What to expect: The latest batch of Intel processors continues to prove that a smaller processing node isn't always better (although it is necessary). While the Intel 7 processing node and the LITTLE large architecture have had an impact on the Core i7 and i9 product lines, the increase in IPC and the development of Alder Lake nodes will greatly help Intel's small six-core processors.
French tech site Le Comptoir Du Hardware (The Hardware Counter) recently reviewed several Alder Lake processors (like ours) and compared them to 10th-12th generation products, as well as comparing Ryzen to AMD. 5000 series. One of the biggest surprises in their review was the outstanding performance of the i5-12400F, which is a hexa/hexa-core processor that doesn't include the standard Alder Lake efficiency cores. p>
This wizard has not yet been released. The 12400F performed surprisingly well in synthetic benchmarks, such as the Cinebench R23. According to reports, the single-core performance of Intel's 10th and 11th generation SKUs, including the 10900K and 11900K, has been defeated. Multi-core performance was expected to be lower than many other CPUs due to the lower number of cores and threads. However, the i5-12400F still managed to test the best hexa-core Ryzen 5600X processor in various single-core and multi-core tests.
Game tests were almost perfect, 1080p performance was similar, in some cases earlier generations of Intel and AMD 5800X 8 cores and even 5900 x 12 cores in the future. 6. These results are very impressive due to the limited clock speed and amplification behavior of the tested 12400F engineering sample (ES). What a hexa-core pure muscle processor lacks, it is built with new architecture guidelines added with each cycle. p>