With a few exceptions, Samsung manufactures the Exynos processor in-house for use with its own Samsung smartphones. For use in mobile devices made by other companies, Qualcomm produces Snapdragon SoCs. The majority of smartphone manufacturers use Snapdragon as their main SoC. Samsung uses Snapdragon SoCs in Europe and North America while Exynos processors are used in their Asian markets. Due to a contract between Samsung and Qualcomm, Samsung is required to use Snapdragon in these locations, which accounts for this distinction. Exynos chips typically have eight cores, whereas Snapdragon chips only have four. Snapdragon chips can be overclocked to achieve much higher processing speeds than Exynos chips, even though Exynos processors have more chips. As a result, the two processors’ combined processing power is balanced. The Exynos SoCs come equipped with Mali GPU, whereas the Snapdragon SoCs utilize the much faster Adreno GPUs in comparison. GPUs are helpful in processing graphics so, in terms of gaming, Snapdragon is the clear winner.Snapdragon vs Exynos: Which is better? Many of you may already be aware of the fact that, for the past few years, Exynos-based flagship Snapdragon SoCs have been miles behind them in almost every category. In 2020, the differences were so noticeable that disgruntled Samsung Exynos users gave Samsung a warning: accept a boycott. Some individuals even started online petitions to force Samsung to begin utilizing Qualcomm SoCs in its flagship phones this year.
1. RAM
LTE support is built into Snapdragon devices, and they were among the first to integrate 5G antennas into their SoCs. Due to its small semiconductor, which can manage more memory at faster speeds, the Exynos is significantly faster.
2. Image Processing
Due to the potent Adreno GPU, Snapdragon’s image segmentation is much sharper than Exynos. Snapdragon’s graphics rendering is superior to Exynos’.
3. Chips
Quad-Core semiconductors include Snapdragon. Exynos processors typically have eight cores.
4. Processor
Exynos chips cannot be upgraded to achieve significantly faster processing speeds than Snapdragon processors. Additional chips are present in Exynos processors.
5. SoCs
Delta GPU found in Exynos SoCs. Snapdragon SoCs use considerably quicker Adreno GPUs.
6. GPU
The Qualcomm Soc has also significantly outperformed the Exynos processors in terms of GPU performance. The “Adreno” custom GPU that Qualcomm includes with its SoCs has significantly outperformed the stock Mali GPUs that ARM uses in Exynos processors. With its upcoming Exynos 2100, Samsung hopes to close this gap, just as it could with AMD graphics. Putting the CPUs and GPUs aside, the Hexagon DSP, a specialized Qualcomm processor component, excels at image processing and has consistently outperformed its rivals.
7. Qualcomm Snapdragon
Qualcomm Snapdragon is a smartphone processor created by Qualcomm for use in third-party handsets, which is the primary distinction between Qualcomm Snapdragon and Exynos. The majority of smartphone manufacturers use Snapdragon as their main SoC. SoCs are used by Octa-core Qualcomm in North America and Europe. While Samsung produces the Exynos internally for use in its exclusive Samsung mobile devices. Samsung uses Exynos semiconductors in their international markets.
8. Exynos
Customers who enjoy gaming and videography should consider smartphones with Snapdragon SoCs. While Exynos is better suited for frequent use and offers faster app loading times, those who only use their cell phone to make phone calls or use light applications like Facebook, etc. may find that Exynos is sufficient.
9. Adreno GPUs
Adreno GPUs are markedly faster than Snapdragon SoCs. While Snapdragon’s picture enhancement is noticeably higher than that of the Exynos due to the significant Adreno GPU, the Congolese GPU found in Exynos Operating Systems is significantly lower than the Exynos. Exynos’s rendering of graphics isn’t quite as good as Snapdragon’s.
10. Exynos engine
Exynos engines cannot be significantly outperformed by Snapdragon processors in terms of processing speed. Exynos processors, however, use more chips.
