Honor X5c VS Xiaomi Redmi A5 4G

The Honor X5c and Xiaomi Redmi A5 4G both have a similar design footprint, with only slight differences in size and weight. The Honor X5c weighs 186 g, while the Redmi A5 4G is slightly heavier at 193 g. The Redmi A5 4G also has a slightly thicker build at 8.3 mm compared to the 7.9 mm thickness of the Honor X5c. In terms of height, the Redmi A5 4G measures 171.7 mm, a little shorter than the Honor X5c's 167 mm height. Both devices have almost identical widths, with the Honor X5c at 77 mm and the Redmi A5 4G at 77.8 mm.

For the volume, the Xiaomi Redmi A5 4G is slightly bulkier, coming in at 110.87 cm³, while the Honor X5c has a volume of 101.59 cm³. The main difference in terms of durability is that the Redmi A5 4G is water-resistant, while the Honor X5c does not offer any water resistance. Neither phone features a rugged build, and neither is foldable, making them both standard in terms of design and functionality.

Overall, the design aspects of the two phones are quite close, with the Redmi A5 4G being a bit heavier and thicker, but offering water resistance. The Honor X5c is a bit lighter and slimmer, but lacks any water resistance protection.

The Honor X5c and Xiaomi Redmi A5 4G both feature LCD displays, but there are some differences in their screen sizes and refresh rates. The Honor X5c has a 6.74″ screen, while the Redmi A5 4G offers a slightly larger 6.88″ display. Both displays share the same pixel density of 260 ppi and have a resolution of 720 x 1600 px on the Honor X5c and 720 x 1640 px on the Redmi A5 4G, with the latter having a marginally higher resolution. In terms of refresh rate, the Honor X5c supports a 90Hz refresh rate, while the Redmi A5 4G offers a smoother 120Hz refresh rate.

Both phones do not feature branded damage-resistant glass, HDR10, HDR10+, Always-On Display, Dolby Vision, or a secondary screen. They also both include a touch screen. Therefore, the main differences in display lie in the screen size and refresh rate, where the Redmi A5 4G stands out with its slightly larger screen and higher refresh rate.

In summary, while both phones offer similar display specifications, the Xiaomi Redmi A5 4G has a slightly larger display and a higher refresh rate of 120Hz, compared to the 90Hz refresh rate on the Honor X5c. The Honor X5c, however, is slightly smaller in size, offering a 6.74″ screen.

The Honor X5c and Xiaomi Redmi A5 4G have notable differences in their performance specifications. Both devices come with 128GB of internal storage, but the Redmi A5 4G has 6GB of RAM compared to the Honor X5c's 4GB. The Honor X5c is powered by the MediaTek Helio G81 Ultra chipset, while the Redmi A5 4G uses the Unisoc T7250 chipset. The CPU speeds also differ, with the Honor X5c's 2 x 2 GHz and 6 x 1.8 GHz cores, while the Redmi A5 4G has 2 x 1.8 GHz and 6 x 1.6 GHz cores.

In terms of benchmarking, the Honor X5c scores 1391 (multi) and 420 (single) on Geekbench 6, and 1300 (multi) and 350 (single) on Geekbench 5. The Redmi A5 4G scores slightly higher at 1461 (multi) and 437 (single) on Geekbench 6, and 1350 (multi) and 357 (single) on Geekbench 5. Both phones support 64-bit processing and have integrated LTE, TrustZone, and integrated graphics. The Honor X5c uses a Mali G52 MP2 GPU, while the Redmi A5 4G is equipped with a Mali G57 GPU. The RAM speed is also slightly different, with the Honor X5c at 1800 MHz and the Redmi A5 4G at 1866 MHz.

Both phones share similar other technical features, such as OpenGL 3.2, OpenCL 2, and eMMC version 5.1. The Honor X5c has a lower maximum RAM capacity of 8GB, whereas the Redmi A5 4G supports up to 12GB of RAM. Additionally, the TDP (Thermal Design Power) of the Honor X5c is 5W, while the Redmi A5 4G's TDP is slightly higher at 10W. Lastly, both devices feature a 1MB L3 cache and have a similar GPU execution unit count of 2, though the Redmi A5 4G has double the shading units at 64, compared to the Honor X5c's 32.

The Honor X5c and Xiaomi Redmi A5 4G have different camera specifications, starting with the main cameras. The Honor X5c features a 13 MP main camera, while the Redmi A5 4G has a significantly higher 32 MP main camera. Both phones lack dual-lens setups for their main cameras, and neither has optical image stabilization (OIS). Video recording for both phones is capped at 1080p at 30 fps. Both devices are equipped with a single LED flash, but neither offers dual-tone LED flash.

