Samsung’s forthcoming Galaxy A56 has been unveiled through CAD-derived images, showcasing a daring new style for the A5x series. While it still clearly shows it’s a Samsung product, the images reveal a noticeable shift from its forerunner, the Galaxy A55, particularly in the camera arrangement. A New Appearance for the Galaxy A56 The biggest change is […]
Galaxy A56 CAD Renders Show Unexpected Redesign Features Read More »
The next version of Samsung’s Galaxy A series smartphones has hit the market with the introduction of the Galaxy A06, Galaxy A16 5G, and Galaxy A16 4G. In the next few months, Samsung plans to unveil the Galaxy A26, Galaxy A36, and Galaxy A56. Although we have already seen the design of the Galaxy A36, a
Samsung Galaxy A56 Renders Reveal Redesigned Camera Features Read More »
Samsung has unveiled its latest mid-range System on Chip (SoC), the Exynos 1580, which has been observed online a couple of times—once on Geekbench and another time on PowerBoard. This new chip takes over from the Exynos 1480, boasting a 17% increase in CPU performance and a similar boost for the GPU. The company has prominently
Exynos 1580 SoC: 4nm with Cortex-A720 Cores and Xclipse GPU Read More »
Samsung has been actively testing the Galaxy A56, and nearly two weeks after the first leak, the smartphone appeared in the latest Geekbench database. Previous rumors suggested that the Galaxy A56 would be equipped with an Exynos 1580 SoC, and today’s Geekbench results confirm this. The Exynos 1580, with the internal codename Santa, is now shown
Samsung Galaxy A56 Surfaces on Geekbench: Key Specs Revealed Read More »
Samsung’s forthcoming Exynos 1580 chip, which is expected to power the Galaxy A56 smartphone, has recently surfaced on the Geekbench benchmarking site. Code-named Santa, the chip garnered a single-core score of 1046 points and a multi-core score of 3678 points on Geekbench 5. Performance Comparison These results suggest that the Exynos 1580 offers a performance level
Samsung Exynos 1580 vs Snapdragon 888: Benchmark Performance Read More »
