OPPO Showcases Leading AI Research and Upcoming Reno14 Series at CVPR 2025

TL;DR:

• OPPO is making a strong showing at the prestigious CVPR 2025 AI conference, with ten of its research papers accepted and a showcase of its latest AI phones.
• The company’s research contributions cover advanced topics like AI video generation, image restoration, and high-resolution semantic segmentation, laying the groundwork for future mobile AI innovations.
• OPPO is actively fostering industry-academic collaboration by co-hosting two AI challenges at the event, reinforcing its commitment to growing the global AI developer ecosystem.
• On display at the conference are OPPO’s upcoming AI phones, including the Reno14 Series and the flagship Find X8 Ultra, which feature new AI-powered imaging and editing tools.

The globally renowned Conference on Computer Vision and Pattern Recognition (CVPR) has officially commenced in Nashville, USA, and consumer electronics giant OPPO is marking a significant presence at the prestigious event. Demonstrating its deep commitment to the advancement of artificial intelligence, OPPO is presenting ten of its research papers, showcasing its upcoming AI-powered smartphones, including the new OPPO Reno14 Series, and actively engaging with the global research community.

This participation at OPPO at CVPR 2025 underscores the company’s strategy of bridging foundational AI research with tangible consumer-facing technology, providing a glimpse into the future of mobile intelligence.

Pioneering Research in AI Vision Technology

This year, an impressive ten research papers authored by the OPPO Research Institute and various OPPO R&D teams have been accepted at CVPR, a testament to the company’s cutting-edge advancements. The research spans a wide range of critical AI topics, including image restoration, advanced image processing, image super-resolution, and generative AI content creation, reflecting a comprehensive approach to mobile AI and computer vision.

A notable contribution is in the field of AI video generation, where OPPO has introduced the industry’s first DiT-based architecture. This framework enables simultaneous and independent control over both character motion and camera trajectory within a generated video. By employing a novel “decouple-and-fuse” strategy that uses dynamic masks, this method effectively resolves conflicts between motion and trajectory conditions, resulting in a significant improvement in video stability and overall generation quality.

In the realm of image processing, OPPO has developed the industry’s first large-scale, high-resolution fine-grained semantic segmentation dataset and model. This innovation, known as the MaSSFormer Framework, achieves a delicate balance between high accuracy and computational efficiency. Furthermore, a novel training method has been proposed to transfer these fine segmentation capabilities to broader image categories, opening up potential applications in advanced image understanding and partition optimization. These scholarly contributions not only highlight OPPO’s leadership in AI vision research but also establish a solid technical foundation for the continued advancement of AI-powered smartphones.

Fostering Industry-Academic Collaboration Through AI Challenges

Beyond presenting its own research, OPPO is actively cultivating the global AI talent pool. During CVPR 2025, the Hong Kong Polytechnic University–OPPO Joint Innovation Research Centre, along with OPPO Research Institute’s Y-Lab and PolyU’s Visual Computing Lab, is co-hosting the second NTIRE RAIM Challenge. This challenge provides a practical platform for researchers to advance the field of generalizable image restoration.

Concurrently, the OPPO AI Center, in a strategic partnership with the University of Würzburg’s Visual Computing Lab, is co-organizing the inaugural NTIRE SIRR Challenge. This initiative aims to establish new benchmarks for reflection removal in natural images, utilizing a comprehensive real-world dataset and expert feedback. These events reinforce OPPO’s long-standing commitment to strengthening the vital collaboration between academia and industry, thereby supporting the growth of a robust global AI developer ecosystem.

Next-Generation AI Phones at the Forefront of Innovation

At its CVPR 2025 booth, OPPO is offering attendees a preview of its upcoming AI phones, including the much-anticipated Reno14 Series, the flagship Find X8 Ultra, and the Find N5 foldable. These devices, along with their system-level AI innovations, have attracted significant attention from academic researchers and industry leaders present at the conference.

The Find X8 Ultra, presented as OPPO’s most advanced AI phone to date, introduces the all-new LUMO Imaging System. This system seamlessly integrates next-generation hardware with breakthrough computational photography algorithms. A key highlight is the debut of the industry’s first full-chain ProXDR display technology, which works in concert with the imaging system to deliver industry-leading portrait quality and set a new benchmark for mobile photography.

Furthermore, the upcoming Reno14 series will come equipped with a range of OPPO’s proprietary AI Editing features. These tools—including AI Eraser, AI Reflection Remover, AI Unblur, and the new AI Perfect Shot and AI Recompose—are designed to help users salvage imperfect shots and elevate their photos with just a single tap.

CVPR 2025 marks OPPO’s third major international AI showcase this year, following impactful appearances at MWC and Google Cloud Next 2025. This sustained global presence reinforces the company’s enhanced AI strategy, positioning it as a leader in delivering comprehensive, secure, and continuously evolving AI experiences focused on productivity, creativity, and imaging. With this clear vision, OPPO aims to bring generative AI capabilities to nearly 100 million global users by the end of 2025.