Samsung has never failed to captivate smartphone enthusiasts with its Galaxy S series, and this year is no different. While the spotlight usually shines on the premium features of the Ultra model, the standard S24 and S24+ have managed to garner attention for an unexpected reason: the return of Exynos.
Hardware fragmentation has made a comeback, as the S24 and S24+ are equipped with the Exynos 2400 chip. The burning question is whether this chip will hold back the performance of these models or provide a unique advantage. Let’s dive in and explore what the Exynos revival means for the Galaxy S24 line.
The Exynos 2400, a 4nm chip with a deca-core CPU and an AMD architecture-based Xclipse 940 GPU, powers the S24 and S24+. Comparisons to the Snapdragon 8 Gen 3 have arisen, and we eagerly await the results of heat tests and benchmarks.
A surprising discovery during a 10-minute 8K video recording test was that the S24 Plus, with its Exynos chip, remained slightly cooler compared to the Snapdragon-powered Ultra. However, during GPU-heavy stress tests, the Exynos chip showed mixed results. It outperformed the Snapdragon in the Solar Bay ray tracing stress test, but experienced performance drops and increased temperature during the Wildlife Extreme Stress test.
It is worth noting that the Ultra model features a larger vapour chamber for improved thermal efficiency. While the Exynos 2400 chip handles graphic-intensive games without a hitch, those who heavily indulge in gaming might want to explore phones with advanced cooling solutions.
In terms of design, the S24 and S24+ retain the signature style introduced in 2023, with subtle tweaks that distinguish them from their predecessors. The frame has undergone a refined matte finish and appears flatter than before. The reduction in bezels and symmetry on all edges contribute to a more immersive experience and an increase in display size by 0.1-inch, without compromising the overall form factor.
While the regular S24 remains the only compact high-end Android smartphone available, the S24+ is a standard-sized model. However, it is a missed opportunity for Samsung to adopt a more unified design approach and a boxier aesthetic, especially when compared to the Ultra variant.
The display and utility of the S24 and S24+ have also seen improvements. Both models now feature LTPO tech for better power management, offering brighter screens with peak brightness of up to 2600 nits while watching HDR content. The ultrasonic fingerprint reader, stereo speakers, and IP68 rating for water and dust resistance continue to be impressive features.
When it comes to camera capabilities, the S24 and S24+ carry over the same camera sensors from the previous generation, but with subtle changes to post-processing algorithms. While the main camera excels in dynamic range and produces decent detail, indoor shots tend to lean towards cooler tones. However, videos captured with these devices showcase excellent stability, dynamic range, and reliable autofocus.
In conclusion, the Galaxy S24 and S24+ succeed in captivating users with their unique aspects. Despite the hardware fragmentation caused by the return of Exynos, these smartphones offer impressive features, refined design, and enhanced display quality. The camera performance may have mixed results in terms of post-processing, but video capabilities stand out. Samsung once again demonstrates its commitment to innovation and delivering a compelling smartphone experience.
Frequently Asked Questions (FAQ) about the Samsung Galaxy S24 and S24+
1. What is unique about the Samsung Galaxy S24 and S24+ compared to previous models?
– The standard S24 and S24+ models stand out for their use of the Exynos 2400 chip, which is a departure from previous models that used Snapdragon chips.
2. How does the performance of the Exynos 2400 chip compare to the Snapdragon 8 Gen 3?
– The performance comparison between the Exynos 2400 and Snapdragon 8 Gen 3 chips is still awaited. Heat tests and benchmarks will provide more insights.
3. Does the Exynos chip affect the temperature of the phone during intensive tasks?
– During a 10-minute 8K video recording test, the S24 Plus with the Exynos chip remained slightly cooler compared to the Snapdragon-powered Ultra. However, during GPU-heavy stress tests, the Exynos chip showed mixed results, including performance drops and increased temperature.
4. Are there any concerns about gaming performance with the Exynos chip?
– The Exynos 2400 chip handles graphic-intensive games well, but heavy gamers may want to explore phones with advanced cooling solutions due to its mixed performance results in stress tests.
5. Has there been any design changes in the S24 and S24+ compared to previous models?
– The S24 and S24+ retain the signature style from 2023, with subtle tweaks. They feature a refined matte finish, flatter frames, reduced bezels, and increased display size by 0.1-inch, offering a more immersive experience.
6. Is there a unified design approach for the Galaxy S24 and S24+ models?
– It is noted that the S24+ missed an opportunity for a more unified design approach and a boxier aesthetic, especially when compared to the Ultra variant.
7. What improvements have been made to the display and utility of the S24 and S24+?
– Both models now feature LTPO tech for better power management, offering brighter screens with peak brightness of up to 2600 nits while watching HDR content. They also come with an ultrasonic fingerprint reader, stereo speakers, and IP68 rating for water and dust resistance.
8. Are there any changes to the camera capabilities of the S24 and S24+?
– The S24 and S24+ carry over the same camera sensors from the previous generation, but with subtle changes to post-processing algorithms. The main camera performs well in dynamic range and detail, but indoor shots may have cooler tones. Videos captured with these devices showcase excellent stability, dynamic range, and reliable autofocus.
9. What are the overall impressions of the Galaxy S24 and S24+?
– The Galaxy S24 and S24+ impress users with their unique features, refined design, and enhanced display quality. While there may be concerns about the Exynos chip and camera post-processing, the smartphones still offer a compelling and innovative smartphone experience.
Definitions:
– Exynos: A brand of mobile processors developed by Samsung Electronics.
– Chip: Refers to the central processing unit (CPU) or system-on-a-chip (SoC) that powers a smartphone.
– Snapdragon: A brand of mobile processors developed by Qualcomm.
– GPU: Stands for Graphics Processing Unit, which is responsible for rendering graphics in a device.
– Heat tests: Tests conducted to measure the temperature generated by a device under different conditions.
– Benchmarks: Standardized tests used to evaluate the performance of hardware or software.
– LTPO: Stands for Low-Temperature Polycrystalline Oxide, a type of display technology known for better power management.
– HDR: High Dynamic Range, a technology that enhances the contrast and color accuracy of images and videos.
– Post-processing: The editing and enhancement of images or videos after they have been captured.
– IP68 rating: An international standard for dust and water resistance, where IP68 signifies high resistance to dust and protection against water immersion up to a certain depth.
– Autofocus: A feature that automatically adjusts the focus of a camera lens to ensure sharp and clear images.
– Innovation: The introduction of new ideas, methods, or technologies to improve existing products or processes.
Related links:
– https://www.samsung.com (Samsung’s official website)
The source of the article is from the blog publicsectortravel.org.uk