Apple iPhone 17 Pro Max 1TB VS Realme GT8 Pro (China)

The Apple iPhone 17 Pro Max 1TB and the Realme GT8 Pro (China) are both waterproof, but they differ slightly in their water resistance specifications. The iPhone has an IP68 rating, meaning it can withstand submersion in water up to 6 meters deep. In contrast, the Realme GT8 Pro holds an IP69 rating, offering protection against water immersion up to 2 meters deep.

In terms of size and weight, the iPhone 17 Pro Max 1TB is slightly heavier, weighing 233 g, compared to the Realme GT8 Pro’s 218 g. The iPhone is also a bit thicker at 8.75 mm, while the Realme is slightly slimmer at 8.2 mm. The iPhone is 163.4 mm tall and 78 mm wide, giving it a larger volume of 111.52 cm³, whereas the Realme measures 161.8 mm in height, 76.9 mm in width, and has a smaller volume of 102.03 cm³.

Both phones do not feature a rugged build or the ability to fold, so they offer similar structural designs in those aspects. Overall, the iPhone is slightly larger and heavier, with a deeper waterproof rating, while the Realme GT8 Pro offers a more compact form with a higher IP rating for dust and water protection, albeit with a shallower waterproof depth.

Both the Apple iPhone 17 Pro Max 1TB and the Realme GT8 Pro (China) feature OLED/AMOLED displays, offering vibrant and high-quality visuals. The iPhone has a slightly larger screen size at 6.9″, while the Realme’s display is slightly smaller at 6.79″. In terms of pixel density, the Realme surpasses the iPhone with a higher 508 ppi compared to the iPhone’s 460 ppi, which could lead to slightly sharper details on the Realme’s screen.

The resolution on both devices is impressive, with the iPhone offering 1320 x 2868 px, while the Realme provides a higher resolution of 1440 x 3136 px, allowing for slightly crisper images. The iPhone has a 120Hz refresh rate, which is smooth for most tasks, while the Realme features a faster 144Hz refresh rate, making it potentially smoother for high-motion content like gaming or video playback.

Both phones have a typical brightness of 1000 nits, ensuring visibility even in bright conditions. They also both support HDR10, though the Realme supports an additional HDR10+ standard, giving it a broader range of color and contrast. While both devices feature Always-On Display functionality, only the iPhone supports Dolby Vision, whereas the Realme does not. Neither phone offers branded damage-resistant glass or a secondary screen, and both are touchscreens.

Both the Apple iPhone 17 Pro Max 1TB and the Realme GT8 Pro (China) offer impressive performance specifications. The iPhone comes with 12GB of RAM, while the Realme boasts a larger 16GB of RAM, allowing for more multitasking potential on the Realme. Both devices feature 1024GB of internal storage, providing ample space for apps, photos, and media.

In terms of the chipset, the iPhone uses the Apple A19 Pro with a CPU configuration of 2 x 4.26 GHz and 4 x 2.51 GHz, while the Realme uses the Qualcomm Snapdragon 8 Elite Gen 5, which features a higher CPU speed with 2 x 4.6 GHz and 6 x 3.62 GHz cores. This suggests that the Realme may have an advantage in terms of raw CPU speed due to its faster clock speeds and additional cores.

The iPhone's GPU is the Apple A18 GPU with a clock speed of 1490 MHz, while the Realme has the Adreno 830 GPU with a lower clock speed of 1200 MHz but more shading units (1536 for the Realme versus 128 for the iPhone). The Realme also has a slightly higher maximum memory bandwidth at 85.1 GB/s, compared to the iPhone's 78.8 GB/s. Additionally, the Realme supports ECC memory, while the iPhone does not. Both phones are built on a 3 nm semiconductor size, and both support 64-bit architecture, integrated graphics, and big.LITTLE technology. The iPhone has a Thermal Design Power (TDP) of 10W, while the Realme has a slightly lower TDP of 8.2W. The iPhone has 16MB of L2 cache, while the Realme has a slightly smaller 12MB. Notably, the Realme supports multithreading, while the iPhone does not.

The Apple iPhone 17 Pro Max 1TB and the Realme GT8 Pro (China) both feature multi-lens main cameras, but with different specifications. The iPhone's main camera includes three 48 MP lenses, with wide apertures of 1.78f, 2.2f, and 2.8f. The Realme has a higher-resolution main camera setup with 200 MP, 50 MP, and 50 MP lenses, with wider apertures of 2.6f, 1.8f, and 2f. The iPhone's optical zoom reaches 8x, while the Realme has a lower optical zoom of 3x.

For video recording, the iPhone supports 4K recording at 120 fps, while the Realme records at 8K resolution but only at 30 fps. Both phones support slow-motion video, with the iPhone offering 2160 x 120 fps recording and the Realme providing 4320 x 30 fps. The iPhone has support for HDR10 and Dolby Vision recording, while the Realme only supports Dolby Vision recording, without HDR10. Both phones also offer features like manual exposure, raw shooting, and continuous autofocus for movies.

