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tech 8 August 2026

Can Intel Finally Beat ARM on Performance per Watt?

With recent advancements, Intel might finally catch up with ARM in terms of energy efficiency. Let's dive into the numbers and what this means for the future of computing.

Article inspired by the original source
Can Intel finally beat ARM on performance per Watt? ↗ hackaday.com

Introduction

Energy efficiency has become a major focus in the computing world. For years, ARM has dominated this field, especially in mobile devices. However, recent developments suggest that Intel might be closing the gap. A recent video by Jeff Geerling, featuring detailed benchmarks, has shaken the industry by claiming Intel could catch up with ARM.

Key Figures

In computing, performance is no longer just about raw speed but also performance per watt. ARM has long been the leader in this area due to its efficient architecture. However, recent benchmarks show that the Dell XPS 13 equipped with an Intel Core 5 320 processor achieved 6.21 Gflops/W, surpassing the 5.38 Gflops/W of the MacBook Neo with Apple Silicon.

Direct Comparison

Geerling's tests use the same HPL Linpak benchmark employed for supercomputers. The fact that Dell, with an Intel processor, can outperform the M4 and M3 Mac Studios is a strong indicator. Only the M4 Mac Mini performs better at 7.57 Gflops/W.

Why the Shift?

Historically, ARM has always been preferred for devices where battery life and energy efficiency are paramount. But this recent shift could be attributed to several factors:

  • Technological Innovation: Intel has heavily invested in research to optimize its x86 architecture.
  • Software Optimization: Software improvements can play a crucial role in optimizing energy performance.
  • Hardware-Software Synergy: Close collaboration between hardware manufacturers and software developers can maximize energy efficiency.

Implications for the Industry

If Intel continues this trend, it could have major implications for the industry:

  • Reduced Energy Costs: For data centers, better energy efficiency means lower electricity bills.
  • Environmental Impact: Lower energy consumption means a reduced carbon footprint.
  • Increased Competition: ARM may need to rethink its strategy to maintain its market lead.

Conclusion

Intel's improvement in performance per watt could herald a new era in computing. For developers and entrepreneurs, this means new opportunities to create more efficient and sustainable solutions.

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