Powering the future: Innovation, precision, and realism in battery technology

In 2021, DXOMARK introduced a specialized protocol for battery testing across smartphones, and consumer devices. Our battery engineers meticulously curated an extensive database, drawing insights from hundreds of evaluated products. Our approach focuses on replicating consumer behavior with a protocol that mirrors how users interact with their devices, ensuring relevance and accuracy with rigorous scientific methods that underpin our testing process.

The strength of our testing process lies in its repeatability thanks to the controlled environment in the Faraday cage, which eliminates external interference, combined with the real-life simulated testing done by robotic fingers that execute actual clicks and swipes in the same way a user would, and its universality because the protocol can adapt seamlessly across different operating systems. 

These strengths allow DXOMARK to go beyond testing just the latest devices. DXOMARK experts now  actively engage in research on battery aging assessments, providing their technical solutions for the growing refurbished market. 

Industries covered

How can DXOMARK Battery experts help? 

The DXOMARK Battery protocol takes technical terms like milliampere-hour (mAh) and wattage (W) and talks about them in meaningful user-centric ways, helping users understand the science behind battery autonomy and charging time. By comparing your product with a comprehensive database of measurements, DXOMARK’s experts can pinpoint battery areas needing improvement, identify potential power leaks, and highlight deficiencies early in the development process. This valuable insight helps your engineering team enhance product quality before launch. Moreover, the DXOMARK protocol complements your internal Quality Assurance efforts, serving as an independent third-party lab that provides unbiased validation of your battery’s performance, enabling you to demonstrate your product’s optimization and the tangible benefits to users.