For the front camera, the iPhone has an 18 MP camera with a 1.9f aperture, while the Realme features a 32 MP front camera with a wider 2.4f aperture. Both devices include a flash for the front camera, though neither has a front-facing LED flash. The iPhone supports HDR10 recording, while the Realme does not, but the Realme can create panoramas in-camera, while the iPhone can do so as well, though it does not specify if it has a 360° panorama feature.

Both the Apple iPhone 17 Pro Max 1TB and the Realme GT8 Pro (China) offer a range of useful privacy and customization features. Both phones include clipboard warnings, location privacy options, camera/microphone privacy options, and the ability to block app tracking. However, the iPhone blocks cross-site tracking, while the Realme does not. The iPhone also provides Mail Privacy Protection, which the Realme lacks.

The Realme offers more customization options with theme customization and dynamic theming, whereas the iPhone does not support theme customization or dynamic theming. The iPhone has more restrictive functionality, such as not supporting split screen or offloading apps, while the Realme supports split screen and also allows app offloading. The iPhone has a more limited extra dim mode, but the Realme includes an extra dim mode for better visibility in low-light conditions.

In terms of system updates, the iPhone receives direct OS updates, while the Realme does not. The iPhone supports features like Quick Start and Widgets, and it has customizable notifications. Meanwhile, the Realme supports multi-user systems, a feature the iPhone lacks. Both devices support PiP (Picture-in-Picture), voice commands, offline voice recognition, and the ability to track the mobile device’s current position. While the Realme is open-source, the iPhone is not, offering a more closed ecosystem.

The Apple iPhone 17 Pro Max 1TB and the Realme GT8 Pro (China) both come with rechargeable batteries, but their capacities differ. The iPhone has a 5088 mAh battery, while the Realme has a significantly larger 7000 mAh battery. Both phones support wireless charging, but the iPhone has a wireless charging speed of 30W, compared to the Realme's faster 50W wireless charging speed. The iPhone supports 40W wired fast charging, while the Realme offers an even faster 120W charging speed.

Neither phone has reverse wireless charging, and both lack removable batteries. The iPhone does not come with a charger, whereas the Realme includes a charger in the box. Both phones feature a battery level indicator and support rechargeable batteries.

Overall, the Realme GT8 Pro offers a larger battery with significantly faster charging speeds, both wired and wireless, while the iPhone focuses on a slightly smaller battery but still provides fast charging options and a solid wireless charging experience.

Both the Apple iPhone 17 Pro Max 1TB and the Realme GT8 Pro (China) lack a 3.5 mm audio jack. However, both feature stereo speakers for enhanced audio playback. In terms of wireless audio technologies, neither device supports aptX, LDAC, aptX Adaptive, or aptX Lossless, though the Realme supports aptX HD, which is absent on the iPhone. Neither phone offers a built-in radio.

Overall, while both devices provide stereo sound and lack a 3.5 mm jack, the Realme has the edge with aptX HD support, which may offer better Bluetooth audio quality compared to the iPhone’s more limited wireless audio capabilities.

Both the Apple iPhone 17 Pro Max 1TB and the Realme GT8 Pro (China) offer 5G support, enabling fast mobile data connections. The iPhone features a more flexible SIM setup with 1 SIM and 1 eSIM, while the Realme offers dual SIM support with 2 physical SIM cards. In terms of Wi-Fi, both phones support Wi-Fi 6, Wi-Fi 5, and Wi-Fi 7, but the iPhone also includes Wi-Fi 6E, offering an additional frequency band for potentially faster and less congested connections.

For Bluetooth, both devices use version 6. The iPhone supports a faster download speed of 10000 MBits/s and an upload speed of 3500 MBits/s, while the Realme matches the same download and upload speeds. The iPhone is equipped with a fingerprint scanner, while the Realme also has one. The iPhone additionally has emergency SOS via satellite and crash detection, which are not available on the Realme.

Both phones include various sensors like a gyroscope, GPS, compass, infrared sensor, accelerometer, and a cellular module. However, the iPhone has a barometer, while the Realme lacks one. The iPhone also features 3D facial recognition, while the Realme does not. Both phones support Galileo positioning, but neither includes motion tracking, optical tracking, or a built-in projector.

Both the Apple iPhone 17 Pro Max 1TB and the Realme GT8 Pro (China) feature a video light, which can be useful for capturing videos in low-light conditions. Neither device has sapphire glass display, curved display, or an e-paper display. These display features are absent on both phones, with both offering standard display technologies.

In summary, the iPhone and the Realme are quite similar in this category, with both supporting a video light and lacking advanced display features like sapphire glass, curves, or e-paper functionality.