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00:00:00 – 00:12:45
The video explores Intel's recent advancements in their 12th-Gen Core processors, codenamed Alder Lake. These processors, incorporating a mix of performance (P) and efficiency (E) cores, represent a significant shift in desktop processor design akin to ARM and Apple's approach. Intel's new lineup, particularly the Core i9 12900K and Core i5 12600K, demonstrates notable gaming and productivity performance improvements over AMD's Ryzen 9 and Ryzen 5, respectively. Benchmarks show the Core i9 outperforming in most gaming scenarios while the Core i5 provides a compelling performance-to-efficiency balance, especially with DDR5 memory. Despite thermal challenges, particularly with the Core i9, the Core i5 emerges as a more thermally efficient and budget-friendly choice, maintaining manageable temperatures during gaming. The video's overarching conclusion is that Intel has regained a competitive edge in gaming performance and overall processor design, making their new processors a strong consideration for both gamers and productivity users. Additionally, the Jackery Explorer 1500 Portable Power Station is recommended for its high capacity and quick recharge capabilities, with an endorsement for a discount code.
00:00:00
In this part of the video, the speaker discusses how Intel has been criticized over the past few years but feels this is changing with their new 12th-Gen Core processors, codenamed Alder Lake. These processors integrate two different types of cores—performance (P cores) and efficiency (E cores)—similar to ARM and Apple, signaling a significant shift in desktop processor design. Alder Lake’s lineup ranges from 10 to 16 cores, mixing high-performance and efficient cores capable of running multiple threads via Hyper-Threading. The speaker highlights the importance of using Windows 11 to fully leverage Alder Lake’s architecture, as Windows 10 does not have an adequate scheduler for this new design.
Moreover, Alder Lake supports both DDR4 and DDR5 memory types, with this review focusing on DDR5 for maximum performance, despite its higher cost. Initial benchmarks show promising results, with Intel’s Core i9 12900K outperforming AMD’s Ryzen 9 in games like F1 2021 and Forza by a margin of 5-11%.
00:03:00
In this part of the video, the performance of Intel and AMD processors across various games and benchmarks is analyzed. Intel, especially with its Core i5 and Core i9, shows significant advantages in gaming, with up to a 25% lead in Far Cry 6 and consistent high frame rates in CS:GO and Civilization VI. Microsoft Flight Simulator presents anomalies with AMD’s Ryzen 9 5900X outperforming Intel, potentially due to issues with the Windows 11 scheduler. Overall, Intel regains its crown in gaming performance, with the Core i9 leading by 7% over Ryzen 9. In productivity benchmarks, Intel’s efficiency cores show strength, although AMD retains an edge in heavy multi-core tasks like rendering. The performance of the Core i5 suggests it compares more closely to AMD’s 5800X, hinting at pricing discussions.
00:06:00
In this segment, the discussion centers around performance comparisons between Intel processors and AMD counterparts. The Core i9 is noted to average slightly lower than AMD’s 5950X but higher than the 5900X, placing it in a unique value proposition. The Core i5, however, offers significant performance gains over AMD’s Ryzen 5, making it a compelling option if willing to upgrade to DDR5 memory. Intel’s gains are attributed to their Intel 7 manufacturing process and officially supporting MultiCore Enhancement, allowing CPUs to run at Maximum Turbo Power if thermal and power budgets permit. This leads to high power consumption under heavy loads, but gaming remains efficient. The Core i5 12600K is more power-efficient than the i9 and remains compelling compared to Ryzen 5. It’s cautioned that non-K Intel chips won’t exhibit the same performance boosts as their K counterparts.
00:09:00
In this segment, the video discusses the thermal challenges of the CPU, primarily focusing on the high-end Core i9 and the more efficient Core i5. Despite attempts to improve cooling, such as thinning the thermal interface material, high power draw in a small area inevitably leads to overheating. The NH-D15 cooler struggled to keep the CPU below 90 degrees, with performance cores reaching 70-80 degrees. The video notes that the Core i9 produces immense heat, comparable to a 16-core Ryzen 9 5950X. In gaming scenarios, temperatures are more manageable, with F1 2021 only pushing the CPU to the mid-sixties. The Core i5 performed better thermally, staying at 70 degrees during intensive tasks and 60 degrees in games, highlighting it as a more viable option. The video suggests saving money by opting for the Core i5 over the Core i9 for a minimal performance difference in gaming. Additionally, it discusses the costs associated with the platform, including DDR5 memory and Z690 chipset motherboards, and the long-term benefits, such as PCIe Gen 5.0 and DMI 4.0. Finally, the segment concludes that the Core i9 12900K is suitable for those with a budget for high-end cooling, but the Core i5 12600K offers significant performance improvements and is a compelling, budget-friendly option.
00:12:00
In this segment, the speaker highlights the Jackery Explorer 1500 Portable Power Station as the standout product. This portable power station offers a 1500Wh capacity and an 1800W output, allowing up to seven devices to be connected at once. It recharges quickly, going from zero to 80% in just four hours. Additionally, viewers can get a 10% discount using the code LinusTechTips. The speaker encourages viewers to check out a full overview of the platform for more detailed information.