The selections made by Samsung regarding the core of the upcoming flagship smartphone are receiving increased attention as the release date of the Samsung Galaxy S24 series approaches.
After it was decided to combine Qualcomm’s Snapdragon system-on-chip with Samsung’s Exynos, the community had been expecting Samsung to improve the chipset’s performance.

Updated on Sunday, December 10. As AI-based capabilities become ubiquitous in smartphones by 2024, robust specs will be essential to provide AI software operating locally with a fast and seamless experience. It also implies that the program needs to be in optimal working order.

These experiences, which are anticipated to include photo editing tools, generative wallpaper, text generation, and real-time translation, will be powered by Samsung’s recently unveiled Samsung Gauss AI software. The announcement of a cooperation with the Korean Institute of Communications and Information Sciences this past weekend is a significant boost to the data sets, which are necessary for all of this and more.

Samsung will be able to train the Gauss generative model with 20,000 research publications thanks to this agreement. That may not help with photo editing, but it will surely help build a broad language model that will enable users to generate and summarize text content on their device.

The outcomes improve with improved hardware. In order to produce a single, cohesive AI experience, Samsung will need to compare the Exynos and Snapdragon CPUs.
Updated on December 18, a Monday. In 2024, while many will look to artificial intelligence (AI) to distinguish smartphones, others will stick to the current benchmarks to determine which phone is best. For this reason, when users and reviewers establish their first opinions, information on the Galaxy S24 Ultra’s camera will matter more than AI.

Ahmed Qwaider, a well-known source, has released fresh information regarding Samsung’s strategy for the 2024 camera. The South Korean business appears to have made the largest change to the default image resolution, going from 12 to 24 megapixels. It is likely no coincidence that Apple has also upgraded the iPhone 15 series to include a 24-megapixel default.

In terms of hardware, the Galaxy S24 Ultra is anticipated to come with a 12-megapixel ultrawide lens, a 10-megapixel telephoto lens with an x3 optical zoom, a 50-megapixel telephoto lens with an x5 optical zoom, and a 200-megapixel primary lens.

Samsung has improved the performance of its Exynos 2400 chip, according to fresh information from trustworthy tipster Tech_Reve, although it is still predicted to lag behind Qualcomm’s Snapdragon 8 Gen 3 For Samsung chipset. Depending on the country you purchase your new Galaxy S smartphone in, the latter will power all Galaxy S24 Ultra variants but only a limited number of Galaxy S24 and S24+ models.

The GPU is the biggest piece of news. Thanks to Samsung’s collaboration with AMD, the new Exynos chipset is expected to have more power than the A17 Pro chipset, which is the same processor featured in the recently introduced iPhone 15 Pro and 15 Pro Max.

The most recent Exynos has higher heat dissipation levels and a thinner packaging than the prior model. The latter ought to enable longer-lasting performance.

The most obvious advantage of the Exynos 2400 over the Snapdragon 8 Gen 3 is its lower cost.

According to prices revealed last week, Samsung is likely to extend the Galaxy S23, S23+, and S23 Ultra price points to the Galaxy S24 series. The switch back to sharing Exynos and Snapdragon between the Galaxy S24 and Galaxy S24+ models will help keep the bill of materials as low as possible, especially considering the rising cost of various essential components (particularly memory and storage).

The Galaxy S24 family—which includes the S24 Ultra and S-Pen—will make its debut in early 2024 during an event called “Galaxy Unpacked,” which is most likely to happen on January 17.