Honor testing 200MP OVB0D and OV52F camera sensors, for Magic 10?
Honor
Honor testing 200MP OVB0D and OV52F camera sensors, for Magic 10?

Honor is testing many new camera sensors for its upcoming smartphones, two of which are Omnivision OVB0D and OV52F. The company will likely use these imaging lenses for the Magic 10 smartphones, the next flagship iteration.
Weibo tipster DigitalChatStation reported that Honor will continue to use the OmniVision camera sensors like the OVB0D and OV52F. The company is testing these lenses, probably for the upcoming Magic lineup.
According to the tipster, the company is evaluating a 200MP OVB0D lens with a 1/1.12 sensor size, powered by LOFIC technology, and a mid-to-high-end 200MP OV52F imaging sensor with a 1/1.55-inch sensor size format.
These camera lenses will likely be coupled with a mid-to-high-end 64MP 1/2-inch OV64D periscope telephoto sensor. All three sensors belong to the top-tier genre and might debut with the Magic 10 flagship next year. However, the device details are uncertain.
Honor is also exploring a 68MP OV68F native square front-facing camera lens. The tech giant has used a 55MP selfie sensor for the Magic 9 series handsets this year. Now it may further enhance this part with the upcoming 2027 flagship.

Source – Weibo
Both OVB0D and OV52F are high-resolution 200MP CMOS imaging sensors by Omnivision. The former lens focuses on the ultra-premium flagship’s main camera, like the Magic 10 Pro Max or Magic 10 Ultra, while the latter is for mid-to-high-end models.
OVB0D supports the second-generation DCG and LOFIC (Extreme HDR), while the OV52F relies on the PureCel Plus-S stacked die technology. These sensors ensure high-resolution image quality without compromising sharpness, brightness, or vibrance.
Magic 10 series is reportedly in the making and is said to use a variable aperture in 2027. Honor is probably evaluating the new imaging sensors to check which one of these will be suitable for the high-end flagship model and deliver a dynamic photography experience.

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