{"id":30162,"date":"2019-10-31T21:33:57","date_gmt":"2019-10-31T18:33:57","guid":{"rendered":"https:\/\/prohoster.info\/blog\/vstroennaya-grafika-intel-11-go-pokoleniya-okazalas-bystree-amd-vega-10-v-ashes-of-the-singularity\/"},"modified":"2019-10-31T21:33:57","modified_gmt":"2019-10-31T18:33:57","slug":"vstroennaya-grafika-intel-11-go-pokoleniya-okazalas-bystree-amd-vega-10-v-ashes-of-the-singularity","status":"publish","type":"post","link":"https:\/\/prohoster.info\/nl\/blog\/vstroennaya-grafika-intel-11-go-pokoleniya-okazalas-bystree-amd-vega-10-v-ashes-of-the-singularity","title":{"rendered":"De ge\u00efntegreerde graphics van Intel 11e generatie zijn sneller gebleken dan AMD Vega 10 in Ashes of the Singularity.","gt_translate_keys":[{"key":"rendered","format":"text"}]},"content":{"rendered":"

Na afloop van de gedetailleerde beschrijving van de architectuur van de toekomstige Intel 11e generatie ge\u00efntegreerde graphics (Gen11) is er nieuwe informatie over de prestaties naar buiten gekomen. Een bekende bron van lekken, met het pseudoniem Tum Apisak, heeft in de benchmarkdatabase van het spel Ashes of the Singularity testresultaten voor de ge\u00efntegreerde graphics van de nieuwe generatie ontdekt.<\/p>\n

\"De<\/p>\n

Laten we eerst herinneren dat de ge\u00efntegreerde grafische processors van Intel 11e generatie van het type GT2, die worden gebruikt in processoren voor de massa-markt, tot 64 execution units (EU) zullen bevatten. Ter vergelijking: de huidige ge\u00efntegreerde GPU's van Intel van het type GT2 hebben slechts 24 EU. Daarom zal de prestatieverbetering van de ge\u00efntegreerde graphics van de 11e generatie niet alleen worden bereikt door architectonische wijzigingen, maar ook door de toename van rekenunits.<\/p>\n

\"De <\/p>\n

Helaas specificeert de Ashes of the Singularity-test de specificaties van de geteste processor niet en vermeldt alleen dat het een chip was met vier cores, acht threads en Intel Gen11 graphics. Bij Full HD-resolutie (1920 \u00d7 1080 pixels) en lage grafische kwaliteitsinstellingen kon de nieuwe Intel 'integrated graphics' gemiddeld 15,1 FPS bieden.<\/p>\n

Ter vergelijking: de huidige ge\u00efntegreerde graphics, de Intel UHD Graphics 620, kan onder dezelfde omstandigheden slechts 9,9 FPS bereiken, terwijl de meer geavanceerde UHD Graphics 630 11,9 FPS haalt. Het is veel interessanter om de nieuwkomer te vergelijken met de 'integrated graphics' van AMD. De grafische processor Vega 10 van de mobiele Ryzen 7 2700U bleek iets langzamer, met 14,9 FPS, maar de volledige ge\u00efntegreerde graphics Vega 11 in de desktop Ryzen 5 2400G kan 29,3 FPS bieden. Laten we ook opmerken dat de discrete videokaarten NVIDIA GeForce MX130 en MX150 respectievelijk 22,6 en 25,6 FPS kunnen bereiken.<\/p>\n

<\/center>
\n\"De<\/p>\n

Het lijkt erop dat Intel in het mobiele segment inderdaad pariteit heeft bereikt met de ge\u00efntegreerde graphics van zijn concurrent. Het verschil tussen Vega 10 en de geteste Gen11 bedraagt slechts 1,34%. Maar de nieuwe Intel blijft met 94% achter bij de desktop 'integrated graphics' Vega 11, en met bijna 50% bij de discrete GeForce MX130.<\/p>\n

\"De<\/p>\n

Natuurlijk, om recht te doen aan de feiten moet opgemerkt worden dat de ge\u00efntegreerde grafische kaart van Intel zich nog in de ontwikkelingsfase bevindt, en hier is alleen een engineering sample van de processor met de nieuwe grafische kaart getest. Bovendien zijn de stuurprogramma's duidelijk nog niet voorzien van de nodige optimalisaties en aanpassingen. En uiteraard kan men de prestaties niet beoordelen op basis van slechts \u00e9\u00e9n test. Maar het feit dat Gen11 nu al aanzienlijk beter presteert dan de huidige ge\u00efntegreerde grafische kaart van Intel, geeft bepaalde hoop.<\/p>\n

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Bron: 3dnews.ru<\/a><\/p>","protected":false,"gt_translate_keys":[{"key":"rendered","format":"html"}]},"excerpt":{"rendered":"

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