Tag: Core Ultra 9 285K

  • Core Ultra 9 285K vs i9-14900K: Power Use and Gaming Speed

    Core Ultra 9 285K vs i9-14900K: Power Use and Gaming Speed

    Intel’s Arrow Lake-S performance details have been leaked by a Chinese news source just days before its official release, and the results aren’t particularly impressive. The top-tier Core Ultra 9 285K appears to be slower than Intel’s fastest current generation Raptor Lake-R. Additionally, AMD’s Ryzen 7000X3D series outperforms it in demanding gaming situations. The lone positive note here is that Arrow Lake boasts better power efficiency.

    Performance Comparisons

    The Core Ultra 9 285K only trails the i9-14900K by a few frames per second. According to the leak, the Arrow Lake-S chip averages 261 fps, while the i9-14900K averages 264 fps. Interestingly, the information suggests that Intel is showing total system power usage rather than just CPU power. The Core Ultra 9 285K system is 80 W more efficient, while matching the performance levels of the Raptor Lake-R system.

    Focus on Efficiency

    It seems that raw performance is not the main goal for the new Arrow Lake series. Instead, Intel’s enhanced manufacturing method allows for lower thermal design power (TDP) with similar performance levels, or in some cases, up to 15% better performance. Another slide indicates that the Core Ultra 9 285K matches the i9-14900K while consuming 34-58 W less power, and certain games may experience a performance boost of 4-6% with a TDP reduction of up to 165 W. However, the specifics of the TDPs for the 15% performance improvement in F1 23 are unclear.

    Competitive Edge

    The leak also features two slides that pit the Core Ultra 9 285K against AMD’s older and newer Ryzen 9000 series processors. In productivity tests, the Arrow Lake-S flagship model outperforms the Ryzen 9 7950X3D by as much as 30%. Intel has consistently held an advantage in productivity and content creation for several generations. On the gaming front, though, the Arrow Lake-S is sometimes 15% faster, but it can be up to 21% slower in titles like Cyberpunk 2077, making it generally slower. Furthermore, Intel isn’t comparing it to the 7800X3D, which continues to be the top performer in gaming.

    When compared to the Ryzen 9 9950X, the Core Ultra 9 285K is mostly even, achieving three wins and five losses, giving it a slight overall performance edge of 0.26%. This slide is not particularly useful since it fails to specify the TDPs for any of the CPUs. Additionally, there is a note indicating that the results utilize Application Optimized (APO) code, which typically skews results in favor of Intel.


    Image 1
    Image 1
    Image 1
    Image 1
  • 24-Core Core Ultra 9 285K CPU Leaks for Gaming PC

    24-Core Core Ultra 9 285K CPU Leaks for Gaming PC

    Intel is about to launch its new Arrow Lake-S series of desktop CPUs very soon. The top model in this series, the 24-core, 24-thread Core Ultra 9 285K, is expected to offer significant improvements in single-thread performance, according to some recently leaked PassMark scores.

    Product Details Leaked

    A leaked product page for HP’s Omen 35L pre-built gaming tower has disclosed that it will come equipped with the Core Ultra 9 285K Arrow Lake-S CPU, which boasts a boost clock speed of 5.7 GHz. It can also support up to 64 GB of DDR5 RAM. Interestingly, the memory speed is noted as 4000 MT/s, which seems quite low and likely a mistake. On the graphics front, HP is also going all out, featuring options with Nvidia’s powerful RTX 4090.

    Performance Expectations

    Intel’s Arrow Lake-S series will not include hyperthreading support, and early benchmarks seem to showcase this change. However, single-threaded performance is expected to see a notable rise, as shown by recent tests. It remains uncertain if these potential performance boosts will be sufficient for the struggling chip giant to reclaim its position as a key player in gaming performance.

    Competitive Landscape

    With fierce competition from AMD and Apple’s custom chips, Intel is under significant pressure. Their new Lunar Lake mobile platform has been well received, and the Arrow Lake-S desktop CPUs have a lot at stake as they aim to attract gamers and creators once more.

    momomo_us via Twitter


  • Intel Arrow Lake CPUs: Potential Lower Clock Speeds vs. i9 14900KS

    Intel Arrow Lake CPUs: Potential Lower Clock Speeds vs. i9 14900KS

    Intel recently unveiled its Meteor Lake processors at the close of last year, with anticipation building around the upcoming Arrow Lake desktop CPUs slated for release later in the year. Leaks have revealed the initial Arrow Lake CPUs to be named Core Ultra 9 285K, Core Ultra 7 265K, and Core Ultra 5 245K.

    Lower Clock Speeds on Core Ultra 9 285K

    A recent leak from tipster MebiuW on Weibo has hinted that the Core Ultra 9 285K, viewed as the successor to the i9 14900KS, will operate at a clock speed 700MHz lower than the 14900KS. While the 14900KS can reach speeds of up to 6.2GHz, the 285K is expected to top out at 5.5GHz.

    Performance and Stability Enhancements

    Despite the 12% clock speed advantage of the 14900KS over the upcoming 285K, the Arrow Lake CPU is projected to offer improved performance and stability. Although the 285K is expected to have slightly higher single-core performance than the 14900KS due to a lower clock speed, overall enhancements are anticipated over the instability experienced with the 13th and 14th generation Core i9 CPUs.

    Focus on Stability and Efficiency

    Intel’s move towards prioritizing stability alongside performance is evident with the Arrow Lake CPUs. The company seems to be addressing concerns regarding the instability and power efficiency of previous generation chips, which have faced issues such as crashes during demanding tasks, potentially attributed to high temperatures.

    The Core Ultra 9 285K is forecasted to boast 24 cores and 24 threads, featuring 8 Lion Cove P-Core architecture cores and 16 Skymont E-Core architecture cores. Questions remain about whether the unlocked K-series chips will adopt the 20A or TSMC’s 3nm process node.


    Intel Arrow Lake CPUs: Potential Lower Clock Speeds vs. i9 14900KS