Inqaku elitsha: Uphononongo lwe-AMD Ryzen 5 3400G kunye neeprosesa zeRyzen 3 3200G: akukho khadi lemizobo elifunekayo!

Ngaba uyakhumbula ukuba i-Ryzen 3000 uthotho lweeprosesa zedesktop ayibandakanyi kuphela abameli abaninzi abanoyilo lweMatisse kunye noyilo lweZen 2, kodwa kunye neemodeli ezahlukeneyo ezinekhowudi ebizwa ngokuba yiPicasso? Asikabalibalanga nabo, kodwa ukuza kuthi ga ngoku siye sabaphepha kuba bebebonakala benganomdla kakhulu kuthi. Nangona kunjalo, ngoku kuza amaxesha ahluke ngokupheleleyo: ukunyuka kwamaxabiso kuthetha ukuba iiprosesa ze-quad-core ezifana ne-Ryzen 5 3400G kunye ne-Ryzen 3 3200G, eyakhelwe kwi-Zen + cores kwaye ixhotyiswe ngemizobo edibeneyo ye-RX Vega, inokuba yinto ethandwa kakhulu kwabo bafuna ukwakha iqonga elingabizi kuyo yomibini imidlalo kunye nomsebenzi.

Ngexesha elinye, savavanya iimodeli zangaphambili ze-AMD hybrid processors, I-Ryzen 5 2400G kunye ne-Ryzen 3 2200G, kwaye bafikelela kwisigqibo sokuba kudidi lwabo lwamaxabiso bamele isisombululo esikhethekileyo ngokubhekiselele kwindibaniselwano yabo yeempawu, okwenza kube lula ukufumana i-computing eyamkelekileyo kunye nokusebenza kwemizobo "kwibhotile enye" ​​ngeendleko zemali ezilinganiselweyo. Kwaye i-Ryzen 5 3400G entsha kunye ne-Ryzen 3 3200G iiprosesa ziinguqulelo zabo eziphuculweyo, kunye nokusebenza okwandisiweyo kunye nexabiso elincinciweyo. Ke ngoko, sigqibe kwelokuba akuyi kuba buhlungu ukubuyela kuqwalaselo lweetshiphusi ze-AMD ezinemizobo edibeneyo kwaye sijonge ukuba iminikelo yanamhlanje yolu hlobo ijongeka njani kwizinto zokwenyani zanamhlanje.

Ukuthetha ngenjongo, iRyzen 5 3400G kunye neRyzen 3 3200G ayifanelanga naluphi na uhlobo lwesimo sengqondo esifanelekileyo kubo. Ezi ziprosesa ezimbini ezigcwele ngokupheleleyo ze-quad-core, ezinokuthi kwiminyaka emithathu eyadlulayo zazinokubonwa njengezisombululo zeflegi. Kungoku kuphela, ngenxa yesikhundla esisebenzayo se-AMD ekukhuthazeni i-paradigm ye-multi-core kubantu abaninzi, ukuba baphakathi kweeprosesa kudidi oluphantsi lwamaxabiso, kodwa kufanelekile ukuqonda ukuba i-ecosystem ye-software ayikayiphakamisi ibha yenkqubo. iimfuno. Ngaloo ndlela, iiprosesa ze-quad-core, ngakumbi ukuba zixhasa iteknoloji ye-SMT, zinokubonelela ngokungaphezulu kokusebenza okwaneleyo kwiinkqubo zasekhaya okanye zeofisi.

Kwangaxeshanye, nangona ngokusesikweni iRyzen 5 3400G kunye neRyzen 3 3200G zezosapho lweRyzen 3000, enyanisweni ezi ziprosesa zodidi oluphantsi xa kuthelekiswa no. I-Ryzen 5 3500X kunye ne-3500. Into kukuba ziveliswa kusetyenziswa itekhnoloji ye-12nm endala kwaye isekelwe kwiiprosesa zeprosesa kunye ne-microarchitecture yangaphambili, iZen +. Ngenxa yoko, ukusebenza okuthe ngqo kwe-Ryzen 5 3400G kunye ne-Ryzen 3 3200G cores ingaphantsi kancinane kuneeprosesa ze-AMD zanamhlanje ngaphandle kwemizobo edibeneyo. Nangona kunjalo, ukuba sithetha malunga neeprosesa zedeskithophu, ke phakathi kwe-7-nm Zen 2 abathwali bezakhiwo akukho zikhetho kunye nemizobo edibeneyo okwangoku. Kananjalo akukho lwazi malunga nezicwangciso ze-AMD zokukhulula naziphi na iinguqulelo ezijoliswe ekusetyenzisweni kwiinkqubo zedesktop. Oku, kuthetha ukuba i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G, esiza kuthetha ngayo namhlanje, iyaqhubeka nokuhlala iyingqayizivele kunye neemveliso ezifanelekileyo, nangona i-debut yabo esemthethweni yenzeke kwiinyanga ezisibhozo ezidlulileyo.

Ukongeza, ukuba uthelekisa i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G kunye nabandulelayo bentsapho yaseRaven Ridge emelwe yiRyzen 5 2400G kunye neRyzen 3 2200G, awukwazi ukunceda kodwa uqaphele inkqubela eyenziwe kwiimpawu. Okokuqala, i-AMD yatshintsha inkqubo yobugcisa esetyenzisiweyo kwaye yatshintshwa ukusuka kwi-14-nm ukuya kwi-12-nm iteknoloji, kwangaxeshanye inyusa amaza okusebenza kunye nokuhlaziya i-microarchitecture ye-processor cores. Okwesibini, enye yeeprosesa ezintsha zePicasso ifumene isigqubuthelo esithengiswe kwikristale yesemiconductor, eyenza lula ukupholisa kunye nokwandisa amandla okugqithisa. Kwaye okwesithathu, umgaqo-nkqubo wexabiso uye wenza uhlengahlengiso oluthile: imodeli endala ye-Ryzen kunye nemizobo edibeneyo ibe yi-5% eshibhile ngokufika kwe-Ryzen 3400 12G.

⇡#I-Ryzen 5 3400G kunye ne-Ryzen 3 3200G ngokweenkcukacha

I-Architecturally, i-Picasso desktop processors, ezibandakanya i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G, zisekelwe kwiingcamango ezifanayo kunye nemigaqo efana ne-Raven Ridge processors. Ukuba awungeni kwiinkcukacha, unokubeka uphawu lokulingana okulingana phakathi kwesizukulwana sokuqala kunye nesibini se-APU kwi-Ryzen lineup. Ngamanye amagama, umahluko oziswa yiZen + microarchitecture kwiRyzen 5 3400G kunye neRyzen 3 3200G mincinci kakhulu. Umahluko kwintsebenzo ethile kunye ne-IPC (inani lemiyalelo eyenziwa ngomjikelo wewotshi) malunga ne-3%. Le nzuzo ibangelwa ikakhulu kukuphuculwa kwe-cache kunye nesilawuli sememori, ezifumene i-latencies ephantsi kancinane.

