Oppo A6 Max VS Realme 15T 5G

Both the Oppo A6 Max and the Realme 15T 5G offer waterproof designs with an IP68 rating, ensuring protection against dust and submersion in water. However, the Oppo A6 Max can withstand depths of up to 1.5 meters, while the Realme 15T 5G is rated for a deeper 2.5 meters of water resistance.

In terms of weight, the Oppo A6 Max is slightly heavier at 198 grams compared to the Realme 15T 5G, which weighs 181 grams. The difference is not significant but could be noticeable for those looking for a lighter device.

Both phones have a similar slim profile, with the Oppo A6 Max measuring 7.7 mm thick and the Realme 15T 5G just a hair thicker at 7.8 mm. Neither device features a rugged build or the ability to fold, so both are designed with standard, solid constructions.

Both the Oppo A6 Max and the Realme 15T 5G feature OLED/AMOLED displays, offering vibrant colors and deep blacks. However, the Oppo A6 Max has a larger 6.8-inch screen compared to the 6.57-inch display of the Realme 15T 5G.

The Oppo A6 Max also boasts a higher pixel density of 453 ppi, which should result in sharper visuals compared to the 401 ppi on the Realme 15T 5G. The resolution of the Oppo A6 Max is 1280 x 2800 px, while the Realme 15T 5G has a resolution of 1080 x 2372 px, which is lower but still offers clear visuals.

Both phones support a 120Hz refresh rate, making them smooth for browsing and gaming. The Oppo A6 Max has branded damage-resistant glass, whereas the Realme 15T 5G lacks this feature. The Realme 15T 5G also stands out with its Always-On Display feature, which the Oppo A6 Max does not have. Neither phone supports HDR10+ or Dolby Vision, and neither has a secondary screen or supports HDR10.

The Oppo A6 Max and the Realme 15T 5G both offer 256GB of internal storage, but the Realme 15T 5G comes with a larger 12GB of RAM, while the Oppo A6 Max has 8GB of RAM. This difference in RAM could result in more efficient multitasking on the Realme 15T 5G.

In terms of chipsets, the Oppo A6 Max is powered by the Qualcomm Snapdragon 7 Gen 3, with a CPU speed of 1 x 2.63 GHz, 3 x 2.4 GHz, and 4 x 1.8 GHz. The Realme 15T 5G features the MediaTek Dimensity 6400, which has a CPU speed of 2 x 2.5 GHz and 6 x 2 GHz. While both phones use big.LITTLE technology and support multithreading, the Oppo A6 Max has a slightly more advanced 4nm semiconductor, compared to the Realme's 6nm semiconductor.

Both phones have integrated LTE, integrated graphics, and support 64-bit architecture. The Oppo A6 Max has a higher RAM speed of 3200 MHz and a maximum memory bandwidth of 25.6 GB/s, while the Realme 15T 5G has a RAM speed of 2133 MHz and a maximum memory bandwidth of 17.1 GB/s. Additionally, the Oppo A6 Max uses DDR5 memory, while the Realme 15T 5G uses DDR4 memory. Both phones also have the same GPU clock speed of 950 MHz and support DirectX 12.

Both the Oppo A6 Max and the Realme 15T 5G feature a dual-lens main camera setup with a 50 MP primary sensor and a 2 MP secondary sensor. For the front camera, the Oppo A6 Max has a 32 MP selfie camera, while the Realme 15T 5G has a significantly higher 50 MP front camera.

Both phones offer similar camera features, such as phase-detection autofocus for photos, continuous autofocus for video recording, and the ability to record slow-motion video. Additionally, both devices have a flash, manual exposure settings, touch autofocus, and support for creating panoramas in-camera. Neither phone offers built-in optical image stabilization or a dual-tone LED flash, and both lack support for shooting 360° panoramas or recording in Dolby Vision or HDR10.

