Ngokuphathelene nemvamisa yamakhadi ehluzo, i-AMD ibilokhu ihola eminyakeni yamuva nje. Uchungechunge lwe-RX 6000 ludlule i-2.8GHz, kanti uchungechunge lwe-RTX 30 lusanda kudlula i-1.8GHz. Nakuba imvamisa ingameleli konke, iyinkomba enembile kakhulu.

Kuchungechunge lwe-RTX 40, imvamisa kulindeleke ukuthi ifinyelele ezingeni elisha. Isibonelo, imodeli ehamba phambili i-RTX 4090 kuthiwa inemvamisa eyisisekelo engu-2235MHz kanye nokusheshisa okungu-2520MHz.

Kuthiwa uma i-RTX 4090 isebenzisa iphrojekthi ye-3DMark Time Spy Extreme, imvamisa ingadlula uphawu lwe-3GHz, i-3015MHz, ukuze ibe nembile, kodwa akuqiniseki ukuthi i-overclocking noma ingashesha ngempela ifike ezingeni eliphezulu kangaka ngokuzenzakalelayo.

Vele, ngisho nokweqisa i-overclocking ngaphezu kwe-3GHz kuyamangalisa impela.

Isihluthulelo ukuthi umthombo uthe ngesivinini esiphezulu kangaka, izinga lokushisa eliyinhloko lingama-55°C kuphela (izinga lokushisa legumbi lingama-30°C), futhi kusetshenziswa ukupholisa umoya kuphela, ngoba ukusetshenziswa kwamandla kwekhadi lonke kungu-450W, kanti umklamo wokushabalalisa ukushisa usekelwe ku-600-800W. wenziwe.

Ngokusebenza kahle, amaphuzu ehluzo e-3DMark TSE adlule ku-20,000, afinyelela ku-20192, okuphakeme kunamaphuzu okwakuthiwa angaba ngu-19,000 ngaphambili.

Imiphumela enjalo iphakeme ngo-78% kune-RTX 3090 Ti, futhi iphakeme ngo-90% kune-RTX 3090.