Kuya kufaneleka ukukhumbula ukuba iiprosesa ezixhotyiswa yi-AMD ngemizobo edibeneyo zahluke kakhulu kwi-Ryzen eqhelekileyo kulwakhiwo lwangaphakathi. Okokuqala, zisekelwe kwiprosesa ye-monolithic chip: akukho zixhobo zisetyenziselwa kule meko. Okwesibini, kuzo zombini i-Picasso kunye ne-Raven Ridge, zonke ii-cores ze-computing zidityanisiwe kwi-complex enye ye-CCX, echaza ukulinganiselwa kwenani labo eliphezulu ukuya kumaqhekeza amane, kodwa iqinisekisa ukulibaziseka okuqhubekayo xa zonke ezi core zifikelela kwinqanaba lesithathu le-cache. Kwaye okwesithathu, i-cache ye-L3 kwiiprosesa ezinjalo ziyancipha ukuya kwi-4 MB.

Njengolunye uchungechunge lweRyzen 5, iRyzen 3400 3G kunye neRyzen 3200 4G zenzelwe ukusebenza ngaphakathi kweSocket AM320 ecosystem. Ngaphezu koko, azihambelani ngokupheleleyo neebhodi zomama zanamhlanje ezisekwe kwi-A450, B470 kunye ne-X570/350 chipsets, kodwa zinokusebenza kunye neebhodi zomama ezindala ezininzi ezisekwe kwi-chipset ye-B370 kunye ne-XXNUMX. Oku kuthetha ukuba i-Picasso ilungile ekuhlanganiseni iinkqubo ezingabizi kakhulu - unokukhetha ezona ziqonga zohlahlo lwabiwo-mali kubo.

Ukongezelela, iphakheji ye-thermal ye-processors enjalo inqunyelwe kwi-65 W, oko kukuthi, abayinyanzeli naziphi na iimfuno ezikhethekileyo kwinkqubo yokunikezelwa kwamandla ebhodini. Oku kukuvumela ukuba unciphise i-cooler elula kwaye engabizi. Umzekelo, ukuba uthenga le processor kwibhokisi yebhokisi, iRyzen 5 3400G iza neWraith Spire, kwaye iRyzen 3 3200G encinci iza neWraith Stealth. Zombini ezi zipholileyo zisebenzisa iiradiyetha ze-aluminium ezomeleleyo, kwaye oku kungaphezulu kokwaneleyo ukupholisa iPicasso.

Ukuba sithetha ngeempawu ezisemthethweni zePicasso kwiinkqubo zedesktop, ke iRyzen 5 3400G kunye neRyzen 3 3200G xa kuthelekiswa neRyzen 5 2400G kunye neRyzen 3 2200G zihlukaniswa ngokuphindaphindiweyo kokunyuka kancinci kuzo zombini ii-computing cores kunye neGPU edibeneyo ye-GPU. RX Vega usapho.

Itekhnoloji yenkqubo ye-GlobalFoundries ye-12-nm ivumele umenzi ukuba anyuse isantya senxalenye yeprosesa nge-100-300 MHz kunye nenxalenye yemizobo nge-150 MHz.

	Ryzen 5 3400G	Ryzen 3 3200G	Ryzen 5 2400G	Ryzen 3 2200G
Codename	uPicasso	uPicasso	Umqolo weRaven	Umqolo weRaven
Itekhnoloji yemveliso, nm	12	12	14	14
Ingundoqo / Imisonto	4/8	4/4	4/8	4/4
Isiseko sefrikhwensi, GHz	3,7	3,6	3,6	3,5
Ukuphindaphinda kwimo ye-turbo, GHz	4,2	4,0	3,9	3,7
Ukugqithisa	kukho	kukho	kukho	kukho
L3 cache, MB	4	4	4	4
Inkxaso yememori	2 × DDR4-2933	2 × DDR4-2933	2 × DDR4-2933	2 × DDR4-2933
Imizobo edibeneyo	RX Vega 11	RX Vega 8	RX Vega 11	RX Vega 8
Inani labaqhubekekisi bomsinga	704	512	704	512
Imizobo engundoqo frequency, GHz	1,4	1,25	1,25	1,1
Iindlela zePCI Express	8	8	8	8
TDP, W	65	65	65	65
Isokisi	I-Socket AM4	I-Socket AM4	I-Socket AM4	I-Socket AM4
Ixabiso elisemthethweni	$149	$99	$169	$99

Kuyathakazelisa ukuba i-Ryzen 5 3400G ifumene i-$ 20 ixabiso lokuqala eliphantsi kune-Ryzen 5 2400G. Kwaye kwiivenkile, le processor ixabisa ngokwenene ngaphantsi kweyangaphambili, eyenza i-Ryzen 5 2400G ithenge okungekho nto. Lo mgaqo awusebenzi kwi-Ryzen 3 3200G, kwaye i-Ryzen 3 2200G ngoku inokuthengwa ngexabiso eliphantsi kunenguqulo entsha. Nangona kunjalo, i-AMD iyekile ukubonelela ngeeprosesa zechungechunge lweRaven Ridge, kwaye into ekhoyo kwiishelufu ziintsalela eziya kuthi shwaka kungekudala.

Ngaphandle kwento yokuba iindleko zeprosesa endala enemizobo edibeneyo yehlile, kusekho umsantsa obonakalayo wexabiso phakathi kwayo kunye neRyzen 3 3200G. Iprosesa endala ixabisa enye enesiqingatha ngaphezulu, enokuthi igwetyelwe kubukho betekhnoloji ye-SMT kunye nenkxaso yeentambo eziphindwe kabini, kunye neyona nto inamandla yegraphics edibeneyo yeRX Vega eneeyunithi ezili-11 zekhompyuter. Kubonakala ngathi imbono ye-AMD kukuba i-Ryzen 5 3400G ingaphezulu kweprosesa yokudlala, kwaye i-Ryzen 3 3200G ingaphezulu kweofisi kunye neprosesa yemultimedia, nangona umgca phakathi kwabo ungqongqo.

Ngelixa i-AMD ihambise i-core cores yesizukulwana esitsha se-APU kwi-Zen + microarchitecture, inxalenye yemizobo yeRyzen 5 3400G kunye neRyzen 3 3200G ayitshintshanga kwaphela xa ithelekiswa neRaven Ridge. Oku kungenxa yokuba ukusebenza kwemizobo edibeneyo kunqunyelwe ngamandla enkqubo engaphantsi kwememori, kwaye ngaphandle kwenkxaso yetekhnoloji yememori ekhawulezayo ayisayi kuphinda ikwazi ukufezekisa ukwanda okubonakalayo kwisantya.

