Alongside its flagship Galaxy S26 series, Samsung is making strides in enhancing its mid-range lineup, with particular focus on the upcoming Galaxy A devices. After the recent benchmark appearance of what could be the Galaxy A77, attention now shifts to the successor of the Galaxy A36: the Galaxy A37.
Galaxy A37 to Feature a Powerful New Chipset
The Samsung Galaxy A37 recently surfaced in the Geekbench database, unveiling key details about its hardware. Notably, it is expected to be powered by the Exynos 1480 chipset. This chipset suggests a considerable performance leap compared to the Snapdragon 6 Gen 3 found in its predecessor, the Galaxy A36.
Exynos 1480: Proven Performance in Mid-Range Devices
The Exynos 1480 chipset powering the Galaxy A37 isn’t unfamiliar; it was also integrated into the Galaxy A55, one of Samsung’s popular mid-range smartphones in 2024. This reintroduction of the chipset in a newer, more affordable model highlights Samsung’s strategy to maximize chip efficiency, delivering solid performance without elevating costs.
What to Expect from the Galaxy A37
Expected to be released in 2026, the Galaxy A37 will likely position itself as one of Samsung’s most affordable mid-range smartphones. Considering that last year's Galaxy A36 started at $399, this new iteration could provide a compelling alternative to other mid-tier phones like the Pixel 9a and iPhone 16e.
Community Reception and Anticipation
A recent poll conducted among potential buyers reveals a positive sentiment towards the Galaxy A37’s prospects:
- 75% responded they would consider buying it if the performance is as strong as hinted.
- 12.5% would consider it if the price remains appealing.
- Another 12.5% preferred more powerful and premium alternatives.
With a total of 8 votes, the community’s interest clearly leans towards the Galaxy A37’s enhanced capabilities.
Reflecting on Progress in Mid-Range Innovation
Samsung’s reuse of the Exynos 1480 chipset in the Galaxy A37, two years after its use in the Galaxy A55, might seem like a rehashing of older technology. However, it also underscores how rapidly smartphone technology advances, allowing for more affordable devices to house previously high-performing components, thus democratizing access to performance.
