Honor Pad 10 VS Samsung Galaxy Tab S10 Lite

The Honor Pad 10 and the Samsung Galaxy Tab S10 Lite are both slim and lightweight tablets. The Honor Pad 10 weighs 525 g and has a thickness of 6.3 mm, while the Galaxy Tab S10 Lite is slightly lighter at 524 g and a bit thicker at 6.6 mm. In terms of size, the Honor Pad 10 is larger, measuring 277.1 mm in width and 179.3 mm in height, compared to the Galaxy Tab S10 Lite's 254.3 mm width and 165.8 mm height. The volume of the Honor Pad 10 is also greater at 313.01 cm³, versus the Galaxy Tab S10 Lite's 278.28 cm³.

Both tablets lack a detachable or backlit keyboard, and neither offers water resistance. Neither device has tilt sensitivity either, which may be a consideration for stylus use. However, the Galaxy Tab S10 Lite includes a stylus, which the Honor Pad 10 does not.

Overall, the design differences between the two tablets are mostly in their size and weight, with the Galaxy Tab S10 Lite being more compact and the Honor Pad 10 offering a larger screen area. The inclusion of a stylus with the Galaxy Tab S10 Lite may also be a notable distinction for users who value that feature.

The Honor Pad 10 and Samsung Galaxy Tab S10 Lite both feature LCD, IPS displays, but there are notable differences in their screen specifications. The Honor Pad 10 offers a larger 12.1″ screen, while the Galaxy Tab S10 Lite has a 10.9″ display. The Honor Pad 10 also has a higher resolution of 2560 x 1600 px, compared to the Galaxy Tab S10 Lite's 2112 x 1320 px. This results in a slightly sharper pixel density of 249 ppi on the Honor Pad 10, versus 228 ppi on the Galaxy Tab S10 Lite.

In terms of refresh rate, the Honor Pad 10 supports a smoother 120Hz, while the Galaxy Tab S10 Lite is limited to 90Hz. The Honor Pad 10 supports HDR10 for enhanced contrast and color, while the Galaxy Tab S10 Lite does not support HDR10. However, the Galaxy Tab S10 Lite does include branded damage-resistant glass and an anti-reflection coating, features that the Honor Pad 10 lacks.

Both devices have a touch screen, but the Honor Pad 10 supports HDR10, which the Galaxy Tab S10 Lite does not. Neither device features sapphire glass, Dolby Vision, or an e-paper display, and both are free from HDR10+ support. Overall, the Honor Pad 10 offers a larger, higher-resolution screen with a faster refresh rate, while the Galaxy Tab S10 Lite includes added durability features with its damage-resistant glass and anti-reflection coating.

Both the Honor Pad 10 and the Samsung Galaxy Tab S10 Lite come equipped with 256GB of internal storage and 8GB of RAM. The Honor Pad 10 is powered by an 8-core CPU with a clock speed of 2.13 GHz, while the Galaxy Tab S10 Lite features a big.LITTLE configuration with 4 cores running at 2.4 GHz and 4 cores at 2 GHz. The Honor Pad 10 uses a 4 nm semiconductor, whereas the Galaxy Tab S10 Lite has a slightly larger 5 nm semiconductor.

In terms of GPU, the Honor Pad 10 uses an Adreno 720 GPU with a clock speed of 950 MHz, while the Galaxy Tab S10 Lite uses a Mali G68 MP5 GPU, also running at 950 MHz. Both devices have integrated graphics. The RAM speed for both is the same at 3200 MHz, and both support 64-bit architecture. Additionally, both tablets are equipped with TrustZone for enhanced security features.

When it comes to other specs, the Honor Pad 10 supports a maximum memory amount of 16GB, whereas the Galaxy Tab S10 Lite supports a maximum of 8GB. The Honor Pad 10 also offers a slightly higher maximum memory bandwidth of 25.6 GB/s, compared to the 51.2 GB/s bandwidth on the Galaxy Tab S10 Lite. The Honor Pad 10 has a Thermal Design Power (TDP) of 6W, while the Galaxy Tab S10 Lite has a lower 5W TDP. Both tablets run on Android 15 and feature integrated LTE and big.LITTLE technology.

The Honor Pad 10 and the Samsung Galaxy Tab S10 Lite both feature 8 MP main cameras, but the front camera setup differs. The Honor Pad 10 has an 8 MP front camera, while the Galaxy Tab S10 Lite has a lower resolution 5 MP front camera.

