Intel is Gearing Up for Significant Shifts in its next-generation desktop chips
Intel's upcoming Arrow Lake is expected to debut later this year, though details have been scarce until now. Recent leaks from Benchlife reveal that Intel is preparing to launch 13 new processors, all under the new branding of Intel Core Ultra 200 series, marking a departure from the previously anticipated 15th-gen CPU. This rebranding represents the first major change. What else is in store besides the new name? According to Benchlife, the removal of hyperthreading is another significant difference.
Arrow Lake CPUs will mark the first desktop generation to adopt Intel’s new naming scheme and fall under the new Core Ultra umbrella. While Meteor Lake paved the way, those were laptop chips, whereas Arrow Lake processors are designed for desktops. This lineup includes the Core Ultra 200 K-series, covering unlocked CPUs with a processor base power (PBP) of 125 watts, and the locked Core Ultra 200 non-K variant peaking at 65 watts.
In addition, Intel is introducing the Core Ultra 200 F-series, featuring both 125W and 65W variants, and the Core Ultra 200 T-series, focusing on energy efficiency. As per reports, users will have a choice of three K-series and non-K-series chips, two F-series, and five T-series processors.
Tom’s Hardware also notes that Arrow Lake will utilize the same chiplet design seen in Meteor Lake, a first for desktops. However, Intel will maintain the hybrid core configuration from the Alder Lake generation, ensuring consistent core counts across processors of similar caliber. The Intel Core Ultra 200 series is expected to integrate a mix of Lion Cove P-cores and Skymont E-cores.
Notably, Intel is phasing out hyperthreading in this generation, resulting in fewer threads despite equivalent core numbers. Speculations suggest potential core configurations for the new Core Ultra 9 285K, Core Ultra 7 265K, and Core Ultra 5 245K models, indicating potential shifts in performance.
While Intel’s new naming scheme may require some adjustment, the absence of hyperthreading and the introduction of chiplet design to desktop CPUs could lead to intriguing performance improvements. The comparison with AMD's upcoming Zen 5 lineup will be particularly interesting, as both companies vie for desktop processor superiority. We’ll have to wait and see how Arrow Lake performs, especially with the AMD Zen 5 lineup launching around the same time.
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