When it comes to video recording, the Oppo A6 Max can record 4K video at 60 fps, while the Realme 15T 5G is limited to 1080p video at 60 fps. Both phones have similar manual controls like ISO and white balance adjustments, but neither supports raw photo capture or advanced 3D photo/video capabilities. The Oppo A6 Max also lacks a front-facing LED flash, a feature missing from the Realme 15T 5G as well.

Both the Oppo A6 Max and the Realme 15T 5G run Android 15 and offer a similar suite of privacy and customization features. These include clipboard warnings, location and camera/microphone privacy options, and the ability to block app tracking. Both devices also support theme customization, dark mode, and dynamic theming, along with features like Live Text, full-page screenshots, and customizable notifications.

Both phones support features like on-device machine learning, notification permissions, media picker, playing games while they download, PiP (Picture-in-Picture), and split screen. They also have offline voice recognition, voice commands, and can track the current position of the device. Neither phone supports Quick Start or Wi-Fi password sharing.

Other similarities include support for widgets, sharing intents, child locks, battery health checks, and the ability to offload apps. Both devices are also free and open-source and support multi-user systems. Neither phone gets direct OS updates, and neither has focus modes or a PC mode. The Oppo A6 Max has no unique features that the Realme 15T 5G lacks, and vice versa.

Both the Oppo A6 Max and the Realme 15T 5G are equipped with a large 7000 mAh battery, ensuring long-lasting usage. Neither device supports wireless charging or reverse wireless charging, and both have non-removable, rechargeable batteries. They also feature a battery level indicator to keep users informed about remaining power.

Both devices support fast charging, but the Oppo A6 Max offers a faster charging speed of 80W compared to the 60W charging speed supported by the Realme 15T 5G. Neither phone includes removable batteries, ensuring a more sealed and integrated design.

In terms of battery capabilities, the two phones are similar overall, with the key difference being the charging speed, where the Oppo A6 Max delivers a quicker recharge time with its 80W charging support.

Both the Oppo A6 Max and the Realme 15T 5G lack a 3.5 mm audio jack, which means users will need to rely on Bluetooth or USB-C for wired audio connections. The Oppo A6 Max stands out with its stereo speakers, while the Realme 15T 5G does not feature stereo speakers.

Neither phone supports advanced Bluetooth audio codecs like aptX, LDAC, aptX HD, aptX Adaptive, or aptX Lossless, which may limit their ability to deliver the highest quality wireless audio performance. Both devices also lack a radio feature.

Overall, the Oppo A6 Max offers a more robust audio experience with its stereo speakers, while the Realme 15T 5G does not include this feature, leaving it with a more basic audio setup.

Both the Oppo A6 Max and the Realme 15T 5G offer 5G support and are dual SIM devices, with both supporting 2 SIM cards. The Oppo A6 Max lacks an external memory slot, while the Realme 15T 5G includes one, allowing for expandable storage.

In terms of connectivity, the Oppo A6 Max has NFC, but the Realme 15T 5G does not. The Oppo A6 Max also has a faster download speed of 5000 MBits/s compared to the Realme 15T 5G's 3300 MBits/s. Both devices feature USB Type-C ports and have fingerprint scanners for biometric security.

Both phones come with a range of sensors, including a gyroscope, accelerometer, GPS, compass, infrared sensor, and cellular module. Neither device has a barometer, HDMI output, or built-in projector. Additionally, neither phone supports ANT+, has a heart rate monitor, motion tracking, optical tracking, or features like 3D facial recognition or an iris scanner. Both support Galileo satellite navigation.

Both the Oppo A6 Max and the Realme 15T 5G are equipped with a video light, which can be useful for enhancing video recording in low-light environments. Neither device features sapphire glass for the display, nor do they have a curved display or an e-paper display.

In terms of design and display features, both phones are quite similar, lacking some premium features like sapphire glass or unique display technologies like e-paper or curved screens.

Overall, the Oppo A6 Max and Realme 15T 5G match closely in this group, with both offering the same set of features regarding video lighting and display design.