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00:00:00 – 00:07:01
The video reviews Intel's 14th generation desktop core processors, launched in October 2023 under the Raptor Lake Refresh brand. It closely examines the minimal improvements over the 13th generation, such as slightly higher clock speeds and some additional e-cores in specific models like the core i7-14700K. The core i9-14900K and core i9-13900K show negligible differences in architecture and power consumption, with only a 1% to 5% performance increase in certain applications and a marginal 2% to 3% gaming enhancement. Due to these minimal gains and unchanged pricing, upgrading from the 13th gen to the 14th gen CPUs is generally not recommended, except for those with much older models. For specific buying advice, the core i9-13900K is suggested if it is significantly cheaper than the 14900K, and the core i7-14700K is favored for its additional e-cores, unless the 13700K is more budget-friendly.
00:00:00
In this part of the video, the discussion centers on Intel’s launch of its 14th generation desktop core processors in October 2023, branded as Raptor Lake Refresh. Despite Intel’s claims of improvements, the core i9 and core i5 processors of the 14th generation appear nearly identical to their 13th generation counterparts, except for slightly higher clock speeds. The core i7-14700K distinguishes itself with two additional e-cores, making it physically unique. The segment questions the value of upgrading from the 13th to the 14th gen CPUs, emphasizing that the core i9-14900K and core i9-13900K are very similar in die architecture, power requirements, and physical form. The core i9-14900K only offers a slight performance enhancement of 1% to 5% in various applications and a nominal gaming improvement of 2% to 3%.
00:03:00
In this segment, the video discusses the minimal performance improvements of Intel’s new CPU lineup. The core i7-14700K, now with four additional e-cores and slight clock speed increases, shows around a 10% improvement in multi-threaded applications but only a modest 2-3% enhancement in gaming compared to its predecessor, the i7-13700K. The core i9-13900K still leads in performance, while the core i5-14600K shows negligible differences from its predecessor. Despite the slight power consumption increase in the new models, upgrading from a 13th gen to a 14th gen CPU is not recommended due to minimal benefits and identical pricing. Upgrading from older generations may be worth considering.
00:06:00
In this part of the video, the discussion centers around choosing between different CPU models. For the Core i9 CPUs, the advice is to opt for the 13,900 K if it is available at a significantly lower price than the 14,900 K, as it would offer better value for money. The decision for Core i7 CPUs is more nuanced; the 14,700 K is generally recommended due to its two additional e-cores, which can be beneficial in certain scenarios. However, the 13,700 K remains a viable option if it is considerably cheaper or has a more attractive price.