Nangona kunjalo, i-AMD yongeze ubuchule obutsha bemizobo kunye nomqhubi. Ngokomzekelo, iiprosesa ze-hybride ekugqibeleni ziye zafumana inkxaso yokusasazwa kwevidiyo ekhuselekileyo kwisisombululo se-4K, esiyimfuneko kwiinkonzo zokusasaza njengeNetflix kwizigqibo eziphezulu. Ukongeza, iPicasso ngoku ixhasa itekhnoloji yeRadeon Anti-Lag, enciphisa i-lag yokuphendula kwiindawo zokudlala.

Njengangaphambili, zombini iiprosesa ezinemizobo edityanisiweyo azinaziphindaphindi ezitshixiweyo, oko kukuthi, zinokugqithiswa, zombini ii-CPU kunye neengxenye ze-GPU. I-DDR4 SDRAM inokuphinda igqitywe, kodwa kufuneka uqonde ukuba umlawuli wememori kwi-Ryzen 5 3400G kunye ne-Ryzen 3 3200G ayikho njenge-omnivorous njenge-7nm Ryzen 3000 series processors, ngoko awukwazi ukuthembela ekoyiseni iindlela ezigqithiseleyo. Kule nkalo, yonke into iya kufana ngakumbi nendlela imemori egqitywe ngayo kwi-Ryzen yesizukulwana sokuqala okanye sesibini.

Nangona kunjalo, ukuba kuthelekiswa neRaven Ridge, kusesengqiqweni ukulindela iziphumo ezingcono zokugqithisa ngaphezulu kweRyzen 5 3400G. Kule processor, i-AMD isebenzisa i-interface esebenzayo yangaphakathi ye-thermal phantsi kwe-hood - i-solder, kunokuba i-thermal paste, njengakwezinye ii-APU zayo. Ukongeza, i-Ryzen 5 3400G ngoku ixhasa i-Precision Boost Overdrive (PBO), ikuvumela ukuba uvule i-frequencies ephezulu yokusebenza ngelixa ugcina imodi ye-turbo ngeqhosha elilodwa. Nangona kunjalo, ungalibali ukuba ukusebenza kakuhle kwe-PBO, ukupholisa iprosesa elungileyo kuyafuneka.

Kuloo nto sele ithethiwe, kusala nje ukongeza ukuba iinguqulelo zedesktop zePicasso ekuxoxwe ngazo kwesi sixhobo zizifaniso zeeprosesa zeselfowuni ze-AMD zoluhlu lwamawaka amathathu kwaye zakhululwa ekuqaleni kuka-2019. Kodwa ngenxa yendlela ekhululekileyo yokuchitha ubushushu kunye nokusetyenziswa kwamandla, iRyzen 5 3400G kunye neRyzen 3 3200G ngokucacileyo ziphezulu ekusebenzeni kwabo basebenza nabo kwiilaptop kuwo omabini amasebe ekhompyuter kunye nemizobo. Kuphela zii-APU ezintsha ezinoyilo lweRenoir, oluya kuthi kwiintsuku ezizayo luqale ukoyisa imakethi yekhompyuter ephathwayo, inokugqitha kuzo.

Nangona kunjalo, oku akuthethi ukuba isizukulwana esilandelayo seeprosesa ze-AMD ezinemizobo edibeneyo yedesktop siza kubonakala kungekudala. I-Ryzen 5 3400G kunye ne-Ryzen 3 3200G iya kuhlala nathi ixesha elide, kwaye oku kunengqiqo yayo. Usapho lakwaRenoir lubandakanya iiprosesa ezingundoqo ezisibhozo kunye nezintandathu. Ngokucacileyo azihambelani nohlahlo lwabiwo-mali lweekhompyuter zedesktop, ezifuna iiprosesa ezinemizobo edibeneyo.

⇡#Inkcazo yeenkqubo zokuvavanya kunye neendlela zokuvavanya

Ngeendlela ezininzi, i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G yiminikelo ekhethekileyo evela kwi-AMD, enzima ukufumana abakhuphisana ngokuthe ngqo. Inyani kukuba i-Intel ayinayo imveliso yedesktop ene-accelerator enamandla edibeneyo yemizobo. Nangona kunjalo, ngokusekwe kumaxabiso, bobabini abameli boluhlu lweCore i3 kunye neemodeli ezincinci zeCore i5 zinokuthathwa njengezinye iiprosesa ze-AMD hybrid. Kwiimeko apho singathethi malunga nokusebenza kwe-GPU eyakhelwe-ngaphakathi kwimidlalo, sithelekisa iRyzen 5 3400G kunye neRyzen 3 3200G kunye nabo.

Ukuvavanya imizobo edibeneyo yePicasso kwimidlalo, kuye kwafuneka sibize abachasi abahluke ngokupheleleyo. Ngokwendalo, ngenxa yokusesikweni, siye savavanya, ngakumbi i-Core i5-9400 ene-UHD Graphics 630 engundoqo yemizobo, kodwa eyona ndlela iphambili ye-Ryzen 5 3400G kunye ne-Ryzen 3 3200G kwiimvavanyo ezinjalo yayiyindibaniselwano ye-Core i3- I-9100 kunye nebhajethi yamakhadi evidiyo e-GeForce GT 1030 Iinguqulelo ezimbini zamakhadi evidiyo anjalo asetyenzisiweyo - axhotyiswe ngememori yegraphics ye-DDR4 kunye ne-GDDR5. Abaphambili be-Ryzen 5 3400G kunye ne-Ryzen 3 3200G - i-Raven Ridge processors - nabo bathathe inxaxheba ekuthelekiseni.

Ekugqibeleni, xa sivavanya i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G iprosesa kwizicelo eziqhelekileyo okanye kwimidlalo enekhadi lemifanekiso ecacileyo, i-Ryzen 5 3500X yongezwa kuluhlu lwabakhuphisana nabo - omnye wabameli abafikelelekayo kwintsapho yakwaMatisse, leyo, ngendlela, ukuthetha, namhlanje ixabisa nangaphantsi kweRyzen 5 3400G.