Both devices lack a flash for their main cameras, and neither includes a front-facing LED flash. They also both support touch autofocus and manual controls such as manual white balance, manual ISO, manual exposure, and manual focus. Neither device offers optical zoom or optical image stabilization, and neither has a BSI sensor. Additionally, both tablets support continuous autofocus when recording videos and feature a CMOS sensor.

While both tablets can create panoramas in-camera, neither supports 360° panorama shots or features a serial shot mode. The Honor Pad 10 supports slow-motion video recording, but the Galaxy Tab S10 Lite does not. Neither device supports HDR10 or Dolby Vision recording. Overall, the camera specs are quite similar, with the main differences being in the front camera resolution and the slow-motion recording capability of the Honor Pad 10.

When comparing the audio features of the Honor Pad 10 and Samsung Galaxy Tab S10 Lite, both devices include stereo speakers, ensuring that users will experience audio output from both sides of the tablet. Neither device offers a 3.5 mm audio jack, meaning users will need to rely on wireless or USB audio solutions.

The Honor Pad 10 supports aptX, a feature that helps improve the audio quality for Bluetooth devices, but it does not support aptX HD, LDAC, or other aptX variants like Low Latency, Adaptive, or Lossless. On the other hand, the Samsung Galaxy Tab S10 Lite does not support aptX at all, or any of its variants, such as aptX HD or aptX Low Latency.

Neither tablet has a built-in radio, so FM or internet radio functionality is not available on either device. Overall, the Honor Pad 10 stands out for having aptX support, while the Galaxy Tab S10 Lite lacks any aptX support at all, though both tablets share stereo speakers and a lack of a 3.5 mm audio jack.

The Honor Pad 10 and Samsung Galaxy Tab S10 Lite differ in their battery capacities. The Honor Pad 10 is equipped with a larger 10100 mAh battery, while the Galaxy Tab S10 Lite has an 8000 mAh battery. Both tablets support fast charging, but neither device offers wireless charging.

Both the Honor Pad 10 and Galaxy Tab S10 Lite feature a rechargeable, non-removable battery and include a battery level indicator. Neither device offers a removable battery, so users cannot swap out the battery if it becomes faulty or depleted.

In summary, the Honor Pad 10 has a larger battery capacity, which could result in longer usage between charges, while both tablets share fast charging capabilities and lack wireless charging or removable batteries.

The Honor Pad 10 and Samsung Galaxy Tab S10 Lite are equipped with similar connectivity features, with both supporting Wi-Fi versions Wi-Fi 4 (802.11n), Wi-Fi 5 (802.11ac), and Wi-Fi 6 (802.11ax). The Honor Pad 10 has a single SIM card slot, while the Galaxy Tab S10 Lite supports both a SIM and an eSIM, offering more flexibility for mobile network connectivity.

Both tablets have Bluetooth 5.3 for wireless communication and USB Type-C for charging and data transfer. However, the Galaxy Tab S10 Lite offers 5G support, while the Honor Pad 10 does not. The Honor Pad 10 supports download speeds of 5000 MBits/s, while the Galaxy Tab S10 Lite has a slightly lower download speed of 3790 MBits/s but outperforms the Honor Pad 10 with an upload speed of 1280 MBits/s, compared to the Honor Pad 10's 160 MBits/s.

Both tablets feature a variety of privacy and security options, including location and camera/microphone privacy settings, clipboard warnings, and the ability to block app tracking. They also offer split-screen support, full-page screenshots, and PiP (Picture-in-Picture). The Honor Pad 10 includes features like an accelerometer, dynamic theming, dark mode, and the ability to offload apps, while the Galaxy Tab S10 Lite adds a gyroscope, compass, and more advanced tracking capabilities. Both tablets do not support NFC, have no fingerprint scanner, and lack support for Ethernet or a built-in projector.

Both the Honor Pad 10 and the Samsung Galaxy Tab S10 Lite feature DDR5 memory and support multithreading. This means that both tablets are equipped with the latest memory version and can efficiently handle multiple tasks simultaneously.

There are no differences in these specific features between the two devices, as both share the same DDR memory version and multithreading capability, ensuring a similar level of performance in multitasking scenarios.

In conclusion, in terms of memory and processing capabilities, both devices are comparable with no distinct advantages in this category.