Blackview Wave 9C VS Doogee Note 56

The Blackview Wave 9C is water resistant, while the Doogee Note 56 does not offer any water resistance. In terms of weight, the Blackview Wave 9C is slightly lighter at 193 g compared to the 195 g weight of the Doogee Note 56. When it comes to thickness, the Doogee Note 56 is a bit slimmer at 8.4 mm, whereas the Blackview Wave 9C has a thickness of 8.7 mm.

Both devices have similar dimensions, with the Blackview Wave 9C measuring 75.2 mm in width and 163.2 mm in height, while the Doogee Note 56 is slightly wider at 75.8 mm and taller at 163.8 mm. The volume of the Blackview Wave 9C is 106.77 cm³, which is slightly larger than the Doogee Note 56’s 104.29 cm³.

Neither the Blackview Wave 9C nor the Doogee Note 56 has a rugged build or the ability to fold.

The Blackview Wave 9C and Doogee Note 56 both feature an LCD, IPS display type and have identical screen sizes of 6.56″. The Blackview Wave 9C offers a slightly higher pixel density at 278 ppi compared to the 269 ppi of the Doogee Note 56, making its display potentially a bit sharper.

Both devices have the same resolution of 720 x 1612 px. The Blackview Wave 9C includes branded damage-resistant glass, whereas the Doogee Note 56 does not provide this feature.

Neither device supports HDR10, HDR10+, Dolby Vision, or has a secondary screen. Both also lack an Always-On Display but do have touch screens.

The Blackview Wave 9C offers 128GB of internal storage, which is double the 64GB available on the Doogee Note 56. In terms of RAM, the Blackview Wave 9C has 4GB, while the Doogee Note 56 has 3GB. The Blackview Wave 9C also outperforms the Doogee Note 56 in AnTuTu benchmark scores, with a score of 211,000 compared to the Doogee’s 154,000.

Both devices have integrated LTE, support 64-bit processing, and have integrated graphics. The Blackview Wave 9C is powered by the Unisoc Tiger T603 chipset, while the Doogee Note 56 uses the Unisoc SC9863A chipset. The Blackview Wave 9C's chipset features a higher CPU speed with 2 x 1.8 GHz and 6 x 1.6 GHz cores, while the Doogee Note 56 has 4 x 1.6 GHz and 4 x 1.2 GHz cores.

In terms of GPU performance, the Blackview Wave 9C has a Mali-G57 MP1 GPU clocked at 650 MHz, while the Doogee Note 56 uses a PowerVR GE8322 GPU with a lower clock speed of 550 MHz. The Blackview Wave 9C also has a higher TDP (9W) compared to the 3W TDP of the Doogee Note 56. Both devices use big.LITTLE technology, have OpenGL ES 3.2, and share the same OpenCL version (2). However, the Blackview Wave 9C has more GPU execution units (1 vs. 4 in the Doogee) and a larger L3 cache (1 MB vs. 0.512 MB in the Doogee).

Both the Blackview Wave 9C and Doogee Note 56 feature 8 MP main cameras with similar wide apertures (2.2f for the Blackview and 2f for the Doogee). Neither device offers a dual-lens or multi-lens main camera. The Blackview Wave 9C has an 8 MP front camera, while the Doogee Note 56 has a lower resolution 5 MP front camera.

In terms of camera functionality, both devices support continuous autofocus for video recording and phase-detection autofocus for photos. They also include features like manual exposure, manual ISO, and touch autofocus. The Blackview Wave 9C supports slow-motion video recording, while the Doogee Note 56 does not. Additionally, the Blackview Wave 9C offers the ability to create panoramas in-camera, a feature that is also available on the Doogee Note 56.

The Blackview Wave 9C has a single LED flash with 1 LED, while the Doogee Note 56 has a dual LED flash with 2 LEDs. Both devices lack optical image stabilization, BSI sensors, and laser autofocus. Neither supports HDR10 or Dolby Vision recording, and neither offers 360° panorama shooting or 3D photo/video recording capabilities. Additionally, both devices do not have a front-facing camera under the display or an RGB LED flash.

