Waves o I-GTA V Enhanced, ngaphezu kwemikhiqizo eminingana egxile eYurophu nasezitudiyo ezinobukhona obuqinile kule makethe.

Ukubheja kwamasu kwe-PC kanye nama-consoles esizukulwane esilandelayo

I-FSR Redstone ayinawo umthelela ku-PC yaseYurophu kuphela; liphinde libe yingxenye ye Ukusebenzisana kwe-AMD ne Izitudiyo Zemidlalo ye-XboxIzikhulu zophiko ziye zagqamisa umsebenzi wokubambisana ku I-FSR Ray Regeneration, okugqamisa ukuthi ubuchwepheshe bokufunda komshini buvumela "izithombe ezithembeke kakhulu ngenkathi kugcinwa ukusebenza" kuma-franchise afana Ukubizelwa umsebenzi.

Konke kubonisa ukuthi lolu hlobo lwesixazululo ukukhulisa nokwenza uzimele nge-AI kuzoba ukhiye kuma-consoles azayo njenge I-Xbox Magnus Futhi kumadivayisi aphathekayo ohlobo lwe-PC, ingxenye lapho i-Europe ibona izinketho eziningi kakhulu, kusukela kumamodeli asekelwe e-Ryzen kuya kumishini esayinwe abakhiqizi base-Asia abanobukhona obuqinile Ezwenikazi Elidala.

Kusukela namuhla, kwethulwa I-FSR Redstone SDK nama-plugin ezinjini ezifana Injini Engeyona Engokoqobo 5 Bakwenza kube lula ukuthi izitudiyo zase-Europe zihlanganise lobu buchwepheshe kumaphrojekthi azo, okubaluleke kakhulu kubathuthukisi abaphakathi nendawo abafuna ukunikeza ngezithombe ezithuthukile ngaphandle kokukhuphuka kwezidingo zehadiwe.

Nge-FSR Redstone kanye ne-FSR 4 Upscaling, i-AMD iyalungisa i-AI-based revering ecosystem ethuthukisa ukukhanga kwe I-Radeon RX 9000 bese evula umnyango isipiliyoni esibushelelezi nesinemininingwane eminingi ku-PCLokhu kuyiqiniso kokubili eSpain nakulo lonke elaseYurophu. Kusenomsebenzi okufanele wenziwe mayelana nokusekela nokusebenzisa kalula, kodwa ukukhuphuka kobuchwepheshe uma kuqhathaniswa nezizukulwane ezidlule kucacile, futhi imephu yomgwaqo iphakamisa ukuthi umthelela uzokwanda kuphela njengoba imidlalo eminingi ihlanganisa zonke izingcezu zendida.