How does the screen reflectivity of the Galaxy Tab S10 Ultra affect outdoor viewing compared to the iPad Pro

Galaxy Tab S10 Ultra

The Galaxy Tab S10 Ultra features an anti-reflective coating on its Dynamic AMOLED 2X display, which significantly reduces screen reflections. This coating is a notable upgrade over previous models, allowing the tablet to reflect only about 2% of ambient light, down from 5% in the Galaxy Tab S9 series[1]. This improvement makes the screen more legible in bright environments and direct sunlight, enhancing outdoor viewing experiences[1][7]. However, the peak brightness of the Galaxy Tab S10 Ultra is around 930 nits, which is lower than the iPad Pro's 1,600 nits[6][7].

iPad Pro

The iPad Pro, particularly the newer models, offers a very bright OLED display with a peak brightness of up to 1,600 nits. This high brightness is beneficial for viewing in direct sunlight, as it helps to counteract glare and reflections[6]. However, not all iPad Pro models come with an anti-reflective coating; Apple's "nano-texture" anti-reflective glass is available only on certain storage variants, such as the 1TB and 2TB models[6]. The iPad Pro 9.7, an older model, features a low reflectance screen that reflects just 1.7% of ambient light, but this is not standard across all iPad Pro models[5].

Comparison

While both tablets have anti-reflective capabilities, the Galaxy Tab S10 Ultra's consistent application of an anti-reflective coating across all models provides a more reliable outdoor viewing experience in terms of reduced reflections. However, the iPad Pro's higher peak brightness gives it an edge in very bright conditions, as it can better compete with sunlight to maintain visibility[6]. The Galaxy Tab S10 Ultra's lower peak brightness means it might not perform as well in extremely bright environments, despite its anti-reflective coating.

In summary, the Galaxy Tab S10 Ultra offers better reflection reduction due to its standard anti-reflective coating, making it more suitable for outdoor use in moderately bright conditions. The iPad Pro, with its higher brightness, is more effective in very bright environments, but its anti-reflective capabilities are not as universally available across all models.