Every year, with the release of the new Galaxy S series, a question arises: why do European models continue to feature an Exynos processor, while North American and Asian versions benefit from a more powerful Snapdragon? The Galaxy S24 is no exception. This choice is often criticized by users, but it is a complex industrial and commercial decision that is not solely based on chip performance.
Industrial arbitration: production, capacity, and chip availability
Samsung must juggle between producing its own Exynos chips and purchasing Snapdragon from Qualcomm. This dual role as a smartphone and semiconductor manufacturer imposes difficult choices. Each production line has a limited capacity and must meet several simultaneous commitments.
Constant pressure on production lines
The factories that manufacture Exynos cannot instantly produce an unlimited volume. Each production cycle is planned in advance and must satisfy internal needs (other Samsung devices) and external ones (Foundry clients). Moreover, Snapdragon chips are distributed according to global quotas, with volumes allocated by region. To increase their presence in Europe, Samsung would need to renegotiate these quotas and adjust its manufacturing lines, which takes time and is costly.
Availability of Snapdragon processors
Qualcomm cannot supply an unlimited number of SoCs to Samsung. Chips are allocated based on demand and contractual agreements. Historically, the United States and certain regions of Asia receive more Snapdragon, while Europe receives less volume. This limitation directly influences the choice of processors for each market.
Commercial strategy and market segmentation
Samsung does not only think about performance: commercial strategy plays a central role. European markets have different price sensitivities and user preferences compared to North America or Asia. Maintaining Exynos on certain models allows for preserving margins and adapting prices according to local expectations.
Adaptation to local habits
The choices are not solely economic. Some regions have specific requirements for network compatibility, 5G certification, or distribution through carriers. Samsung thus adjusts the configuration of its devices to meet these needs. The Exynos, although less performant on certain benchmarks, remains perfectly functional for the majority of European uses.
Impact on the final price
Integrating Snapdragon in all markets would increase production costs, directly impacting the selling price. Even if the unit difference seems small, it becomes significant when multiplied by millions of units. The use of Exynos in Europe is therefore also a well-thought-out economic choice.
Recurring criticisms: performance and user perception
For several generations, Exynos versions have been criticized for their performance difference compared to Snapdragon, especially in games or demanding applications. Synthetic benchmarks often show an advantage for Snapdragon, but the real experience is less clear-cut.
Benchmarks and real experiences
Tests show that Snapdragon often maintains more stable CPU and GPU frequencies over time, resulting in slightly better fluidity in games and heavy applications. However, Exynos has made significant progress, notably in thermal management and software optimization, reducing the perceived gap for the average user.
Continuous improvements of Exynos
Samsung has optimized the latest generations of Exynos to offer better performance and lower energy consumption. These improvements reduce the difference with Snapdragon, but the perception remains marked due to highly publicized benchmarks and online comparisons.
Technical constraints around 5G and the modem
The performance of a smartphone is not limited to the CPU and GPU. 5G connectivity and network management are essential, especially for European users where 5G is rapidly deploying. The modems integrated into Snapdragon are often more efficient in managing bands and latency, but Exynos remains compatible and optimized for local operators.
Modems and network stability
Snapdragon uses highly optimized Qualcomm modems, ensuring stable connections even in congested areas. Exynos, with integrated or partner modems, can sometimes be slightly less efficient on certain specific bands. However, for the majority of users, this difference remains marginal and does not affect daily use.
Battery life and energy consumption management
The way the modem interacts with the CPU and GPU directly influences battery life. Exynos sometimes has slightly higher consumption in intense 5G networks, but Samsung compensates with software optimizations to maintain competitive battery life. The difference is noticeable in some scenarios but remains limited for standard use.
Perspectives: towards possible harmonization?
Rumors indicate that Samsung might seek to reduce the gap between Exynos and Snapdragon in future Galaxy generations. This could involve improvements to Exynos or increased negotiation of Snapdragon volumes for Europe. However, total harmonization is a long and complex project, involving industrial reorganization, supplier contracts, and financial adjustments.
Possible scenarios
Samsung could continue to improve Exynos until achieving functional equivalence with Snapdragon, or gradually introduce Snapdragon in all premium markets. Both options require significant investments and multi-year planning, explaining why Europe remains largely under Exynos today.