Google Pixel 9a VS Samsung Galaxy A56 5G

Both phones share a waterproof rating and a standard, non-rugged slab form factor, but they diverge meaningfully in how that protection is certified and how the devices feel in hand. The Google Pixel 9a carries an IP68 rating, meaning it is tested to withstand submersion in up to 1.5 meters of fresh water for 30 minutes, while the Samsung Galaxy A56 5G is rated IP67, which covers the same depth but is generally considered a slightly less rigorous certification in terms of manufacturer testing tolerances. For most everyday scenarios — rain, splashes, accidental drops in shallow water — both phones offer equivalent real-world protection, but the Pixel 9a holds a technical edge for users who want the higher-rated peace of mind.

The physical design trade-offs are where the two diverge most sharply. The A56 is notably thinner at 7.4 mm versus the Pixel 9a's 8.9 mm, making it feel sleeker and more pocket-friendly in terms of profile. However, it achieves this on a larger footprint — taller at 162.2 mm and wider at 77.5 mm — which means it demands more one-handed reach. The Pixel 9a, while chunkier in thickness, is more compact overall (154.7 × 73.3 mm) and lighter at 186 g compared to the A56's 198 g. That 12-gram difference is perceptible over long usage sessions and gives the Pixel 9a a more manageable, balanced feel despite its extra bulk.

Overall, the Pixel 9a has a clear design advantage for users who prioritize a compact footprint, lighter weight, and stronger water resistance certification. The A56 appeals to those who prefer a slimmer profile and a larger frame — but it trades away some ergonomic comfort and a full IP68 rating to get there.

Both screens are OLED/AMOLED panels with a 120Hz refresh rate, HDR10, and Always-On Display support, so the baseline experience is strong on either phone. The critical split comes down to brightness and pixel density. The Pixel 9a peaks at a 1800 nits typical brightness versus the A56's 1200 nits — a 50% advantage that translates directly into far better legibility in harsh sunlight. For outdoor users, this gap is genuinely noticeable and not just a spec sheet number.

On sharpness, the Pixel 9a's smaller 6.3-inch screen at 422 ppi is noticeably crisper than the A56's 6.7-inch panel at 385 ppi. Both exceed the threshold where individual pixels become imperceptible at normal viewing distances, but the Pixel 9a's density advantage is meaningful for fine text and detailed imagery. The A56 counters with Gorilla Glass Victus protection — a newer, more drop-resistant generation compared to the Pixel 9a's Gorilla Glass 3, which is several generations older and noticeably less robust against accidental impacts. The A56 also adds HDR10+ support, enabling dynamic tone mapping for compatible content, though real-world HDR10+ content availability remains limited.

The display comparison produces a split verdict depending on priorities. The Pixel 9a has the edge in raw visual quality — higher brightness and sharper pixel density make it the stronger screen for everyday viewing and outdoor use. The A56 counters meaningfully with superior glass protection and HDR10+ support, making it the better choice for users who prioritize screen durability and a larger canvas. Neither phone dominates outright, but the Pixel 9a's brightness advantage carries more practical weight for most users.

Sharing the same 4 nm fabrication process and identical storage at 256GB, these two phones arrive at very different performance outcomes. The Pixel 9a's Google Tensor G4 leads across every benchmark provided: its AnTuTu score of 1,071,616 versus the A56's 932,578 represents a roughly 15% gap, and the Geekbench 6 results tell a consistent story — the Pixel 9a posts 1600 single-core and 4500 multi-core against the Exynos 1580's 1360 and 3893 respectively. Single-core performance is especially relevant for everyday responsiveness — app launches, UI animations, and web browsing — making the Pixel 9a's lead there tangible in daily use.

The A56 fights back with 12GB of RAM compared to the Pixel 9a's 8GB, and a higher ceiling of 12GB maximum versus the Pixel 9a's expandable-to-16GB maximum. More RAM generally means more apps can stay resident in the background without being force-closed, which benefits heavy multitaskers. However, the Pixel 9a's RAM runs at a faster 4200 MHz versus the A56's 3200 MHz, which partially offsets the raw capacity difference by allowing quicker data throughput between the processor and memory.

The Pixel 9a holds a clear performance edge. Its Tensor G4 chip outpaces the Exynos 1580 meaningfully on both raw compute and memory bandwidth, and those benchmark gaps reflect real-world advantages in processing speed. The A56's extra 4GB of RAM is a genuine counterpoint for multitasking-heavy users, but it cannot close the processing gap — making the Pixel 9a the stronger performer in this category overall.

The Google Pixel 9a and Samsung Galaxy A56 5G both feature multi-lens main cameras, but with different configurations. The Pixel 9a has a 48 MP and 13 MP dual-lens setup, with aperture values of f/2.2 and f/1.7. In comparison, the A56 5G uses a 50 MP, 12 MP, and 5 MP triple-lens setup, with aperture values of f/1.8, f/2.2, and f/2.4, respectively. Both phones support phase-detection autofocus, continuous autofocus during video recording, and have a flash, but the Pixel 9a includes a dual-tone LED flash with two LEDs, while the A56 5G has a single LED flash without the dual-tone feature.

