Regarding the recently confirmed launch, which was also announced at Acer's IFA 2024 pre-show event,Applicable modelsIntel unveiled its next-generation desktop processor, code-named Arrow Lake, earlier this year, announcing its architecture design and confirming that it will use Core Ultra 200S as its official product name. It is expected to go on sale on October 10.
Built with TSMC's 3nm process and Intel's 18A process technology, it's specifically designed for AI PC applications.
continueLunar Lake architecture designIntel's next-generation desktop processor, code-named Arrow Lake, is also produced using TSMC's 3nm process, with the substrate made using Intel's 18A process technology, and is produced in conjunction with Intel's Foveros 3D packaging technology.
In terms of performance, Intel boasts that the processor, code-named Arrow Lake, will be able to reduce power consumption by up to 30%, improve multi-core computing performance by more than 10%, and even more than double display performance. It also further enhances artificial intelligence computing capabilities and collaborates with more than 2 software companies to correspond to more than 100 artificial intelligence application functions and support more than 300 artificial intelligence models used in the market.
Combined with the previously released laptop processors codenamed Lunar Lake and known as the Core Ultra 200V, and the newly released desktop processors codenamed Arrow Lake S, officially known as the Core Ultra 200S series, Intel expects that more than 4000 million "AI PCs" will enter the market by the end of this year, thereby accelerating the development of more artificial intelligence applications.
In addition to launching desktop processors code-named Arrow Lake S and officially called the Core Ultra 200S series, Intel has also confirmed that it will launch performance-based laptop processors code-named Arrow Lake H and Arrow Lake HX early next year, which are expected to be used in gaming laptops or creative laptops.
Improves AI computing performance, reducing overall power consumption by up to 30%
In terms of architectural design, the processor code-named Arrow Lake uses a 3D stacking design and Foveros 3D packaging technology to reduce the package volume by up to 33%.
The Compute Tile utilizes eight performance cores (P-Cores) codenamed Lion Cove and 8 energy-saving cores (E-Cores) codenamed Skymont. The performance cores are designed for AI computing, with 16 execution channels and an L18 cache memory increased to 36MB. Combined with an L3 cache memory increase to 3MB, this expands the computational prediction range by eight times, thereby improving AI execution efficiency.
The energy-saving core also improves computing prediction capabilities and doubles the L2 cache memory bandwidth. Combined with an increase in shared L2 cache memory capacity by 4MB, this increases data throughput during artificial intelligence computing, significantly improving the computing accuracy of the energy-saving core compared to the previous generation.
Furthermore, with an enhanced L3 cache memory design, the Arrow Lake processor can more efficiently allocate and schedule computing tasks across different cores through the Intel Thread Director feature. This allows the processor to more efficiently switch to the performance cores to quickly complete tasks and quickly return to the energy-saving cores to perform general tasks, thereby reducing overall power consumption by up to 30%.
In terms of display performance, the GPU design integrates the Xe-LPG display architecture, which combines 4 Xe display cores, 64 vertical computing engines, 4 samplers, and 4 real-time ray tracing computing elements. The L2 memory is increased to 4MB, and it is also advertised as compatible with Microsoft DirextX 12, thereby corresponding to more games and software compatibility. At the same time, it can also improve display performance through XeSS technology and Arc software stacking.
In terms of AI computing, in addition to improving AI computing capabilities with the CPU core, Intel has also increased the proportion of NPU computing applications in the processor code-named Arrow Lake. It has also adopted a third-generation NPU architecture design, allowing processor application products to correspond to higher AI computing performance while also supporting more than 300 AI software application functions.
In terms of performance, the processor codenamed Arrow Lake can correspond to 36 TOPS platform artificial intelligence computing performance, of which the CPU can correspond to 15 TOPS computing performance, the GPU can correspond to 8 TOPS computing performance, and the NPU can correspond to 13 TOPS computing performance. In addition, higher computing performance can be increased through an independent graphics card.
Enhanced device connectivity, providing more flexible connection options
The processor code-named Arrow Lake supports the use of DDR 5 6400 memory modules and can improve memory access efficiency and reliability through the DDR PHY controller. It supports up to a single set of 48GB memory modules, with a maximum usable memory capacity of 192GB. It also supports ECC error correction and dual-channel configuration.
The processor corresponds to the Intel 800 series chipset and LGA1851 pin socket. It also supports PCIe Gen 5.0 and is backward compatible with PCIe Gen 4.0. A total of 48 PCIe channels can be configured, of which up to 20 PCIe Gen 5.0 or 24 PCIe Gen 4.0 can be configured. It also natively supports 2 Thunderbolt 4 connections and can correspond to up to 32 USB 3.2 or 14 USB 2.0. The wireless connection part supports Wi-Fi 6E and Bluetooth 5.3, as well as wired network connections with a transmission bandwidth of 1GbE, and can also improve network transmission efficiency through Intel KiLLER technology.
