Samsung Galaxy A57 and A37 EU Energy Labels Reveal Key Specifications and Changes

Samsung is expanding its mid-range lineup with the upcoming Galaxy A57 and A37, and recent EU Energy Label certifications have provided valuable insights into what consumers can expect from these devices. While the company has already unveiled its flagship Galaxy S26 series, these mid-range models are set to bring some interesting changes, including significant battery life improvements but also a concerning reduction in battery longevity compared to their predecessors.

The EU Energy Label is a mandatory certification for electronic products sold in the European Union, providing standardized information about energy efficiency, battery life, durability, and repairability. For smartphones, this label offers consumers transparency about expected battery longevity, resistance to damage, and how easily the device can be repaired. These labels have become increasingly important as consumers become more environmentally conscious and seek devices that will last longer.

The EU Energy Labels reveal that the Galaxy A57 will offer 52 hours of battery life, while the Galaxy A37 will provide 53 hours. These represent significant improvements over their predecessors, which likely had shorter battery endurance. However, a concerning trend is the reduction in battery cycle longevity. Both new models are now only certified to reach 1,200 full charging cycles before the battery capacity drops below 80% of its initial capacity. This is a substantial decrease from the 2,000 cycles their predecessors were certified for.

This reduction in battery cycle longevity is not isolated to these mid-range models. As noted in the leaks, the same backward movement has been observed in Samsung's flagship Galaxy S26 devices as well. This trend raises questions about Samsung's approach to battery sustainability and longevity, potentially prioritizing thinner designs or other factors at the expense of long-term battery health.

Both the Galaxy A57 and A37 show improvements in dust and water resistance, with both models now featuring IP68 certification. This is an upgrade from the IP67 rating found on their predecessors. The IP68 rating means these devices can withstand immersion in fresh water up to a specified depth and duration, providing greater peace of mind for users who might accidentally expose their phones to water.

However, there's a difference in drop resistance between the two models. The Galaxy A57 has received an A rating for drop resistance, indicating it should withstand accidental drops better than the Galaxy A37, which only managed a B rating. This suggests that the A57 may have more robust construction or additional protective features compared to its slightly less durable sibling.

Both the Galaxy A57 and A37 received a C rating for repairability, which is concerning for consumers who value the ability to repair their devices rather than replace them. A C rating indicates that these phones may be difficult to repair, potentially due to design choices that make component replacement challenging or the use of proprietary parts that are difficult to source.

This low repairability rating is part of a concerning trend in the smartphone industry, where manufacturers are increasingly making devices harder to repair, often to encourage consumers to purchase new devices rather than fixing existing ones. This has significant environmental implications, as it contributes to electronic waste and reduces the overall lifespan of devices.

The changes in Samsung's mid-range lineup reflect broader trends in the smartphone industry. While battery life has generally improved across the board, battery longevity has become a point of concern. The industry's shift toward thinner designs and integrated components has often come at the expense of repairability and long-term durability.

According to the latest rumors, both the Galaxy A57 and A37 should be officially announced next month. This timing would position Samsung to refresh its mid-range lineup ahead of the typically busy back-to-school shopping season in many markets.

The EU Energy Labels for Samsung's upcoming Galaxy A57 and A37 reveal a mixed picture. On one hand, consumers can expect improved battery life and better water resistance. On the other hand, the reduction in battery cycle longevity and low repairability ratings are concerning trends that may impact the long-term value and sustainability of these devices.

As consumers, it's important to consider these factors when evaluating new purchases. While the initial specifications may seem impressive, the long-term durability and repairability of a device significantly impact its overall value and environmental footprint. Samsung's mid-range lineup has traditionally offered good value for money, but the recent trends suggest that consumers may need to weigh the pros and cons more carefully.

The full specifications and pricing details will likely be revealed when Samsung officially announces these devices next month, but the EU Energy Labels provide valuable insights into what consumers can expect in terms of longevity and durability.