Motorola Moto G86 VS Oppo A6 Pro 5G

The Motorola Moto G86 and Oppo A6 Pro 5G both offer IP68 Ingress Protection ratings, meaning they are resistant to dust and water, with the Moto G86 labeled as waterproof and the Oppo A6 Pro 5G described as water-resistant. However, neither device is built with rugged features.

In terms of size, both devices have similar weights of 185 g, but the Moto G86 is slightly thinner at 7.8 mm compared to the Oppo A6 Pro 5G's 8 mm thickness. The Moto G86 is also a bit taller, measuring 161.2 mm in height, while the Oppo A6 Pro 5G is 158.2 mm tall. The width is very close, with the Moto G86 at 74.7 mm and the Oppo A6 Pro 5G at 75 mm.

The volume of the two devices is almost identical, with the Moto G86 having a volume of 93.92 cm³ and the Oppo A6 Pro 5G at 94.92 cm³, showing only a small difference in overall size.

Both the Motorola Moto G86 and Oppo A6 Pro 5G feature OLED/AMOLED displays, delivering vibrant colors and deep contrasts. However, there are some differences in size and pixel quality. The Moto G86 has a 6.67″ screen with a pixel density of 446 ppi, while the Oppo A6 Pro 5G has a slightly smaller 6.57″ display and a lower pixel density of 397 ppi.

In terms of resolution, the Moto G86 stands out with a higher 1220 x 2712 px resolution, compared to the Oppo A6 Pro 5G’s 1080 x 2372 px resolution. Both devices support a 120Hz refresh rate, ensuring smooth scrolling and gaming experiences.

The typical brightness of the two displays also differs, with the Moto G86 offering 4500 nits and the Oppo A6 Pro 5G reaching 600 nits. Both devices feature branded damage-resistant glass, support touch screens, and lack an Always-On Display or secondary screen. Additionally, while the Moto G86 supports HDR10 and HDR10+, the Oppo A6 Pro 5G supports neither HDR format and also lacks Dolby Vision support.

The Motorola Moto G86 and Oppo A6 Pro 5G are equipped with 256GB of internal storage. However, the Moto G86 features 8GB of RAM, while the Oppo A6 Pro 5G comes with 12GB of RAM. This difference may provide the Oppo device with more multitasking headroom.

When it comes to performance, the Moto G86 is powered by the MediaTek Dimensity 7300 chipset, with a CPU configuration of 4 x 2.5 GHz and 4 x 2 GHz cores, and a GPU clock speed of 1047 MHz. The Oppo A6 Pro 5G uses the MediaTek Helio G100 chipset, with a CPU configuration of 2 x 2.4 GHz and 6 x 2 GHz cores, and a GPU clock speed of 950 MHz. The Moto G86 shows better benchmark results, with a Geekbench 6 multi-core score of 2932 and a single-core score of 1026, compared to the Oppo A6 Pro 5G's multi-core score of 2012 and single-core score of 782.

Both devices support 64-bit architecture, have integrated LTE, use big.LITTLE technology, and feature integrated graphics. The Moto G86 has faster RAM speed at 6400 MHz and uses a 4 nm semiconductor, while the Oppo A6 Pro 5G has RAM speed of 2133 MHz and a 6 nm semiconductor. Additionally, the Moto G86 supports a maximum memory capacity of 16GB, while the Oppo A6 Pro 5G supports up to 12GB of memory. Both devices support DirectX 12 and have 8 CPU threads and HMP (Hybrid Multi-Processing) support.

Both the Motorola Moto G86 and Oppo A6 Pro 5G feature dual-lens main cameras, but with different configurations. The Moto G86 includes a 50 MP and 8 MP camera setup, while the Oppo A6 Pro 5G has a 50 MP and 2 MP configuration. The main cameras on both devices have a wide aperture, with the Moto G86 offering 2.2f and 1.8f, and the Oppo A6 Pro 5G offering 2.4f and 1.8f.

For the front cameras, the Moto G86 has a 32 MP camera with a 2.2f aperture, while the Oppo A6 Pro 5G comes with a 16 MP camera and a 2.4f aperture. Both devices lack front-facing LED flashes and have CMOS sensors for image processing. Both also support various features like phase-detection autofocus for photos, manual exposure, and slow-motion video recording.