For video recording, the Pixel 9a supports 4K video at 60 fps, whereas the A56 5G records 4K at 30 fps. Both phones support slow-motion video, HDR recording, and have manual exposure controls, but the Pixel 9a also supports HDR10 recording, which the A56 5G does not. Additionally, the Pixel 9a supports shooting in raw format, while the A56 5G does not.

The front cameras are both 13 MP for the Pixel 9a and 12 MP for the A56 5G, each with a wide aperture of f/2.2. Neither device has a front-facing LED flash or a dual-lens front camera. Both support timelapse functions, have manual white balance, and include touch autofocus, but only the Pixel 9a features manual shutter speed adjustments. Neither phone includes advanced features like 3D photo/video recording or a front-facing camera under the display.

Both the Google Pixel 9a and Samsung Galaxy A56 5G run Android 15 and share a range of similar features. Both phones include clipboard warnings, location and camera/microphone privacy options, theme customization, the ability to block app tracking, and on-device machine learning. They also support media pickers, customizable notifications, dark mode, Wi-Fi password sharing, battery health checks, an extra dim mode, and dynamic theming. Both phones offer PiP (Picture-in-Picture) mode, offline voice recognition, voice commands, and the ability to track the current position of the device.

The Pixel 9a stands out by providing direct OS updates, while the Galaxy A56 5G does not. Additionally, the Pixel 9a includes some extra features such as Live Text, full-page screenshots, focus modes, and sharing intents. The A56 5G lacks focus modes but includes the same core functionalities, like PiP and widgets.

Neither phone offers the ability to be used as a PC, and neither has Quick Start functionality. Both devices are free and open-source and support multi-user systems. Notably, the A56 5G does not block cross-site tracking, while the Pixel 9a does not include Mail Privacy Protection. Overall, both devices offer a very similar set of features with a few key differences in update management and privacy options.

The Google Pixel 9a and Samsung Galaxy A56 5G have very similar battery features, though there are some key differences. The Pixel 9a has a 5100 mAh battery, while the Galaxy A56 5G features a slightly smaller 5000 mAh battery. Both phones support fast charging, but the Pixel 9a charges at a speed of 23W, while the A56 5G supports a faster 45W charging speed.

Wireless charging is supported by the Pixel 9a but not the A56 5G. Both devices have ultra power-saving modes, battery level indicators, and rechargeable batteries. The Pixel 9a offers a battery life of 30 hours, while the A56 5G has a slightly shorter battery life of 29 hours.

Neither device comes with a charger, and neither has a removable battery. Both phones include a rechargeable battery, with the same overall functionality in terms of power management features.

Both the Google Pixel 9a and Samsung Galaxy A56 5G do not feature a 3.5 mm audio jack, meaning users will need to rely on wireless or USB-C audio solutions. Both phones are equipped with stereo speakers, providing a more immersive sound experience. The Pixel 9a supports LDAC, which allows for high-resolution audio streaming over Bluetooth, while the A56 5G does not support LDAC.

In terms of microphones, both devices have two microphones, ensuring clear voice capture for calls and recordings. Neither phone includes a built-in radio.

Both the Google Pixel 9a and Samsung Galaxy A56 5G support 5G connectivity, ensuring fast mobile network speeds. The Pixel 9a features Wi-Fi 6E, Wi-Fi 6, Wi-Fi 5, and Wi-Fi 4, while the Galaxy A56 5G supports Wi-Fi 4, Wi-Fi 5, and Wi-Fi 6, but lacks support for Wi-Fi 6E. The Pixel 9a also has USB Type-C 3.2, whereas the A56 5G uses USB Type-C 2.0. Both phones are equipped with Bluetooth 5.3 and NFC capabilities, as well as fingerprint scanners for security.

The Pixel 9a supports a single SIM and eSIM, while the A56 5G supports two SIMs and two eSIMs, offering more flexibility in terms of cellular connectivity. Both devices lack external memory slots but include GPS, a compass, an accelerometer, and a gyroscope. Notably, the Pixel 9a features a barometer, which the A56 5G does not.

Neither phone supports emergency SOS via satellite, 3D facial recognition, iris scanning, or includes a stylus or built-in projector. The Pixel 9a offers crash detection, while the A56 5G does not. Both phones support Galileo for satellite navigation, but neither device has motion tracking or optical tracking, and neither includes an infrared sensor or HDMI output.

Both the Google Pixel 9a and Samsung Galaxy A56 5G feature a video light, allowing for better lighting during video recordings. Neither device includes sapphire glass displays, curved displays, or e-paper displays, so both have more traditional screen technologies. These features are identical across both products, with no differences in this group.

Overall, both devices share the same set of miscellaneous display and video features, offering a similar experience in this area.