Samsung will offer higher quality photo uploads on Instagram, Snapchat, TikTok: Report

Samsung has reportedly collaborated with social media platforms – Instagram, Snapchat and TikTok to improve the quality of photos taken on the social media apps’ built-in camera. According to a report, the quality of photos will no longer see a drop when clicked through these apps. A large number of people use these apps to take photos and videos. However, photos taken on these apps are poor quality compared to photos taken using the phone’s native camera app.

According to tipster Ahmed Qwaider, Samsung is working with popular social media apps Instagram, Snapchat and TikTok to improve the quality of uploading photos to its upcoming flagship Galaxy S23 series. This collaboration will improve the quality of photos taken on these apps via their built-in camera.

Samsung’s partnership with these apps will allow users to also access the phone’s native camera app on Instagram, Snapchat, and TikTok. This will allow users to capture higher quality photos, the report suggests. The quality of the photographs will not decrease even when they are later downloaded from the apps.

According to GizmoChina’s report, Samsung is the first and only Android smartphone company to offer these features in its user interface. Currently, the company is offering support for night mode and auxiliary camera lenses on these social media apps for its Galaxy S22 series.

Recently, Samsung also announced its expanded partnership with Google for a new chipset for its upcoming flagship smartphones. A tipster has shared that Samsung will bring a new chipset to power its flagship Samsung Galaxy S series smartphones coming in 2025.

The upcoming Galaxy S series chipset is expected to use a more advanced 3nm processor as the tech giant has already started working on 3nm chips. Currently, the South Korean tech giant manufactures Google’s Tensor chips. The company is working with Google’s Tensor team and AMD’s graphics team for this chipset. It’s supposed to include two high-performance Cortex-X cores, four performance-focused cores running at a lower clock speed, and four power-efficient cores.

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