Fashionable graphics processors have so many options and capabilities that even hardcore avid gamers and tweakers typically have difficulties discovering the right settings to attain fascinating efficiency. It’s the place professionally tuned efficiency profiles are available in. For instance, Radeon Monster Profile (RMP), an upcoming third-party utility, claims to spice up the efficiency of AMD’s Radeon RX 6800 XT as much as a degree that Nvidia’s GeForce RTX 3090 Ti gives.
AMD’s Adrenaline software program for Radeon graphics processors already gives loads of efficiency options, which even overvolt the GPU for overclocking. Moreover, AMD’s pack of FidelityFX options like FSR 2.0 additionally increase the efficiency of Radeon graphics playing cards. But the Radeon Monster Profile developed by Yuri Bubliy (opens in new tab) seemingly delivers much more tweaked efficiency.
Based mostly on the exams carried out by the developer, the profile purportedly elevated the Radeon RX 6800 XT’s efficiency in 3DMark: Time Spy exams by 13% over inventory, bringing it up the GeForce RTX 3090 Ti degree. It is a wonderful method to enhance one of many greatest graphics playing cards.
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Because the developer describes, the Radeon Monster Profile combines distinctive settings and a brand new volt-frequency curve for Radeon RX 6000-series graphics chips.
“Specific consideration was paid to the reminiscence subsystem, the working voltage was diminished by 6%, which finally diminished the warmth of GDDR6 modules,” says Yuri Bubliy. “The primary mechanism for growing efficiency is to extend the requested core frequency relative to the working voltage.”
In keeping with the developer, the result’s that RMP will increase GPU frequency by 300 MHz with out affecting manufacturing facility settings for thermal throttling and followers. After all, a 300 MHz overclocking requires a good cooling system, so whereas the maker doesn’t urge the proprietor to purchase an aftermarket cooler for AMD’s reference graphics boards, he stresses that non-reference boards must be good with the profile.
“The profiles are common and adaptive,” stresses the developer. “The RMP doesn’t enhance the working voltage or change the present restrict.”
