OnePlus 15 India Launch: Learn Potential Price, Design, Camera, Chipset and more

OnePlus 15 launch: Smartphone manufacturer OnePlus is preparing for its flagship smartphone OnePlus 15 launching. This new flagship smartphone will be the successor of last year’s OnePlus 13. According to a leak, big designs and processor upgrade can be seen in this smartphone. The upcoming OnePlus 15 is expected to have a 1.5k OLED flat display and triple-lens rear camera setup. This device can be given the Snapdragon 8 Elite 2 chipset power of the next generation of Qualcomm, which is designed for premium smartphones.

OnePlus 15 Camera:
The camera module of OnePlus 15 can finally change after 3 years and three generations. Now this smartphone can see square camera modules instead of round modules. This camera module will be similar to the recently seen OnePlus 13S.

The camera module may have a 50MP main sensor, ultravide sensor and periscope style telephoto sensor. The update in the camera module reflects the company’s strategy to give a new look to the design of the flagship.

OnePlus 15 processor and battery:
According to a leak made by the digital chat station, OnePlus 15 can have a new Qualcomm Snapdragon 8 Elite 2 processor. This processor is being launched this year, after which OnePlus 15 can also be launched. The new chipset of Qualcomm can come with Custom Oryon CPU and Adreno 840 GPU, which will have a 16MB dedicated cash that will improve speed and graphics handling.

OnePlus 15 will also have a true flagship in terms of battery. This smartphone will have a large 7,000mAh battery, which will make it one of the biggest battery capacity smartphones in the flagship device. However, the charging speed can be up to 100W, otherwise the device may have heating problems.

One plus 15 display:
Important updates can also be seen in the display of One Plus 15. This smartphone is expected to have a flat 1.5 K display, which will have very few bezels. This will be possible due to Lipo (low injection pressure overmolding) display packaging. In this technique, liquid polymer materials are used instead of traditional protective components, which make bezels thin and can improve durability and manufacturing efficiency.