Qualcomm has shocked the human race by launching a unexampled laptop processor that can purportedly rival chips made by Intel , AMD and Apple .
The new chip in motion is foretell the Snapdragon X Elite , and is seemingly packing a tidy sum more impressive specs than former laptop computer - concentre processors from Qualcomm .
But how does the Snapdragon X Elite stack up against theApple M2 ? We ’re yet to test the former , but we ’ve jab into the specs to determine out the key differences .
Snapdragon X Elite is built on 4nm process
The process node of a C.P.U. is usually a good indicator of functioning . Generally the braggy divergence between generations of processors is the sizing of the process , with smaller dimensions allowing for a greater number of transistors and therefore a fast performance .
The Snapdragon X Elite is built upon a 4 Land of Enchantment process , showing this to be a cut - sharpness splintering . Meanwhile , the Apple M2 is found on a 5 nm process instead . Apple is expected to jump forward with a 3 nm process once theApple M3series is released , but we may be waiting until 2024 for that release .
It ’s of import to mention that the sizing of the process node is n’t always suggestive of functioning , with Intel repeatedly being capable to gazump AMD ’s Ryzen processors for unmarried - core speeds , despite return behind when it comes down to downsizing the summons client . Nevertheless , it ’s an former preindication to suggest the Snapdragon X Elite could in fact supply a competitory performance .
Snapdragon X Elite has 12 high-performance cores
Qualcomm has superintend to slap a totality of 12 cores onto the Snapdragon X elect processor , which is a very telling effort when you consider that Apple M2 is limited to just 8 cores .
What ’s more , every individual essence on the Snapdragon X Elite has a peak frequency speed of 3.8 GHz . That ’s really speedy , with Apple ’s performance cores only capable of a peak 3.5 gigacycle .
It ’s also important to remember that Apple does n’t alone use performance cores in its M2 Saratoga chip , with 4 efficiency cores making up half of the count with a lower tip frequency of 2.4 gigacycle per second . This could indicate that Apple has put a greater emphasis on battery life story , while Qualcomm looks to maximise performance power rather . It will be interesting to see how this is reflect by real - meter laptop operation .
Snapdragon X Elite configurable with up to 64GB of RAM
Qualcomm has support that the Snapdragon X Elite can be configured with up to 64 GB of RAM . It ’s unlikely that many laptop computer maker will hit this peak retention offering , most likely sticking to the 8 GB and 16 GB zona instead , but it ’s dandy to see so much clearance give to the laptop scrap .
The Apple M2 can only be configure with up to 24 GB RAM , and that figure is only manageable on select machine such as the15 - inch MacBook Air . You credibly do n’t demand in high spirits capability memory board on the MacBook Air or iMac , but it ’s still an vantage in Qualcomm ’s favor if you ’re the type who care to max out the specs .
Snapdragon X Elite supports Wi-Fi 7
Qualcomm has made indisputable that the Snapdragon X Elite supports the latest wireless standard in the form ofWi - Fi 7 . This latest wireless standard not only delivers a peak rate of over 40 Gbps which is 4x performance increase overWi - Fi 6 , but also extend features such as Multi - Link Operation which allow for you to utilize multiple bands to connect to a single twist for heighten performance with subdue latency .
You will need a Wi - Fi 7 supported router in ordering to profit from these feature article , but it ’s still great to screw that laptops powered by the Snapdragon X Elite will be future - proofed for the foreseeable future when it comes to wireless net connectivity .
The Apple M2 is somewhat behind the time in this regard , confine to Wi - Fi 6 or else Apple is ask to finally adopt Wi - Fi 7 once the M3 chips get . For the clip being though , that wo n’t help anyone thinking of buy anM2 MacBook .
