DXOMARK at MWC 2026: Exploring the Future of Mobile Imaging

Earlier this month, Mobile World Congress 2026 (MWC 2026) took place in Barcelona, bringing together leading players across the mobile ecosystem. At the La French Tech pavilion, DXOMARK engaged with global industry partners and engineering teams, sharing our latest methodologies, tools, and insights in mobile imaging and display evaluation.

During the event, we showcased a range of advanced imaging evaluation solutions, including:

• A “glass-to-glass” imaging pipeline experiment
• Advanced video stabilization testing solutions
• Dedicated image quality tools such as All-in-One Portrait (AIOP) and Golden Eye Assistant (GEA)

We also shared our latest research, testing methodologies, and real-world case studies, contributing to ongoing discussions on how to further improve mobile user experience.

Foldable Imaging Advances: Continuous Performance Improvements

At MWC 2026, DXOMARK released the camera test results for the Motorola Razr Fold, which demonstrated reliable performance across everyday shooting scenarios and was awarded the DXOMARK 2026 Imaging Gold Label.

As a foldable device, it achieves flagship-level imaging performance, with particularly strong results in zoom capabilities. Foldable smartphones continue to face unique challenges related to structural design, camera integration, and thermal constraints. However, ongoing advancements in both hardware and software are steadily improving their imaging capabilities, narrowing the gap with traditional flagship devices.

TECNO CAMON 50 Ultra: Advancing Multi-Skin Tone Rendering

During TECNO’s product launch event, DXOMARK CEO Frédéric Guichard presented the imaging test results of the TECNO CAMON 50 Ultra 5G, along with insights from our latest consumer study conducted in Riyadh, Saudi Arabia.

The device delivers natural and accurate rendering of diverse skin tones across a wide range of real-world scenarios. In our testing, it achieved an overall camera score of 146, including a Portrait score of 142, making it one of the top-performing devices in its segment (below $600), particularly for portrait photography.

To better understand user preferences in multi-skin tone rendering, we conducted a consumer study in Riyadh an important emerging market characterized by cultural and skin tone diversity. The study involved 75 participants aged 18–45 and included:

• 90 portrait scenes across outdoor, indoor, and low-light conditions
• A wide range of skin tones, from light to dark
• Test scenarios designed to reflect real-life usage

Results showed that the device was among the most preferred by users, delivering natural and realistic skin tone rendering. In some scenarios, it was even favored over higher-priced competitors due to brighter facial exposure, accurate color rendering, and well-balanced white balance.

By combining laboratory testing with real-world user studies, we evaluate imaging performance from both technical and perceptual perspectives providing more comprehensive insights to support product development and image tuning.

Technical Focus: Imaging Pipeline and Stabilization Evolution

At MWC, we also introduced our latest imaging pipeline study, addressing a key question: What users see is it truly what the device captures?

On mobile devices, the final image is shaped not only by the camera sensor, but also by image processing algorithms, HDR tuning, and display rendering. From capture to playback, each stage of the imaging pipeline plays a critical role in defining the user experience.

Video stabilization was another key topic of discussion. As mobile imaging technology evolves rapidly, traditional standards such as CIPA DC-X011 are no longer sufficient to reflect modern use cases.

To address this, we have enhanced our testing methodology by incorporating:

• Real human hand motion data
• A 6-degree-of-freedom motion platform

This approach enables more realistic and comprehensive evaluation of stabilization performance in complex shooting conditions, helping manufacturers better optimize their algorithms.

Image Quality Tools: Improving Engineering Efficiency

As imaging systems become increasingly complex, efficient tuning and optimization are more critical than ever. At MWC 2026, we presented advanced tools designed to support engineering teams:

• AIOP (All-in-One Portrait): A comprehensive framework that integrates key portrait quality metrics, including skin tone rendering, detail, bokeh, exposure, and color
• GEA (Golden Eye Assistant): An AI-powered image quality assessment tool that enhances perceptual evaluation, enabling faster and more scalable analysis

These tools are designed to streamline development workflows and improve overall imaging performance.

Looking Ahead: Driving Better Mobile Experiences Together

MWC 2026 once again highlighted the rapid pace of innovation in mobile technology from AI-driven imaging to new device form factors and advanced display technologies.

At DXOMARK, we remain committed to working closely with our partners, providing evaluation methodologies, data, and consulting services to help optimize device performance and better understand user experience.

We look forward to continuing to collaborate with the industry to drive innovation in mobile imaging and deliver better experiences for users worldwide.

If you would like to discuss a specific topic or explore collaboration opportunities, we invite you to contact our team.

Upcoming Webinar: Mobile Imaging Trends and Future Opportunities

DXOMARK, together with ams OSRAM and Counterpoint Research, will host an upcoming webinar titled “Mobile Imaging Trends and Future Opportunities.”

Sessions:

• English: Wednesday, April 1st, 9:00 AM PT
• Chinese: Tuesday, April 8th, 5:00 PM (Beijing Time)

Both sessions will cover the same content. Our imaging experts and guest speakers will share the latest insights on smartphone imaging trends, market dynamics, and user perception, followed by a live Q&A session.

Secure your spot