Smartphones Camera Sensor were rapidly increasing and the Samsung and Sony Have already launched the 48MP Sensor Known as the Samsung ISOCELL Bright GW1 and Sony IMX686 Respectively.
Not to mention, There Were used by industry-leading OEM Such as Samsung, Huawei, Google and Apple to be a Custom Sensor. Whereas, The Xiaomi, Oneplus, Oppo and honor were one of the first smartphone to be adopted Quad Bayer Sensor.
However, Samsung already launched their highest camera Count Sensor 108MP Samsung’s ISOCELL Bright GW1 Sensor used by Xiaomi Mi Note 10. Meanwhile, Sony Launched their Latest and Highest Camera Count 64MP Sony IMX686 sensor back in December.
There Were the first to bring the highest sensor apart from them, the OmniVision Launched there First 48MP Latest and highest camera Count for Top-Notch High-End Smartphones the OmniVision OV48C.
This Sensor Comes With a 1.2-Micron pixel size and it is 1/1.3-Inch Sensor Size Comparing With Sony IMX586 1/1.3″ and Samsung GW1 1/2″ and Nokia 800 Pureview 1/1.2″ Image Sensor. Not to mention, OmniVision Highest Resolution Sensor for a better Low-Light Flagship Sensor.
This is the industry First to offering an on-Chip dual Conversion HDR Support alongside an “Eliminates motion artefacts and featuring a Signal-to-noise Ratio (SNR/ (S/N))”. Moreover, The Device to deliver a 4-Cell Color Filter array (BCFA-Buried Color Filter) and Hardware mosaic. Even it can record an 8K Video Recoding in Realtime.
Furthermore, With the Helo of Near-Pixel binning provides a 12MP Images for 4K2K Video With 4x Sensitivity With 2.4 Micron-equivalent performance. Not to Mention, It Comes With the Best Quality.
Images Without Motion Blur. Likely, The Device enables a Digital zoom to consider as Lossless Zoom alongside a Fast mode Switch. It also Features a CPHY interface With fast autofocus, OV48C on 4C Hald Chief phase detection.
In terms of Video Recoding, it can record a Video at 60fps (ZSL) and 4K2K Video at 60fps With an EIS. Similarly, a 1080 pixel slow-Motion at 240fps. Additionally, 70p at 360fps and a 1080 pixel at 960fps and 1080 at 480fps as well.
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Nokia 808, not 80800.
Thanks for the article, Romeshwar, but I gotta say it seems quite lazy. For instance, what the heck does the “and featuring a Signal-to-noise Ratio SNR” mean?
SNR or S/N Stand for Signal-to-noise ratio, Which is Used to Measure the signal to the level of background noise. Helps to Reduce Background Noise in Images.
Yes, exactly. But doesn’t any sensor “feature SNR”? Maybe You meant high SNR? The sentence in the article doesn’t make sense. Regards!
Oh… I get it now.
From another article ‘The OV48C is said to be the industry’s first image sensor for high-resolution mobile cameras with on-chip dual conversion gain HDR, which “eliminates motion artifacts and produces an excellent signal-to-noise ratio SNR)”,’ – so it captures HDR from a single photo (by using different exposures for different sensels). Quad-Bayer sensors can do that too (Sony’s IMX586, IMX686, Samsung’s GM1, GW1, etc.), but OV48C is a traditional RGB Bayer, which should offer better resolution of the final (demosaiced) image.