Ekugqibeleni, iisistim zovavanyo zenziwa ukusuka kwiseti yamacandelo alandelayo:

• Iiprosesa:
  • AMD Ryzen 5 3500X (Matisse, 6 cores, 3,6-4,1 GHz, 32 MB L3);
  • AMD Ryzen 5 3400G (Picasso, 4 cores + SMT, 3,7-4,2 GHz, 4 MB L3);
  • AMD Ryzen 5 2400G (Raven Ridge, 4 cores + SMT, 3,6-3,9 GHz, 4 MB L3, Vega 11);
  • AMD Ryzen 3 3200G (Picasso, 4 cores, 3,6-4,0 GHz, 4 MB L3);
  • AMD Ryzen 3 2200G (Raven Ridge, 4 cores, 3,5-3,7 GHz, 4 MB L3, Vega 8);
  • I-Intel Core i5-9400 (I-Coffee Lake Refresh, i-6 cores, i-2,9-4,1 GHz, i-9 MB L3);
  • I-Intel Core i3-9350K (I-Coffee Lake Refresh, i-4 cores, 4,0-4,6 GHz, 8 MB L3);
  • I-Intel Core i3-9100 (I-Coffee Lake Refresh, i-4 cores, i-3,6-4,2 GHz, i-6 MB L3).
• I-CPU epholileyo: I-Noctua NH-U14S.
• Iibhodi zoomama:
  • ASRock X570 Taichi (Socket AM4, AMD X570);
  • ASRock X470 Taichi (Socket AM4, AMD X470);
  • ASRock Z390 Taichi (LGA1151v2, Intel Z390).
• Imemori: 2 × 8 GB DDR4-3200 SDRAM, 16-18-18-36 (I-Crucial Ballistix Sport LT White BLS2K8G4D32AESCK).
• Amakhadi evidiyo:
  • I-MSI GeForce GT 1030 AERO ITX 2G OC (GP108, 1265/6008 MHz, 2 GB GDDR5 64-bit);
  • I-MSI GeForce GT 1030 AERO ITX 2GD4 OC (GP108, 1189/2100 MHz, 2 GB DDR4 64-bit);
  • MSI Radeon RX 570 ARMOR 8G OC (Polaris 20 XL, 1268/7000 MHz, 8 GB GDDR5 256-bit).
• Inkqubo engaphantsi kweDisk: Samsung 970 EVO Plus 2TB (MZ-V7S2T0).
• Unikezelo lwamandla: Thermaltake Toughpower DPS G RGB 1000W Titanium (80 Plus Titanium, 1000 W).

Kwiinkqubo ezineeprosesa ze-AMD, i-subsystem yememori yaqulunqwa kwimodi ye-DDR4-3200 kunye nokulibaziseka kwe-XMP (16-18-18-36). Kwiinkqubo ezineeprosesa ze-Intel, inkqubo esezantsi yememori esebenza kwi-DDR4-2666 imowudi enexesha le-16-16-16-34, kuba kwiibhodi ze-LGA1151v2 ezingabizi kakhulu ezakhiwe kuzo naziphi na ii-chipsets ngaphandle kwe-Z370 okanye i-Z390, iindlela zesantya esiphezulu azifumaneki ukuba zisetyenziswe. .

Uvavanyo lwenziwa kwiMicrosoft Windows 10 Pro (v1909) Yakha i-18363.476 inkqubo yokusebenza usebenzisa le seti ilandelayo yabaqhubi:

• I-AMD Chipset Driver 2.03.12.0657;
• AMD Radeon Software Adrenalin 2020 Edition 20.3.1;
• Intel Chipset Driver 10.1.1.45;
• Intel Graphics Driver 26.20.100.7870;
• NVIDIA GeForce 442.74 Umqhubi.

Ibenchmarks ezibanzi:

• I-Futuremark PCMark 10 Ushicilelo loBuchule 2.1.2177 - uvavanyo kwiimeko eziBalulekileyo (umsebenzi oqhelekileyo womsebenzisi oqhelekileyo: ukuqaliswa kwezicelo, ukukhangela i-intanethi, i-video conferencing), Imveliso (umsebenzi we-ofisi kunye neprosesa yamagama kunye ne-spreadsheets), i-Digital Content Creation (ukudala umxholo wedijithali: ukuhlelwa kweefoto, ukuhlelwa kwevidiyo okungekho mgca, ukunikezelwa kunye nokubonwa kweemodeli ze-3D). I-OpenCL hardware acceleration ivaliwe.
• I-3DMark Professional Edition 2.11.6846 - uvavanyo kwi-Time Spy 1.1 kunye ne-Fire Strike 1.1 izigcawu.

Izicelo:

• I-7-zip 19.00 - uvavanyo lwesantya sokugcinwa kwedatha. Ixesha elichithwe ngumgcini-zincwadi ukucinezela i-directory kunye neefayile ezahlukeneyo kunye nomthamo opheleleyo we-3,1 GB ilinganiswa. I-algorithm ye-LZMA2 kunye neqondo eliphezulu loxinzelelo lisetyenziswa.
• I-Adobe Photoshop CC 2020 21.0.2-ukuvavanya ukusebenza xa kusetyenzwa imifanekiso yegraphic. Umyinge wexesha lokwenziwa kwePuget Systems Adobe Photoshop CC Benchmark 18.10 iskripthi sovavanyo, esilinganisa inkqubo eqhelekileyo yomfanekiso othathwe yikhamera yedijithali, iyalinganiswa.
• I-Adobe Premiere Pro CC 2020 14.0-uvavanyo lwentsebenzo yokuhlela ividiyo engahambelaniyo. Ixesha elithathayo ukunika iprojekthi ye-YouTube 4K equlethe ividiyo ye-HDV 2160p30 eneziphumo ezahlukeneyo ezisetyenzisiweyo.
• I-Blender 2.82a-ukuvavanya isantya sonikezelo sokugqibela kwenye yeepakethe ezidumileyo zasimahla zokwenza imizobo ye-27D. Ubude bexesha lokwakha imodeli yokugqibela yeBMWXNUMX ukusuka kwiBlender Benchmark iyalinganiswa.
• IMicrosoft Edge 44.18362.449.0 – ukulinganisa isantya sebhrawuza kwiindawo eziqhelekileyo zenethiwekhi yoluntu, iivenkile ezikwi-intanethi, iinkonzo zemephu, ustrimisho lwevidiyo naxa unikezela ngamaphepha ewebhu angatshintshiyo. I-PCMark 10 script isetyenziselwa ukulinganisa umthwalo.
• I-Microsoft Excel 2019 16.0.12527.20260 – iskripthi sokuvavanya ukusebenza kwe-PCMark 10, ukulinganisa izenzo eziqhelekileyo zomsebenzisi kwisicelo;
• I-Microsoft PowerPoint 2019 16.0.12527.20260 – iskripthi sokuvavanya ukusebenza kwe-PCMark 10, ukulinganisa izenzo eziqhelekileyo zomsebenzisi kwisicelo;
• I-Microsoft Word 2019 16.0.12527.20260 – iskripthi sokuvavanya ukusebenza kwe-PCMark 10, ukulinganisa izenzo eziqhelekileyo zomsebenzisi kwisicelo;
• I-Stockfish 10 - ukuvavanya isantya se-injini ye-chess eyaziwayo. Isantya sokukhangela ngokusebenzisa iinketho kwindawo "1q6/1r2k1p1/4pp1p/1P1b1P2/3Q4/7P/4B1P1/2R3K1 w" ilinganiswa.
• x264 r2969 - ukuvavanya isantya ividiyo transcoding kwi ethembisayo H.264/AVC format. Ukuvavanya ukusebenza, sisebenzisa ifayile yevidiyo ye-AVC eyi-2160p@24FPS ene-bitrate emalunga ne-42 Mbps.

