![]() This approach requires special integration with Windows, which has resulted in performance best suited for the newly-released Windows 11. The idea here appears to be that speed and power draw can be scaled up and down depending on the workload at hand, resulting in a more tailored and efficient processor. ![]() Alder Lake is a hybrid chip where the silicon is split between performance cores ("P-cores") and efficiency cores ("E-cores"), with the former being used for priority tasks and the latter being used for non-urgent operations. A Different Design ApproachĪfter being outflanked and outmaneuvered by AMD's creativity and ingenuity over the past few years, Intel has finally struck back with some inventiveness of its own. In this article, I'll try to determine to what extent that goal has been achieved, with a focus specifically on Alder Lake desktop CPUs. The chips were released on November 4th with the goal of competing against AMD's Ryzen 5000 family of CPUs, manufactured on TSMC's ( TSM ) 7nm node (considered the same generation as Intel's 10nm node). Just for some quick background, Alder Lake is Intel's 12th generation of Core processors and was manufactured on the company's 10nm process node (which has been rebranded to Intel 7). ![]() In light of this, I figured now would be a good time to pen an article comparing Alder Lake with AMD's Zen 3 processors, analyzing its potential impact on the consumer CPU market going forward, and determining what effect, if any, these chips will have on the broader Intel vs. I've seen a lot of back and forth in Seeking Alpha comments sections and elsewhere on the Internet regarding Alder Lake, Intel's ( NASDAQ: INTC) new line of Core CPUs, and its potential impact on the ongoing battle between Intel and Advanced Micro Devices ( NASDAQ: AMD ) for the hearts, minds, and wallets of microchip consumers. ![]()
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