Key highlights of Redmi’s first 64 megapixel camera phone
- A handset efficient in recording 64-megapixel images with exceptionally high details.
- The sample image weighed in at 19.3 MB with a resolution of 9,248 x 6,936 for an overall of 64,144,128 pixels.
- could be equipped with Samsung’s ISOCELL Bright GW1 64MP image sensing unit.
Some months earlier, Redmi, a sub-brand owned by Xiaomi, teased its “flagship killer” smart device in the type of the Redmi K20 which not long after introduced along with a K20 Pro version. The latter of these handsets includes the present top-tiered Snapdragon 855 SoC with as much as 256GB of onboard storage and 8GB RAM, in addition to Android 9.0 Pie with MIUI 10 working on the top.
Now, it appears that Redmi is eager to toss its hat into the ring as far as high-megapixel mobile phone cameras are worried. According to a post on Weibo, the company is preparing a 64 megapixel camera phone which images with exceptionally high details. An image consisted of in the post shows what users may anticipate being able to experience regarding the camera’s abilities.
A different post from Lu Weibing, Redmi General Manager, mentioned that the sample image weighed in at 19.3 MB with a resolution of 9,248 x 6,936 for an overall of 64,144,128 pixels and likewise teased a picture of the camera user interface with its “64M” alternative engaged listed below the image sneak peek. While the name of the mobile phone sporting this ability still have questioned, the Redmi Note 8 might be a possible prospect, while leveraging Samsung’s ISOCELL Bright GW1 64MP image sensing unit.
Naturally, hesitant purchasers might watch out for such claims, especially when a business such as Nokia has been busted utilizing a DSLR cam when trying to show how optical image stabilization dealt with its Lumia 920 mobile phone. The company, later on, excused the mistake and confusion triggered by the absence of clearness.
Now, it all depends upon how the company utilizes a 64 megapixel camera phone shooter that carries out well and whether its image zooming abilities accumulate in real-world use circumstances.