Imidlalo yokuvavanya ukusebenza kweCPU:

• I-Assassin's Creed Odyssey. Isigqibo 1920 × 1080: Umgangatho weGraphics = Phakathi.
• I-Far Cry 5. Isisombululo 1920 × 1080: Umgangatho weGraphics = Ultra, HD Textures = Off, Anti-Aliasing = TAA, Motion Blur = On.
• Isithunzi seTomb Raider. Isigqibo 1920 × 1080: DirectX12, Preset = High, Anti-Aliasing = Off.
• Imfazwe epheleleyo: Izikumkani ezintathu. Isigqibo se-1920 × 1080: I-DirectX 12, uMgangatho = oPhakathi, ubungakanani beyunithi = ngokugqithisileyo.
• IMfazwe Yehlabathi I-Z. Isigqibo se-1920 × 1080: I-DirectX11, i-Visual Quality Preset = I-Ultra.

Imidlalo yokuvavanya ukusebenza kwemizobo edibeneyo:

• Impucuko VI: Ukuqokelela iSiqhwithi. Isigqibo 1920 × 1080: I-DirectX 12, i-MSAA = ivaliwe, i-Performance Impact = ePhakathi, iMpembelelo yeMemori = ePhakathi.
• Ukungcola Rally 2.0. Isisombululo 1920 × 1080: Multisampling = Off, Anisotropic Filtering = 16x, TAA = Off, Quality Preset = Medium.
• I-Far Cry 5. Isisombululo 1280 × 720: Umgangatho weGraphics = Eqhelekileyo, i-HD Textures = ivaliwe, i-Anti-Aliasing = iValiwe, i-Motion Blur = Vula.
• Metro Eksodus. Isigqibo se-1280 × 720: I-DirectX 12, uMgangatho = ophantsi, i-Texture Filtering = AF 4X, i-Motion Blur = Eqhelekileyo, i-Tesselation = ivaliwe, i-Advanced PhysX = ivaliwe, i-Hairworks = iValiwe, i-Ray Trace = iValiwe, i-DLSS = ivaliwe.
• Isithunzi seTomb Raider. Isigqibo 1920 × 1080: DirectX12, Preset = Medium, Anti-Aliasing = Off.
• Ilizwe lamaTanki enCore RT. Isigqibo 1920 × 1080: Ukusetwa koMgangatho = Phakathi, i-Antialiasing = ivaliwe, i-Ray Traced Shadows = ivaliwe.
• IMfazwe Yehlabathi I-Z. Isisombululo 1920 × 1080: I-Vulkan, i-Visual Quality Preset Preset = Ephakamileyo.

Zonke iimvavanyo zokudlala zixela umndilili wenani lezakhelo ngesekhondi kunye ne-0,01-quantile (ipesenti yokuqala) yamaxabiso eFPS. Ukusetyenziswa kwe-quantile ye-0,01 endaweni yobuncinci bezalathi ze-FPS kubangelwa umnqweno wokucoca iziphumo ezivela kwi-spikes yokusebenza engahleliweyo ekhutshwe ngezizathu ezingahambelani ngokuthe ngqo nokusebenza kwamacandelo aphambili eqonga.

⇡#Ukusebenza kwemizobo eDityanisiweyo

Siqala ukujonga kwethu kwi-Ryzen 5 3400G kunye ne-Ryzen 3 3200G kunye neemvavanyo zokudlala zemizobo edibeneyo, njengoko le yeyona nto inomdla kakhulu ekusebenzeni kwabo. Iiprosesa zePicasso ziqhayisa nge-GPU eyakhelwe-ngaphakathi ekhethekileyo, enamandla amakhulu, ephantse yafikelela kwi-2 Gflops. Kubonakala ngathi imizobo edityanisiweyo ye-AMD inokubekwa kwinqanaba elifanayo kunye nesantya sevidiyo esicacileyo kwinqanaba le-GeForce GTX 1050, kodwa oku, ngokwendalo, kunethemba kakhulu kuvavanyo kwaye ayithatheli ngqalelo imida kwi-bandwidth yememori, enyanzelisa kakhulu. ukusebenza kwayo nayiphi na i-GPU eyakhelwe kwiprosesa.

Ngokwenyani, ukusebenza kwemizobo yeRyzen 5 3400G kunye neRyzen 3 3200G kuhlala kufana nangaphambili xa i-AMD ibonelela ngeeprosesa zeRaven Ridge. Ukunyuka kwe-12% kwi-frequency ye-accelerator ye-RX Vega eyakhelwe ngaphakathi inika kuphela i-7% yokuphakama kwe-Ryzen 5 3400G phezu kwe-Ryzen 5 2400G okanye i-Ryzen 3 3200G phezu kwe-Ryzen 3 2200G.

Nangona kunjalo, imizobo edibeneyo ye-AMD ayizange ibe nabakhuphisana nabo. I-Intel ayenzanga naluphi na utshintsho kwii-GPU zayo ezidityanisiweyo kwiminyaka yakutshanje, kwaye ngenxa yoko, umsantsa omkhulu phakathi kokusebenza kwemizobo yePicasso kunye neCoffee Lake uye wanda kuphela. Ngaphezu koko, ii-RX Vega graphics cores ezisetyenziswe kwi-Ryzen 5 3400G kunye ne-Ryzen 3 3200G zikhuphisana ngempumelelo namakhadi evidiyo adityanisiweyo enqanaba leGeForce GT 1030 imidlalo kunye Core i3 kunye $80 amakhadi yemizobo.

Ngamanye amazwi, iimvavanyo zibonisa ngokucacileyo ukuba amaxesha apho ikhadi levidiyo elidityanisiweyo laliluphawu olunyanzelekileyo kuyo nayiphi na inkqubo yokudlala aphelile. Ukuba uhlahlo lwabiwo-mali lwakho lokwakha alukuvumeli ukuba uchithe ngaphezulu kweedola ezili-100 kwikhadi lemizobo, ukhetho olusengqiqweni ngakumbi luya kuba kukuthenga iRyzen 5 3400G kunye neRyzen 3 3200G, ezilungele iinkqubo zemidlalo yebhajethi. Kwinani elikhulu lemidlalo engafuneki kakhulu ekusebenzeni kwemizobo, bayakwazi ukubonelela ngenqanaba elifanelekileyo leFPS kwisisombululo esigcweleyo seHD xa ukhetha umgangatho ophakathi (ngaphandle kokuchasana nokuchasana), nakwimidlalo “enzima” evela. imbono yomzobo, ukufumana umlinganiselo owamkelekileyo wesakhelo, kwanele ukunciphisa isisombululo ukuya kuthi ga kwi-720p.

