Dell and HP Disable H.265 Hardware Decoding on PCs to Cut Costs

Published on January 07, 2026 | Translated from Spanish
Comparative diagram showing hardware vs software decoding in PCs, with performance and power consumption graphs

Dell and HP Disable H.265 Hardware Decoding in PCs to Reduce Costs

Two tech giants have implemented a controversial policy on certain computer models, removing the ability for hardware decoding of the H.265/HEVC codec. This measure primarily aims to reduce licensing costs, but it shifts the processing load entirely to the main system using software methods. 🔄

Technical Impact on System Performance

Disabling the dedicated hardware for video means that central processors and GPUs must handle all H.265 decoding through computational methods. This results in a significantly higher consumption of system resources, especially affecting portable devices where the following is observed:

Direct Technical Consequences:
  • Increase in CPU and GPU usage by up to 40-60% during 4K video playback
  • Rise in system temperature and cooling issues
  • Noticeable reduction in battery life on mobile devices
Users expect full multimedia capabilities when purchasing modern equipment, but this business decision creates a gap between expectations and the reality of the available hardware.

Repercussions for Consumers

This cost optimization strategy directly affects the end-user experience, who discover unadvertised limitations in equipment that should theoretically handle multimedia content without issues.

Problems Experienced by Users:
  • Stuttering playback of 4K content on streaming platforms
  • Difficulties in video editing projects that use the H.265 codec
  • Longer rendering and processing times in multimedia applications

Final Reflection on Corporate Strategy

The decision to prioritize license savings over user experience raises serious doubts about these brands' commitment to multimedia quality. The equipment retains the physically capable hardware but the software deactivation prevents its optimal use, creating frustration among consumers who might reconsider future purchasing decisions. 💻⚠️