On May 21st, vivo held an online communication meeting today to provide a detailed introduction to the technological breakthroughs behind the Thanos-level picture quality of the X100 Ultra.
According to vivo, the outstanding picture quality of the X100 Ultra is the result of their years of deep cultivation in the mobile imaging field with the concept of hardware-software integration, as well as a product of an open and inclusive ecosystem.
Vivo's global imaging strategic partnership with Zeiss has entered its fourth year, resulting in the creation of the "Vivo ZEISS Joint Imaging System." In addition, Vivo has deep collaborations in imaging technology with industry leaders such as Sony, Samsung, Hawkeye, MediaTek, and Qualcomm.
Regarding the debut of Vivo X100 Ultra featuring Vivo's self-developed Blueprint Imaging, Vivo's Vice President and Vice President of Imaging, Yu Meng, emphasized that Blueprint Imaging represents Vivo's cognitive and technological accumulation in key scenarios, integrating Vivo's self-developed sensor technology, algorithms, and imaging chips.
The Blueprint Imaging will be combined with the Blue Crystal Chip technology stack, Blue Heart large model, Blue Ocean endurance system, and Blue River operating system to form the vivo Blue-Tech Matrix, creating a more tech-savvy product experience for users.
On the technical front, vivo's important research achievement in sensor technology, the VCS biomimetic spectral technology, plays a crucial role in enhancing color reproduction and noise suppression performance. The main camera and telephoto sensor of the vivo X100 Ultra are both equipped with related technologies based on the VCS standard.
According to Li Can, the director of vivo's imaging products, the outstanding image quality performance of the vivo X100 Ultra is derived from the combination of vivo's self-developed algorithms with top-notch optical and sensor technologies in the industry.
The vivo X100 Ultra is equipped with the LYT 900 and HP9 sensors jointly developed by Sony and Samsung, and incorporates vivo's VCS biomimetic spectral technology from the vivo blueprint image, optimizing the color filter and ulens hardware structure to improve sensor QE spectrum. This enhancement allows the sensor's raw information to closely approach human visual perception, significantly boosting the phone's color reproduction and light sensitivity.