⇡#Ukusetyenziswa kwamandla (kunye neGPU edibeneyo)

Iiprosesa ezinemizobo edityanisiweyo kufuneka zibe noqoqosho. Okokuqala, ii-CPU ezinjalo zihlala zisetyenziswa kwiinkqubo ze-compact HTPC-class, apho kunokubakho iingxaki ezinzulu ngokulungiselela ukupholisa okusebenzayo. Okwesibini, ukusebenza kakuhle kwamandla kwezo processors zivumela ukuba zisetyenziswe kunye neebhodi ze-motherboard ezingabizi, kunye nokugcina kwiinkqubo zokupholisa kunye nokubonelela kwamandla enkqubo.

Ngokusemthethweni, i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G ihlangabezana nale migaqo. Ezi processors, njengabanduleli bazo, zibandakanyiwe kwiphakheji ye-thermal ye-65-watt. Ukunyuka kwe-clock frequencies akufanele kudideke, kuba i-Picasso, xa ithelekiswa ne-Raven Ridge, iveliswa ngokusebenzisa inkqubo ye-teknoloji ephezulu kunye nemigangatho ye-12, kungekhona i-14 nm.

Nangona kunjalo, ekusebenzeni, ukusetyenziswa kweenkqubo kunye ne-Ryzen 5 3400G kunye ne-Ryzen 3 3200G yayisephezulu kancinci kuneenkqubo ezifanayo kunye ne-Ryzen 5 2400G kunye ne-Ryzen 3 2200G. Umahluko wokusetyenziswa okupheleleyo ufikelela kwi-10 W kunye nomthwalo ococekileyo wekhompyutheni kwaye ufikelele kwi-20 W kunye nomthwalo onzima owela kwi-CPU kunye ne-GPU ngaxeshanye, njengemidlalo okanye uvavanyo olukhethekileyo lomthwalo we-synthetic PowerMax.

Konke oku kuphakamisa inkxalabo yokuba ii-APU ezintsha ze-AMD zisenokungabi neemeko ezincomekayo zobushushu ngexesha lokusebenza, ngakumbi ukuba zisetyenziswa ngokupholisa okusemgangathweni. Noko ke, sinokuwaphelisa amathandabuzo anjalo. I-AMD icinge ngalo mbandela kwaye iquka i-Wraith Spire epholileyo enamandla ngakumbi kunye nesiseko sobhedu kwibhokisi ene-Ryzen 5 3400G.

Ngokwesiqhelo, ulawulo lobushushu beRyzen 5 3400G kunye neWraith Spire epholileyo eqhelekileyo ibonakala yamkelekile. Nangona kumthwalo ophezulu, iprosesa itshisa kuphela kwi-85 degrees, ngelixa isantya se-fan kwi-cooler sifikelela malunga ne-2700 rpm.

Ukuba sithetha ngeRyzen 3 3200G, ke i-Wraith Stealth ehlanganisiweyo ihlangabezana kakuhle nokupholisa kwayo. Kuvavanyo lomthwalo wePowerMax, ubushushu beCPU ephezulu bufikelela kuma-79 degrees. Isantya sokujikeleza kwabalandeli kule meko sinokufikelela kwi-2700 rpm efanayo.

Ezi ziphumo zibonisa ngokucacileyo ukuba iinkqubo zokupholisa ezithunyelwa yi-AMD ngeeprosesa ze-Picasso zingasetyenziselwa ukuzipholisa ngaphandle kokuphazamiseka. Ngamanye amazwi, abasebenzisi banokuthenga ngokukhuselekileyo iinguqulelo zebhokisi ze-Ryzen 5 3400G kunye ne-Ryzen 3 3200G kwaye bafake iinkqubo zokupholisa ezipheleleyo kulwakhiwo lwabo, ngakumbi ukunciphisa iindleko ezipheleleyo zokwakha ikhompyutha. Umahluko kwixabiso phakathi kwebhokisi kunye neenguqu ze-OEM zeprosesa ezinjalo zimalunga nama-ruble angama-500, kwaye le mali, ngaphandle kokungabaza, ihlawula.

⇡#Ukugqithisa

Ukunyaniseka, siye saphoxeka ekugqithiseni iiprosesa ze-AMD. Akhange zisetyenziswe ixesha elide ngoku, kuba inkampani ifunde ukusebenzisa phantse yonke into ekhoyo ekhoyo kwiindlela ezibizwa ngokuba yi-frequency. Kodwa i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G ziiprosesa ezikhethekileyo, kuba ukongeza kwi-computing cores, banayo i-core graphics, onokuthi uzame ukuyigqithisa. Kwaye, ujonge phambili, kufanelekile ukuthetha ukuba olu luhlobo kanye lwe-overclocking olunokuthi kule meko lunike isiphumo esiluncedo.

Ukuba sithetha ngeprosesa endala, iRyzen 5 3400G, emva koko iimvavanyo ezingaphezulu kwayo azizange zikhuthaze kakhulu. I-computing cores kule APU yakwazi ukusebenza kwi-frequency ephezulu ye-4,1 GHz xa i-voltage yokubonelela yanda ukuya kwi-1,375 V. Imemori yatshintshelwa kwimodi ye-DDR4-3466. Ngokuphathelele i-accelerator eyakhelwe-ngaphakathi i-RX Vega 11, ngokunyuka kwe-voltage ukuya kwi-1,2 V inyuke nge-15% - ukuya kwi-1600 MHz.

Kodwa ngeprosesa ye-Ryzen 3 3200G, inkqubo yokugqithisa ngaphezulu yayimnandi ngakumbi, ngakumbi xa kuziwa ekuphuculeni ukusebenza kwe-RX Vega 8 core ye-graphics It overclocked ukusuka kwi-1250 MHz ukuya kwi-1800 MHz, oko kukuthi, ngokuphindaphindiweyo. inomtsalane ngama-44%. Ukusebenza kwayo okuzinzileyo kule modi kuphunyezwe ngokunyusa amandla ombane kwi-GPU ukuya kwi-1,25 V.

Ngaphandle kokunyuka okuchukumisayo kokuphindaphinda kwe-accelerator eyakhelwe-ngaphakathi, i-Ryzen 3 3200G ii-computing cores zikwazile ukusebenza ngokuzinzileyo kuphela kwi-frequency ye-4,1 GHz xa i-voltage yazo yonyuswa ukuya kwi-1,35 V.

Nangona kunjalo, oku akubalulekanga kangako. Into ephambili kukuba i-overclocking ikuvumela ukuba uzise ukusebenza kwemizobo ye-Ryzen 3 3200G kwinqanaba le-Ryzen 5 3400G. Ubuncinci yile nto iziphumo zovavanyo kwi-3DMark zibonisa: i-RX Vega 8 i-accelerator egqithisiweyo ukusuka kwi-Picasso encinci isebenza ubuncinane i-RX Vega 11 esuka kwi-Ryzen 5 3400G.