Through external connections, it can be expanded to use 4 sets of Thunderbolt 5, support Wi-Fi 7 and Bluetooth 5.4, and can also use wired networks with a transmission bandwidth of up to 2.5GbE. It can also be used with Intel KiLLER technology to improve network transmission efficiency.
Gaming, creative, and AI computing performance have all been significantly improved
The first wave of Core Ultra 200S series processors, codenamed Arrow Lake, will have five specifications, including the Core Ultra 5 24K, which provides 24 cores, corresponding to 5.7 threads and a maximum operating clock of 9GHz; the Core Ultra 285 20K, which provides 20 cores, corresponding to 5.5 threads and a maximum operating clock of 7GHz; and the Core Ultra 265 14K, which provides 14 cores, corresponding to 5.2 threads and a maximum operating clock of 5GHz. All three processors are equipped with a quad-core GPU and an NPU that can correspond to 245 TOPS computing performance.
In addition, Intel also launched the Core Ultra 7 265KF and Core Ultra 5 245KF without integrated GPU design, mainly removing the design of integrated quad-core GPU.
Intel emphasized that compared with the previous generation processor design code-named Raptor Lake, the Core Ultra 200S series processor code-named Arrow Lake can significantly reduce power consumption during working operations. Among them, the power consumption when using Zoom for video conferencing can be reduced by up to 58%, and the power consumption in UL Benchmark's Procyon Office productivity performance test can be reduced by 44%.
Comparing computing performance, the Core Ultra 9 285K delivers an average 9% performance improvement over its predecessor, the Core i14900 8K, and a 9% average improvement over the AMD Ryzen 9950 4X. In terms of multi-threaded performance, the Core Ultra 9 285K delivers an average 24% performance improvement at 9 threads compared to the Core i14900 15K, and a 9% average improvement over the AMD Ryzen 9950 32X at 13 threads.
At the same time, with the same power consumption for the same execution performance, the Core Ultra 9 285K only uses half the power of the Core i9 14900K, and also uses less power than the AMD Ryzen 9 9950X to achieve the same computing performance.
As for gaming performance, Intel boasts that the Core Ultra 9 285K can reduce power consumption by up to 6W in performance tests of games like "Trenches 1," "F24 165," and "Final Fantasy XIV Dawntrail." It can also reduce power consumption by an average of 3W in most AAA games. It can also lower operating temperatures by an average of 73 degrees Celsius compared to the previous generation processor, and significantly reduce noise.
Taking the execution performance of "Assassin's Creed: Phantasms" as an example, the Core Ultra 9 285K can achieve a frame rate of 447FPS at a power consumption of 261W, while the previous generation Core i9 14900K must use 527W of power to achieve a frame rate of 264FPS.
Comparing the Core Ultra 7 265K's performance to the Core i9 14900K reveals an average power consumption reduction of approximately 188W, a 15°C drop in operating temperature, and only a 5% performance lag, making it a more cost-effective gaming processor. The Core Ultra 5 245K, on the other hand, offers well-balanced computing performance, capable of meeting the demands of most gaming tasks.
In terms of AI computing, Intel emphasizes that the Core Ultra 9 285K has a significant performance improvement over the Core i9 14900K, and also has a 9% to 9950% AI performance improvement over the AMD Ryzen 15 50X. It also explains that most AI computing is handled by the NPU, so it does not occupy CPU and GPU computing resources, thereby corresponding to faster AI computing efficiency, faster rendering processing and response speed.
The Core Ultra 200S series desktop processors, codenamed Arrow Lake, will be officially launched on October 10th.
Intel is expected to officially launch the Core Ultra 10S series desktop processors code-named Arrow Lake on October 24 this year, and pre-orders will be available from now on.
The Core Ultra 9 285K will be available at a suggested retail price of $589, the Core Ultra 7 265K at $394, and the Core Ultra 5 245K at $309. The Core Ultra 7 265KF without an integrated GPU will be available at a suggested retail price of $379, while the Core Ultra 5 245KF will be available at a suggested retail price of $294.
The Core Ultra 200S series desktop processors launched this time will be jointly promoted by Acer, ASUS, Dell, Alienware, GIGABYTE, MSI, Corair, Microsoft, Samsung, Lenovo, Maingear, NZXT, Micron, Corsair, Cyberpower, Origin, SK Hynix, Colorful, as well as industry players including Amazon, Best Buy, New Egg, and JD.com to promote the relevant market ecosystem.
As for the performance-focused laptop processors codenamed Arrow Lake H and Arrow Lake HX, Intel expects related application products to enter the market in the first quarter of 2025, with more details to be revealed as early as CES 2025 early next year.
