{"id":30161,"date":"2019-10-31T21:33:57","date_gmt":"2019-10-31T18:33:57","guid":{"rendered":"https:\/\/prohoster.info\/blog\/vyyasnilis-podrobnosti-ob-arhitekture-vstroennoj-grafiki-intel-11-go-pokoleniya\/"},"modified":"2019-10-31T21:33:57","modified_gmt":"2019-10-31T18:33:57","slug":"vyyasnilis-podrobnosti-ob-arhitekture-vstroennoj-grafiki-intel-11-go-pokoleniya","status":"publish","type":"post","link":"https:\/\/prohoster.info\/nl\/blog\/vyyasnilis-podrobnosti-ob-arhitekture-vstroennoj-grafiki-intel-11-go-pokoleniya","title":{"rendered":"Details over de architectuur van de ge\u00efntegreerde graphics van Intel's 11e generatie zijn onthuld.","gt_translate_keys":[{"key":"rendered","format":"text"}]},"content":{"rendered":"

Gisteren heeft Intel zijn nieuwe discrete grafische accelerator gepresenteerd, maar details daarover werden niet verstrekt. Tegelijkertijd publiceerde TechPowerUp nieuwe details over de architectonische kenmerken van de ge\u00efntegreerde graphics van Intel's 11e generatie (Gen11). Belangrijk is dat deze architectuur in een iets gewijzigde vorm ook zal worden toegepast in de discrete GPU's van Intel.<\/p>\n

\"Details
\n \"Details <\/p>\n

Op de gepubliceerde illustraties uit de technische documentatie van Intel gaat het om de GT2-versie van de 11e generatie graphics. Deze klasse van ge\u00efntegreerde GPU's heeft doorgaans de grootste verspreiding, omdat deze wordt toegepast in desktop- en mobiele processors van de Intel Core-serie S en U, gericht op het massamarktsegment.<\/p>\n

\"Details <\/p>\n

Volgens de gepubliceerde gegevens zal Intel zijn ringbus blijven gebruiken in de Ice Lake-processors, ondanks de toename van het aantal kernen. Dit is enigszins verrassend, aangezien Intel in veelkernige high-performance en serverprocessoren is overgestapt op een mesh-verbinding. Desondanks zal Intel de massale gebruikers een bewezen verbinding aanbieden. Tegelijkertijd suggereert de nieuwe grafische architectuur dat de ge\u00efntegreerde GPU prioriteit krijgt op de ringbus. Voor graphics is er een mogelijkheid om 64 bites per klokcyclus te gebruiken voor lezen en schrijven, terwijl elke CPU-kern slechts 32 bites per klokcyclus heeft voor lezen en schrijven.<\/p>\n

\"Details <\/p>\n

Toegang tot het geheugen van de Intel-grafiek zal plaatsvinden via een component genaamd GTI (Graphics Technology Interface). Deze interface communiceert met twee componenten van de ge\u00efntegreerde GPU: Slice Common en de L3-cache. De grafiek zal een eigen L3-cache hebben van 3 MB, apart van de processorcache. Via de L3-cache vindt de connectie plaats tussen GTI en wat Intel SubSlice noemt - ondeelbare rekeneenheden die de shaders, texture-botsingen, instructie-cache en andere componenten bevatten. De constructie doet enigszins denken aan de streaming multiprocessors van NVIDIA.<\/p>\n

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

Elke rekeneenheid SubSlice heeft acht uitvoerende eenheden (Execution units, EU). Op elke uitvoerende eenheid zijn twee ALU's toegewezen, elk met vier verwerkingspijpen. In totaal zal de GT2 grafiek van de nieuwe generatie 64 EU's aanbieden. De bestaande 'integraties' van het type GT2 hebben slechts 24 EU's, wat betekent dat de toename 166% zal zijn. Dit zal uiteraard een positieve invloed hebben op de prestaties van de ge\u00efntegreerde Intel-grafiek. Bovendien voorziet de nieuwe Intel-architectuur in aparte hardware voor geometrieverwerking, evenals ge\u00fcpdatete externe interfaces.<\/p>\n

\"Details<\/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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