	Ryzen 5 3400G		Ryzen 3 3200G
	Ihlelo	Ukugqithisa	Ihlelo	Ukugqithisa
I3DMark Time Time Spy	1413	1526	1157	1436
I-3DMark Fire Strike	3595	3834	3023	3615

Ngelo xesha, ukuzuza kwentsebenzo ye-Ryzen 5 3400G yemizobo ngexesha lokugqithiswa kwe-overclocking kunqandeke kakhulu: ayidluli kwi-6-8%. Ke, kulungile ukugqiba kwelokuba abasebenzisi abaphambili abangaziwayo kwi-overclocking banokuzikhawulela kwi-Ryzen 3 3200G engabizi xa behlanganisa iinkqubo zokudlala kwinqanaba lokungena. Emva kokulungiswa okufanelekileyo, ukusebenza kwayo kwemidlalo inokufikelela kwinqanaba lomntakwabo omdala.

⇡#Ukusebenza kwiibenchmarks ezibanzi

Uvavanyo olongezelelweyo lweRyzen 5 3400G kunye neRyzen 3 3200G lwenziwa kusetyenziswa ikhadi lemizobo yangaphandle ephezulu. Oku, kwelinye icala, kuya kubeka ii-CPU phantsi kokufundwa kwinqanaba elilinganayo kuloo misebenzi apho imizobo ingadlali indima ephambili. Kwelinye icala, siya kufumana ulwazi malunga nokuba ilungile kangakanani iPicasso ukuba siyawushiya undoqo wemizobo yabo kwaye sitshintshele kwikhadi lemizobo ecacileyo. Le meko iyinyani, umzekelo, ukuba umsebenzisi ugqiba ekubeni aphucule inkqubo esele ikhona. Okanye, umzekelo, ukuba uvele athenge kwixabiso eliphantsi le-Ryzen 3 3200G, ehlala ixabisa nangaphantsi kwe-Core i3-9100F.

Nangona kunjalo, iziphumo ze-Futuremark PCMark 10 zibonisa ukuba ngokwendlela yokusebenza kwimisebenzi eqhelekileyo, iiprosesa zePicasso aziphantse zilungile njengoko kuvavanyo lokudlala lwemizobo edibeneyo. Banokubonelela ngeziphumo ezifanelekileyo xa kuthelekiswa nee-quad-core Core i3s zanamhlanje kuphela kwimeko yeMveliso, apho ukusebenza kwemisebenzi eqhelekileyo kwiLibreOffice Writer kunye neLibreOffice Calc ivavanywa.

Oko kukuthi, i-microarchitecture yeZen + cores ikhangeleka impahlekile xa ithelekiswa neZen 2 kunye neSkylake. I-AMD ngokucacileyo kufuneka ithathele ingqalelo ukuphuculwa kweeprosesa zayo kunye nemizobo edibeneyo kwi-microarchitecture entsha.

⇡#Ukusebenza kwesicelo

Utshintsho lwee-APU ze-AMD ukuya kuyilo lwePicasso luphawulwe ngokunyuka okuncinci kwezantya zewotshi kunye nokunyuka okuncinci kwe-IPC, efakwe kwi-Zen+ microarchitecture. Lilonke, oku kwandisa ukusebenza kweeprosesa ezintsha ze-hybride xa kuthelekiswa nabandulelayo nge-5-10%. Nangona kunjalo, oku akwanele ukuba i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G ihambelane nesantya kwizicelo kunye neeprosesa ze-Intel zexabiso elifanayo. Ke, i-Core i5-9400 ene-core i5-3400 ibonakala ibhetele ngakumbi kwiimvavanyo kune-3-core kunye ne-9100-thread Ryzen 3 3200G, kunye ne-quad-core Core i5-3400 idlula i-Ryzen 3 3G. Enyanisweni, sinokuthi i-Ryzen 3200 XNUMXG endala inikezela ukusebenza kwekhompyutheni kwinqanaba le-Core iXNUMX endala, ngelixa i-Ryzen XNUMX XNUMXG inyanzelekile ukuba idlale kwinqanaba eliphantsi.

Nangona kunjalo, kwezo meko apho ukusebenza kwekhompyuter kubaluleke kakhulu, i-AMD inabanye abadlali. I-5-core Ryzen 3500 3500X kunye ne-2 ziiprosesa ezimbini ezivela kusapho lwe-Zen 5 ezinexabiso eliphantsi kune-Ryzen 3400 XNUMXG, kodwa zenza ngcono kakhulu malunga nokusebenza kweprosesa ecocekileyo.

Umsebenzi weOfisi:

Ugcino lwamaxwebhu:

Ugqithiso lweekhowudi kwividiyo:

Ukuqhubekeka komfanekiso:

Ukuhlelwa kwevidiyo kunye nokuhlelwa kwevidiyo:

Itshezi:

Unikezelo:

Intanethi:

⇡#Umdlalo wokuSebenza (nge-GPU ecacileyo)

Kufanelekile ukuthetha ngoko nangoko ukuba iiprosesa zePicasso aziyilwanga ngumvelisi ukuze zisebenze kunye nee-accelerator zegraphics zangaphandle. Ewe, ukusetyenziswa okunjalo kunokwenzeka, kodwa kuya kufuneka ubeke imida ethile ebonakalayo nakwinqanaba lokucaciswa. Ngaloo ndlela, i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G inokunxibelelana nekhadi levidiyo elicacileyo ngeendlela ezisibhozo kuphela ze-PCI Express, kwaye sithetha ngeyesithathu, kungekhona inguqu yesine yeprotocol.

Inyaniso yokuba i-Picasso ayifanelekanga kakhulu kwiinkqubo zokudlala ezikumgangatho ophezulu ikwangenxa yobuthathaka beZen + microarchitecture, kunye nokunciphisa i-L3 cache kwezi processors. Ngamanye amazwi, ukuxhobisa iinkqubo ezisekwe kwi-Ryzen 5 3400G kunye ne-Ryzen 3 3200G enekhadi elipheleleyo lemizobo ephezulu ayisiyo imeko emnandi kakhulu. Nangona kunjalo, kwiinkqubo ezinemizobo ecacileyo, abanye abameli boluhlu lweRyzen 3000, esekwe kwiZen 2 microarchitecture, bakhangeleka ngcono kakhulu, umzekelo iRyzen 5 3500X efanayo, leyo, njengoko besesitshilo, ibiza ixabiso eliphantsi kunoko. I-Ryzen 5 3400G.

Nangona kunjalo, konke oku akuthethi ukuba ukusebenzisa i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G enemifanekiso ecacileyo ichasene ngokungqongqo. Ukubonisa oku ngomzekelo othile, siye savavanya ukusebenza kwemidlalo ngekhadi lemizobo yeRadeon RX 570 8 GB - ukhetho oluqhelekileyo lokuphucula uhlahlo lwabiwo-mali oluhlala lusetyenziswa ngabanini beeprosesa zolu didi. Kwaye njengoko iziphumo zibonisa, amandla e-Ryzen 5 3400G kunye ne-Ryzen 3 3200G kwiimeko ezininzi anele ngokwaneleyo ukuze inkqubo yokudlala kunye nabo ingahlali kakhulu emva koqwalaselo olusekwe kwi-Core i3 okanye i-Ryzen 5.