In terms of video recording, both devices can record 2160p video at 30 fps using their main cameras. Neither device supports HDR10 or Dolby Vision recording. Additional features on both include the ability to create panoramas in-camera, manual ISO, manual white balance, and serial shot mode. The Moto G86 supports a front camera with continuous autofocus, which is not mentioned for the Oppo A6 Pro 5G.

Both the Motorola Moto G86 and Oppo A6 Pro 5G run on Android 15, with several similar features for user privacy and customization. They both support clipboard warnings, location privacy options, camera/microphone privacy options, and theme customization. Additionally, both devices can block app tracking and have on-device machine learning capabilities, notification permissions, and media pickers. They also support playing games while downloading and offer dark mode, battery health checks, extra dim mode, dynamic theming, and the ability to offload apps.

When it comes to unique features, both devices share many traits such as customizable notifications, Live Text, full-page screenshots, and split-screen functionality. They also both support PiP (Picture-in-Picture) mode, have voice commands, offline voice recognition, and track the current position of a mobile device. However, both devices lack support for direct OS updates, focus modes, and Wi-Fi password sharing.

Other common features include child locks, widgets, and multi-user system support. Both the Moto G86 and Oppo A6 Pro 5G are free and open-source, and neither supports the Quick Start feature. There are no additional system differences in the specifications provided for this group.

The Motorola Moto G86 and Oppo A6 Pro 5G both have non-removable, rechargeable batteries, but their capacities and charging speeds differ. The Moto G86 is equipped with a 5200 mAh battery, while the Oppo A6 Pro 5G has a larger 7000 mAh battery.

In terms of charging, both devices support fast charging, but the charging speeds vary. The Moto G86 supports 30W fast charging, whereas the Oppo A6 Pro 5G supports a significantly faster 80W charging speed.

Both devices feature a battery level indicator, but neither supports wireless charging. Additionally, both have rechargeable batteries, with no mention of removable batteries for either device.

Both the Motorola Moto G86 and Oppo A6 Pro 5G lack a 3.5 mm audio jack, meaning users will need to rely on wireless or USB audio solutions. However, both devices are equipped with stereo speakers for audio output.

The Moto G86 does not support aptX, aptX HD, aptX Adaptive, or aptX Lossless, while the Oppo A6 Pro 5G supports aptX and aptX HD, but not the other aptX variants. Both devices do not support LDAC or aptX Lossless.

Both the Motorola Moto G86 and Oppo A6 Pro 5G support 5G connectivity and have USB Type-C ports with USB version 2. Both devices also feature Bluetooth, with the Moto G86 supporting Bluetooth 5.3 and the Oppo A6 Pro 5G using Bluetooth 5.4. The Moto G86 offers Wi-Fi 4 (802.11n), Wi-Fi 5 (802.11ac), and Wi-Fi 6 (802.11ax), while the Oppo A6 Pro 5G supports Wi-Fi 4 (802.11n) and Wi-Fi 5 (802.11ac) only.

The Moto G86 comes with 1 SIM and 1 eSIM support, while the Oppo A6 Pro 5G supports 2 SIM cards. Both phones offer NFC, GPS, a compass, a gyroscope, and an accelerometer. They both also feature a fingerprint scanner and have a cellular module, but neither device supports an infrared sensor, barometer, HDMI output, or 3D facial recognition.

In terms of other features, both devices have similar capabilities, including support for Galileo, but neither includes a stylus, motion tracking, optical tracking, or a built-in projector. The Moto G86 has a slightly faster download speed of 3270 Mbits/s compared to the Oppo A6 Pro 5G's 3300 Mbits/s. However, both devices lack emergency SOS via satellite, crash detection, DLNA certification, and iris scanning.

Both the Motorola Moto G86 and Oppo A6 Pro 5G feature a video light, which can be useful for low-light video recording. Neither device includes sapphire glass displays, curved displays, or e-paper displays, as all of these features are absent from both models.

There are no differences between the two devices in this group; both share identical specifications in terms of display and additional features.