The Blackview Wave 9C runs Android 15, while the Doogee Note 56 is equipped with Android 16. Both devices share many similar features, including clipboard warnings, location privacy options, camera/microphone privacy options, theme customization, app tracking blocking, on-device machine learning, notification permissions, media picker, and the ability to play games while they download. They also both support dark mode, battery health checks, extra dim modes, dynamic theming, app offloading, customizable notifications, Live Text, full-page screenshots, and split-screen multitasking.

Neither device has PiP (Picture in Picture) for apps, Quick Start functionality, nor the ability to be used as a PC. Both support widgets, have voice commands, and track the current position of the device. They also offer offline voice recognition, child lock, and sharing intents. Both devices are multi-user systems and are free and open source. One key difference is that the Doogee Note 56 has Android 16, while the Blackview Wave 9C is running Android 15.

Neither device offers Wi-Fi password sharing, focus modes, or Mail Privacy Protection, and both block cross-site tracking. The Blackview Wave 9C offers manual exposure control but lacks the option to block cross-site tracking. Both devices have customizable notifications but lack manual shutter speed adjustment or laser autofocus for photos. There is no difference in the overall operating system functionality.

The Blackview Wave 9C has a 5000 mAh battery, while the Doogee Note 56 features a larger 6150 mAh battery. Both devices support fast charging but do not offer wireless or reverse wireless charging. They also come with a charger in the box and have non-removable rechargeable batteries.

Both the Blackview Wave 9C and the Doogee Note 56 have battery level indicators, but neither device supports a removable battery. The rechargeable battery feature is present in both products, ensuring they can be charged multiple times over their lifespan.

In summary, the key difference in battery specifications is the higher capacity of the Doogee Note 56 at 6150 mAh compared to the 5000 mAh in the Blackview Wave 9C.

Both the Blackview Wave 9C and Doogee Note 56 do not have a 3.5 mm audio jack socket. The Blackview Wave 9C is equipped with stereo speakers, whereas the Doogee Note 56 lacks stereo speakers. Neither device supports aptX, LDAC, aptX HD, aptX Adaptive, or aptX Lossless audio technologies.

The Blackview Wave 9C includes a radio, while the Doogee Note 56 does not have a radio feature.

In summary, the Blackview Wave 9C offers stereo speakers and a radio, while the Doogee Note 56 lacks both stereo speakers and a radio.

Both the Blackview Wave 9C and Doogee Note 56 lack 5G support. They both have 2 SIM card slots, USB Type-C with USB version 2, NFC, and Bluetooth, though the Doogee Note 56 has a newer Bluetooth version (5.4) compared to the Blackview Wave 9C's Bluetooth 4.2. Both devices support Wi-Fi, but the Blackview Wave 9C is limited to Wi-Fi 4 (802.11n), while the Doogee Note 56 also supports Wi-Fi 5 (802.11ac), offering a faster standard for wireless networking.

In terms of connectivity, both devices support the same download (300 MBits/s) and upload (150 MBits/s) speeds, and have GPS and accelerometers. Neither device features a compass, infrared sensor, barometer, HDMI output, or a built-in projector. Both devices support Galileo, but neither includes motion tracking or optical tracking capabilities. The Blackview Wave 9C does not have a gyroscope, while the Doogee Note 56 also lacks this feature.

Both devices feature a fingerprint scanner, cellular modules, and share several other connectivity features such as the absence of an emergency SOS via satellite, crash detection, 3D facial recognition, iris scanner, and stylus. However, neither device has a heart rate monitor, supports ANT+, or is DLNA-certified.

Both the Blackview Wave 9C and Doogee Note 56 come with a video light, but neither device features sapphire glass display, a curved display, or an e-paper display.

There are no differences in the miscellaneous features between the two products, as both share the same specifications in this category.

In summary, the Blackview Wave 9C and Doogee Note 56 are identical in terms of video light, display type, and the lack of special display technologies.