Ngamanye amazwi, ukuthenga enye yePicasso kuqala, usebenzisa inkqubo esekelwe kuyo usebenzisa i-GPU edibeneyo, kwaye ngoko ukongeza uhlobo oluthile lwekhadi levidiyo eliphakathi kwexabiso kule ndibano sisicwangciso esiqhelekileyo ngokupheleleyo. Kodwa kwiinkqubo ezenzelwe ukusebenza kunye ne-GPU ecacileyo ekuqaleni, i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G processors ayikhuthazwa.

⇡#ezifunyanisiweyo

Iiprosesa zedesktop ze-AMD ezinemizobo edityanisiweyo, nokuba ngaba ngabameli bothotho lwangaphambili lweRaven Ridge okanye iPicasso entsha, akufuneki bathathwe njengemveliso yendalo yonke. Umenzi uphuhlise izisombululo ezinjalo kunye nenjongo ethile - ukubonelela abasebenzisi nge-chip edibeneyo edibeneyo, ngokusekelwe apho banokuhlanganisa khona iikhomputha zokudlala ibhajethi kunye namaziko e-multimedia ngeendleko zemali eziphantsi. I-Ryzen 5 3400G kunye ne-Ryzen 3 3200G ihlangabezana kakuhle nale misebenzi: kwi-niche yabo yemarike, ababonakali nje beqinisekile, kodwa bayintloko kunye namagxa ngaphezu kwazo zonke ezinye iinketho.

I-AMD ithembisa ukuba ukusebenza kwemizobo ye-Ryzen 5 3400G kunye ne-Ryzen 3 3200G iya kukwanela ukufezekisa iireyithi ezamkelekileyo zesakhelo kwimidlalo egcweleyo ye-HD kumgangatho wesiseko womfanekiso. Kwaye oku kuyinyani ngokuyinxenye: ukuba awuthatheli ngqalelo eyona midlalo ifunwayo, iPicasso ngenene ibonisa inqanaba eliphezulu leFPS lemizobo edibeneyo. Nangona kunjalo, kubadubuli banamhlanje "abanzima" kuya kufuneka unciphise isisombululo ukuya kwi-1280 × 720, nangona kunjalo, engakuchasanga "ukufaneleka kobugcisa" bemizobo eyakhelwe-ngaphakathi ye-RX Vega ukuze isetyenziswe kwiinkqubo zokudlala kwinqanaba lokungena.

Ngaphezu koko, ubukho be-Ryzen 5 3400G kunye ne-Ryzen 3 3200G inika ngokufanelekileyo amakhadi emizobo asezantsi angenantsingiselo. Nditsho nenguqulo ye-RX Vega 8 evela kwiPicasso encinci ijika ibe nemveliso ngakumbi kune-80 yeedola ze-NVIDIA zekhadi levidiyo elinememori ye-GDDR5. Oko kukuthi, ukuba sithetha ngolungelelwaniso lokungena kwinqanaba lokudlala, i-AMD, ngoncedo lweeprosesa ezixubileyo, ayizange ikwazi nje ukukhupha i-Intel, kodwa yanika i-NVIDIA i-prick ebuhlungu ngokunika isisombululo esingabizi kakhulu esidibeneyo esisebenza ubuncinane kunye. njengendibaniselwano yeprosesa yeCore i3 kunye nemizobo yeGeForce GT 1030.

Kwaye nangona yonke le misebenzi ingasombululwa yisizukulwana sangaphambili se-APU "ebomvu" emelwe yiRyzen 5 2400G kunye neRyzen 3 2200G, iimodeli ezihlaziyiweyo zochungechunge lwePicasso ziphuculwe kwiindawo ezininzi. I-Ryzen 5 3400G yamva nje kunye ne-Ryzen 3 3200G ifumene ukusebenza okuphezulu ngenxa yokwanda kwezantya zewotshi kunye ne-Zen + microarchitecture, kwaye imodeli endala nayo iye yabiza ixabiso eliphantsi, kwaye yafumana inkqubo yokupholisa egqibeleleyo kunye nesolder endaweni yokuncamathisela phantsi kwesivalo.

Nangona kunjalo, ngobulungisa, kufuneka kukhunjulwe ukuba zonke ezi mpucuko azikho umgangatho, kwaye ngoko i-Picasso izuza ilifa ezininzi zeentsilelo zangaphambili. Ukusilela kwabo okuphambili ziicores zeprosesa ezingenayo intsebenzo ephezulu yekhompyuter ngokwemigangatho yanamhlanje. Ngesi sizathu, ukulungiselela ulungelelwaniso apho ukusetyenziswa kwekhadi levidiyo elicwengileyo kucwangciswe kwasekuqaleni, kunengqiqo ukukhetha ezinye iiprosesa, umzekelo, i-2-core Ryzen 5 3500X yesizukulwana seZen XNUMX.

Kodwa kwangaxeshanye, uphuculo lweenkqubo ezisekwe kwiRyzen 5 3400G kunye neRyzen 3 3200G ngokongeza ikhadi lemizobo ephakathi kubo ikwayimeko eyamkelekileyo ngokupheleleyo. Uvavanyo lubonisa ukuba ngemizobo ekwinqanaba leRadeon RX 570 (okanye iGeForce GT 1060/1650), ngokubanzi benza ulungelelwaniso olulungeleleneyo, olungaphantsi kwiindibano ezifanayo ezisekwe kwiRyzen 5 kunye neZen 2 okanye iCore i3 yoyilo kuphela kwimidlalo ethile. .

Kwaye ekugqibeleni, ndingathanda ukuthi i-Ryzen 5 3400G kunye ne-Ryzen 3 3200G ihlaziywe namhlanje, yimodeli encinci ebonakala inomtsalane ngakumbi kumsebenzisi omkhulu. Le processor iphantsi kwexabiso elinesiqingatha kunomntakwabo omdala, kodwa ukuba ingundoqo yegraphics edibeneyo isetyenzisiwe, ukusebenza kwayo kwimidlalo kungaphantsi kwe-10-15% kuphela, enokubuyiselwa ngokupheleleyo ngokugqithiswa. I-Ryzen 5 3400G ebiza kakhulu inomdla kakhulu kwinkxaso yayo ye-SMT kunye nokusebenza okungcono kwekhompyutheni, okubalulekileyo kwimisebenzi yomsebenzi, kodwa akunakwenzeka ukuba ibe yimfuno kwizicelo zokudlala.

umthombo: 3dnews.ru