In the ever-evolving landscape of computing, the debate between Windows and Linux operating systems continues to be a focal point, especially when paired with Intel's latest technological marvel—the Core Ultra 7 processor. Recent benchmarks have shed light on how Windows 11 and Ubuntu 24.10 perform on this cutting-edge hardware.

Background

Intel's Core Ultra 7 processors, part of the Lunar Lake series, represent a significant advancement in CPU architecture, featuring a hybrid design that combines performance cores (P-cores) and efficiency cores (E-cores). This design aims to deliver optimal performance across a range of applications. The ASUS Zenbook S 14, equipped with the Core Ultra 7 256V processor, serves as a prime example of this technology in action.

Benchmark Overview

Phoronix conducted a comprehensive performance comparison between Windows 11 and Ubuntu 24.10 on the ASUS Zenbook S 14 with the Core Ultra 7 256V processor. The results revealed that, on average, Ubuntu 24.10 outperformed Windows 11 by approximately 14%. (phoronix.com)

Performance Highlights

  • CPU Performance: Ubuntu 24.10 demonstrated superior performance in multi-threaded workloads, such as Blender's Fishy Cat and Junkshop 3D rendering tests, where it was about 20% faster than Windows 11. (notebookcheck.net)
  • Compression and Decompression: In tasks like 7-Zip decompression, Windows 11 showed a slight edge, outperforming Ubuntu by 1.15%. (notebookcheck.net)
  • Graphics Performance: While Ubuntu 24.10 excelled in CPU-intensive tasks, the graphics performance of Intel's Xe2 integrated GPU on Linux was found to be lacking compared to Windows 11. (notebookcheck.net)

Implications and Impact

These findings suggest that Ubuntu 24.10 may offer enhanced performance for users engaged in CPU-intensive tasks, such as 3D rendering and multi-threaded applications. However, for applications relying heavily on GPU acceleration, Windows 11 currently holds an advantage due to more mature graphics drivers and better optimization for Intel's integrated graphics.

Technical Details

  • Test Environment: Both operating systems were tested on the ASUS Zenbook S 14, featuring the Intel Core Ultra 7 256V processor, 16GB of LPDDR5X-8533 memory, and Intel's Xe2 integrated graphics.
  • Benchmark Tools: Phoronix utilized a suite of benchmarks, including Blender for rendering tasks and 7-Zip for compression and decompression tests, to evaluate performance across different workloads.

Conclusion

The performance comparison between Windows 11 and Ubuntu 24.10 on Intel's Core Ultra 7 processors highlights the strengths and weaknesses of each operating system. Ubuntu 24.10 demonstrates superior performance in CPU-bound tasks, making it a compelling choice for developers and content creators. Conversely, Windows 11 remains the preferred option for applications that demand robust GPU performance, particularly those leveraging Intel's integrated graphics.

Reference Links

Summary

In summary, the choice between Windows 11 and Ubuntu 24.10 for Intel Core Ultra 7 processors depends largely on the specific use case. Ubuntu 24.10 offers superior performance for CPU-intensive tasks, while Windows 11 is more suitable for GPU-dependent applications.

Meta Description

A detailed comparison of Windows 11 and Ubuntu 24.10 performance on Intel Core Ultra 7 processors, highlighting strengths and weaknesses of each OS.

Tags

  • benchmark
  • benchmarking
  • intel core ultra 7
  • intel core ultra 9 285k
  • linux vs windows
  • performance benchmarks
  • performance comparison
  • tech performance
  • ubuntu 24.10
  • windows 11

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