The trio of Samsung phones, including the A26, A36, and A56, share a strong foundation of technology, thanks to their AMOLED screens, 6.7-inch displays with 120-Hz refresh rates, and 5,000mAh batteries. These safety features are consistent across the line, ensuring a consistent experience for users. Their camera setups feature a main 50 pixels sensor, an ultrawide, and a macro lens, with the main sensor being a쟁le 5000mm. However, the ultrawide and macro lenses are售价-sensitive, often insufficient for high-quality photography, suggesting consumer tolerance for this trade-off.
At the digital centerpiece, the A36 (left) and A56 (right) stand out with 12-megapixel sensors capable of 10-bit HDR recording up to 4K at 30 frames per second. This level of performance, combined with impressive features like pixel density and HDR, sets them apart. Samsung highlights the technical prowess behind these features, noting the innovative 12-megapixel setup and the efficient 45-watt fast charging, which delivers up to 70% charge in 30 minutes.
Performance-wise, the A26 (right) and A56 (left) benefit from Samsung’s Exynos 1380 and 1580 processors, respectively, offering 6 and 8 GB of RAM, equipped with a 5Gipped chip. While the Galaxy A26 (5G) boasts similar performance to the predecessor, the Galaxy A36 (left) leads with the Qualcomm simulator Snapdragon 6 Gen 3, indicating a more recent and improved chip stack.
In terms of performance, the A26 is also more powerful than the A36, with the A36’s smartphone offering similar specs to the Snapdragon 7S Gen 2 found in many international phones like the Poco X6. This suggests that the A36 is within the same league as its older competitors, but with optimizations for budget.
Ultimately, the A56’s 5G feature is the standout victory, proving that higher-end phones can achieve peak performance even when relying on slower compare-based performance indicators. This NOTE captures Samsung’s evolution away from performance clones and toward creating the most potent smartphones of their respective generations, highlighting pockets short on processing power and memory but with relentless innovation.
