The chipmaker's hybrid architecture has proven itself in desktops as well - but it looks like it could offer even bigger upgrades when it comes to laptops as well.
From the first moment we heard from Intel The technical details about the Alder Lake generation And his hybrid approach to intelligently combining processing cores with maximum performance and processing cores with as high performance as possible under maximum efficiency, it was clear that the method has great potential in situations where maximum power consumption is artificially limited - i.e. very compact computers and especially various mobile systems. Perfect between dimensions, weight and performance.
We still do not know when Intel Plans to introduce the mobile versions to the next generationCore Its 12th (CES show for 2022 is fast approaching, and we'll keep our fingers crossed), but now we have a lot more details on the performance levels and models that are in development - including a taste of the performance thanks to repositories of performance tests like Geekbench.
Number of impressions of processors Core i7 andCore Next-generation i9s have been spotted on Geekbench in recent weeks, including theCore i7-12700H, theCore i7-12800H andCore The senior i9-12900HK, all benefiting from the services of six large processing cores with HyperThreading support and eight more cost-effective processing cores without HyperThreading (a total of 14 physical and 20 logical cores per processor, with differences in base frequencies and maximum turbo frequencies between them) - and all Indicates the potential to reach a score of over 1,600 and even over 1,700 in tests Core Individuals, alongside a score of over 10,000 and even over 11,000 in multi-core tests.
These results, which are best addressed with a dash of skepticism of course because it is not known whether they originate in final hardware configurations or not (there is a possibility that these are desktop development kits of mobile processors that do not properly represent the expected final power envelope, for example). 10 percent for a single core and an improvement of over 30 percent (!) For multi-cores - both compared to Intel's 11th generation Core Lake mobile processors and compared to the current Ryzen 5000 processors. AMD.
If this is not impressive enough, you should also add leaked results of the Core i7-12700H from the popular Cinebench tests in versions R20 and R23, in which the improvement in score compared to the competitor's octagonal processors AMD It is even larger - reaching more than 20 percent in single-core performance and more than 40 percent in multi-core performance. Even in this case it is difficult to refer to the scant evidence as the absolute truth, but results from two popular and valued tests undoubtedly strengthen our belief that there is potential for a jump in performance from the largest observed in the brand-age era.Core Since its inception.
This impressive performance of Intel's 14-core processors (or 6 + 8 cores, if you prefer) may be one step ahead of the new summit, in fact - because according to a leaked roadmap Intel May also achieve a new reinforced H55 category in the Alder Lake generation, with Processors Which include 8 physical Golden Cove cores and 8 physical Gracemont cores and 24 logical cores in total. It is quite clear that these models will have the potential to increase performance differences between Alder Lake and Tiger Lake andRYZEN 5000 more, especially when it comes to multi-core test scores, so there is no doubt that we are expecting very interesting months in the field of processors - with a host of comparisons and very intriguing technological statements. Watch for updates!