Posted in Skatterbencher
We have a closer look at tuning the performance of the the Arrow Lake D2D, or die-to-die, located between the various
Posted in Skatterbencher
We have a closer look at tuning the performance of the the Arrow Lake NGU, or Next-Generation Uncore, located on the SoC Tile. Arrow Lake is Intel’s revolutionary new processor for mainstream desktop, featuring new P-cores and E-cores, disaggregated tile-based 3D Foveros packaging, an integrated
Posted in Skatterbencher
We have a closer look at tuning the performance of the the Arrow Lake Ring data fabric, located on the Compute Tile. Arrow Lake is Intel’s revolutionary new processor for mainstream desktop, featuring new P-cores and E-cores, disaggregated tile-based 3D Foveros packaging, an integrated NPU for AI
Posted in Skatterbencher
We have a closer look at tuning the performance of the the Arrow Lake MemSS, or Memory Sub System, located on the SoC Tile. Arrow Lake is Intel’s revolutionary new processor for mainstream desktop, featuring new P-cores and E-cores, disaggregated tile-based 3D Foveros packaging, an integrated NPU
Posted in Skatterbencher
We have a closer look at tuning the performance of the the Arrow Lake NPU (Neural Processing Unit), located on the SoC Tile. Arrow Lake is Intel’s revolutionary new processor for mainstream desktop, featuring new P-cores and E-cores, disaggregated tile-based 3D Foveros packaging, an integrated
Posted in Skatterbencher
We have a closer look at tuning the performance of the the Arrow Lake Graphics, located on the Graphics Tile. Arrow Lake is Intel’s revolutionary new processor for mainstream desktop, featuring new P-cores and E-cores, disaggregated tile-based 3D Foveros packaging, an integrated NPU for AI
Posted in Skatterbencher
We have a closer look at tuning the performance of the the Arrow Lake E-core, located on the Compute Tile. Arrow Lake is Intel’s revolutionary new processor for mainstream desktop, featuring new P-cores and E-cores, disaggregated tile-based 3D Foveros packaging, an integrated NPU for AI
Posted in Skatterbencher
We have a closer look at tuning the performance of the the Arrow Lake P-core, located on the Compute Tile. Arrow Lake is Intel’s revolutionary new processor for mainstream desktop, featuring new P-cores and E-cores, disaggregated tile-based 3D Foveros packaging, an integrated NPU for AI
Posted in Skatterbencher
In this brief follow-up to SkatterBencher #81, I overclock the Ryzen 9 9950X to 6 GHz with EK water cooling. his particular Ryzen 5 9600X is a surprisingly good overclocker! With the right BIOS settings and finetuning, I could surpass 6 GHz effective clock just like I could with the Ryzen 7 9700X.
Posted in Skatterbencher
When the Ryzen 9 9950X exceeds 35 degrees Celsius, the maximum frequency is restricted by the Precision Boost HTFmax limiter. In this short blog post, I explain how the HTFmax limiter works, its impact on performance, and how we can work around the limiter. Let’s get started! AMD Precision Boost
Posted in Skatterbencher
We overclock the AMD Ryzen 9 9950X to 5900 MHz with the ASUS ROG Crosshair X670E Hero motherboard and EK water cooling. I do this by leveraging Curve Optimizer and Curve Shaper to undervolt the VFT curve of both CCDs. In this guide, I break down the tuning process into four unique overclocking
Posted in Skatterbencher
In this brief follow-up to SkatterBencher #79, I overclock the Ryzen 5 9600X to 6 GHz and run some more benchmarks. This particular Ryzen 5 9600X is a surprisingly good overclocker! With the right BIOS settings and finetuning, I could surpass 6 GHz effective clock just like I could with the Ryzen 7