At the Snapdragon Summit 2023 , Qualcomm at last revealed its attempt at taking on the AppleM - serial publication . TheSnapdragon X Elitewas revealed and it ’s power by the Oryon CPU . It ’s also set to come to peregrine speech sound in the futurity too . But , just what is it ?
Apple has led the way in functioning and efficiency on laptops ever since theM1 chiplaunched . In response , the Windows laptop earth has continued to tinker with Arm chips but nothing has stuck .
The Snapdragon X elect system - on - a - check ( SoC ) aspire to commute all that , with the Oryon CPU at its compute processing core . Here ’s all the key details .
What is the Oryon CPU?
The Oryon mainframe is the compute element of the Snapdragon X Elite SoC. It is a custom Arm CPU ab initio created by a company called Nuvia , whichQualcomm acquired in 2021 , before being fully realised as the new Qualcomm Oryon .
Qualcomm initially announced the Oryon CPU inNovember 2022at its Snapdragon Summit in Hawaii , before revealing its first visual aspect on a consumer product at the same event this year ( 2023 ) — that being the Snapdragon X Elite .
Qualcomm has shoot a line the Oryon central processor as being at “ the centre of next - contemporaries premium experience on Snapdragon platform ” , with it also revealing that its next flagship Mobile River SoC , theSnapdragon 8 Gen 4 , will employ it as well .
The 4 Land of Enchantment Oryon CPU inside the Snapdragon X Elite crisp is touted by Qualcomm as tender “ up to 2x faster CPU ” performance when liken with x86 chip . It also states the Snapdragon X Elite can match “ peak PC carrying out at 68 % less big businessman . ” Up against its key competition , Apple , it is say to offer “ 50 % faster eyeshade multi - string performance vs M2 . ”
Unlike many Arm chips , including Apple ’s , the Snapdragon X Elite does not utilize a mixing of performance and efficiency center . Instead , using 12 Oryon CPU high - public presentation core that all pop the question up to 3.8GHz ( 4.3GHz with two-fold - essence rise ) processing speeds .
