Samsung S24 Ultra Emits 33% More Radiation Than iPhone 15 Pro Max (Based on SAR)

Technological advancements and innovative features are the main selling points for smartphones. However, one critical issue that often goes unnoticed by the general public is radiation emissions. Recently, data from Stocklytics.com have highlighted a significant difference in radiation levels between two flagship models: the Samsung S24 Ultra and the iPhone 15 Pro Max. According to the site’s analysis, recent SAR measurements have revealed that the Samsung S24 Ultra emits 33% more radiation than the iPhone 15 Pro Max.

The site’s financial analyst, Edith Reads, comments:

The variations in antenna design, 5G implementation, component tolerances, and quality control measures between the S24 Ultra and iPhone 15 Pro Max contribute to the observed SAR differences. Samsung developers must prioritize research and comprehensive analysis of their latest flagship model to optimize its radiation profile further.

Stocklytics financial analyst, Edith Reads

Samsung S24 Ultra Vs. iPhone 15 Pro Max SAR

Although the Samsung S24 Ultra and Apple iPhone 15 Pro Max fall within the established SAR limits, the Samsung model is pushing closer to the regulatory threshold than its Apple counterpart. As these two flagship devices represent the latest advancements from their parent companies, disparities in radiation emissions may shape the overall market outlook. 

The Samsung S24 Ultra has an ear SAR of 1.06 W/kg and a body SAR of 1.30 W/kg, while the iPhone 15 Pro Max has maintained considerably lower radiation levels, with an ear and body SAR of 0.98 W/kg. 

The S24 ultra’s elevated SAR readings hint at potential risks for users who use the device for prolonged close-range.

What High Radiation Levels Mean to Samsung Developers?

As seen with the S24 series, the South Korean tech firm has been more concerned about improving the overall software features of its phones rather than prioritizing optimization of the hardware design.

While all these features are remarkable, the recent revelations about high radiation emission levels hint that Samsung should focus on improving the underlying hardware design. Aspects such as antenna configuration, 5G implementation, device size, and thermal management systems must be carefully optimized to ensure radiation profiles are kept well within acceptable limits. 

In terms of physical dimensions, the Samsung S24 Ultra is larger than the iPhone 15 Pro Max, indicating greater internal complexity and, consequently, higher SAR values. However, elevated SAR readings for the S24 Ultra are not unique, as similar concerns have affected Apple. France’s decision to halt iPhone 12 sales in late 2023 due to excessive electromagnetic emissions serves as a reminder of the importance of addressing such issues promptly.

It’s imperative for Samsung and Apple to consistently maintain considerably lower radiation levels and prioritize the safety of their consumers.