In terms of front cameras, the Honor X5c has a 5 MP front camera with a wide aperture of f/2.2, while the Redmi A5 4G offers an 8 MP front camera with a slightly wider aperture of f/2.0. Neither phone has a front-facing LED flash. Both devices support a range of features such as phase-detection autofocus (PDAF), continuous autofocus while recording movies, touch autofocus, manual exposure, manual ISO, and serial shot mode. They also both support slow-motion video and can create panoramas in-camera, though neither shoots in raw format or supports 360° panoramas.

Other camera features for both devices are similar, including the presence of a CMOS sensor, manual white balance control, and the ability to create panoramas. Both phones lack laser autofocus, HDR10 recording, Dolby Vision recording, and 3D photo/video recording capabilities. The main differences in their cameras are the higher megapixel count for both the main and front cameras on the Redmi A5 4G compared to the Honor X5c, though the overall functionality remains quite similar.

Both the Honor X5c and Xiaomi Redmi A5 4G run on Android 15, offering similar features in terms of operating system functionality. Both devices support clipboard warnings, location privacy options, and camera/microphone privacy options, with neither device having Mail Privacy Protection. Both phones also allow for theme customization, can block app tracking, and have on-device machine learning capabilities. Additionally, both devices feature customizable notifications, the ability to play games while they download, dark mode, battery health checks, and an extra dim mode.

There are some identical privacy features on both devices, such as the ability to track a mobile device’s current position, offline voice recognition, voice commands, and the support for widgets. Both devices also support PiP (Picture-in-Picture), can offload apps, and have Live Text, full-page screenshots, and split-screen support. They also both have a child lock and a multi-user system.

However, while both phones offer similar functionalities, neither device gets direct OS updates, and neither has focus modes or Quick Start features. The Redmi A5 4G and Honor X5c share the same features in this group, with no major differences noted in their operating system capabilities.

The Honor X5c and Xiaomi Redmi A5 4G have very similar battery specifications. The Honor X5c comes with a 5260 mAh battery, while the Redmi A5 4G has a slightly smaller 5200 mAh battery. Both phones support fast charging at a speed of 15W, but neither device offers wireless charging capabilities. Both phones come with a charger in the box, have a rechargeable battery, and feature a battery level indicator. Neither phone has a removable battery.

Overall, the battery performance between these two phones is almost identical, with the only difference being the Honor X5c having a slightly larger battery capacity (5260 mAh) compared to the 5200 mAh battery in the Redmi A5 4G. Both phones support fast charging and come with a charger, ensuring a similar experience when it comes to power management.

Both the Honor X5c and Xiaomi Redmi A5 4G feature a 3.5 mm audio jack, allowing for wired headphones or audio devices. Neither device is equipped with stereo speakers, so audio output will be mono from the single speaker. Both phones also lack LDAC and aptX Lossless support, meaning they do not support high-resolution wireless audio streaming through compatible Bluetooth devices.

The Honor X5c has an integrated radio, providing the ability to listen to FM radio, while the Redmi A5 4G does not include a radio. This is the main difference between the two phones in terms of audio functionality.

In summary, while both devices offer a 3.5 mm audio jack and lack advanced audio features like stereo speakers and LDAC, the Honor X5c has the added benefit of a built-in radio, which the Redmi A5 4G does not have.

The Honor X5c and Xiaomi Redmi A5 4G have similar connectivity features, with both supporting 2 SIM cards and offering Wi-Fi 4 (802.11n) and Wi-Fi 5 (802.11ac). Neither phone supports 5G, but both offer the same download speed of 300 MBits/s and upload speeds of 100 MBits/s for the Honor X5c and 150 MBits/s for the Redmi A5 4G. The Redmi A5 4G also has a slightly newer Bluetooth version, 5.2, compared to the Honor X5c's Bluetooth 5.1.

Both devices include an external memory slot, USB Type-C with USB 2.0, and a fingerprint scanner. Neither phone features NFC, emergency SOS via satellite, crash detection, or DLNA certification. They both support GPS and Galileo, have accelerometers, and include cellular modules. However, neither phone has a gyroscope, compass, infrared sensor, barometer, or HDMI output. Additionally, neither device includes advanced features like 3D facial recognition, an iris scanner, or a built-in projector.

In summary, the connectivity and feature sets of the Honor X5c and Redmi A5 4G are very similar, with the main differences being in the upload speed (150 MBits/s for the Redmi A5 4G vs. 100 MBits/s for the Honor X5c) and the slightly newer Bluetooth version (5.2 in the Redmi A5 4G). Both devices offer essential connectivity features like USB Type-C, memory expansion, and GPS support.

Both the Honor X5c and Xiaomi Redmi A5 4G are equipped with a video light, which can be used to enhance lighting in photos or videos. Neither phone features sapphire glass, a curved display, or an e-paper display. These specifications are identical across both devices, with no differences between them in this category.

In summary, the Honor X5c and Redmi A5 4G are comparable in terms of miscellaneous features, with both offering a video light and lacking advanced display technologies like sapphire glass, curved displays, and e-paper displays.