The two phones will be assessed through multiple design elements which include their design and display and operating capabilities and photographic performance and their power consumption.
The Xiaomi 17 Pro Max contains a back panel which displays its secondary display. The iPhone 17 Pro Max and Xiaomi 17 Pro Max have different design elements which create a fundamental design distinction between the two devices.
The iPhone 17 Pro Max includes multiple empty spaces in its rear camera module while Xiaomi used that area to add a small display which shows notifications and time information and rear camera selfies and other features in its newest flagship phone. This is also the biggest design difference between the two phones.
The iPhone 17 Pro Max and Xiaomi 17 Pro Max both use a punch-hole design to house their selfie cameras while displaying narrow display borders. The Apple phone features a big display notch which accommodates the Face ID technology sensors.
The iPhone 17 Pro Max uses unibody aluminum construction with glass components that enable wireless charging, while the Xiaomi 17 Pro Max uses an aluminum frame with a glass back panel. The two devices provide users with protection against water and dust through their IP68 rating, which allows users to use their devices without worry.
Xiaomi 17 Pro Max features two unique screens which display different content. The iPhone 17 Pro Max and Xiaomi 17 Pro Max appear similar to each other, but Xiaomi improved its competitors with Apple by adding a rear camera secondary screen to its newest flagship product, which functions as a rear camera secondary display.
The “Dynamic Back Display” on the Xiaomi 17 Pro Max operates through a 2.9-inch 120Hz OLED screen which exists as a hidden feature within the rear camera system. The device operates as a secondary viewing tool which enables users to capture better selfies through the main camera system. The screen offers multiple practical functions because Xiaomi has added music control features and notification display capabilities and call handling options and additional functions.
Xiaomi presented a Game Boy-themed controller case which enables users to access retro games through the secondary screen display on the Xiaomi 17 Pro Max. The accessory remains absent from the product package while its availability to the public has not yet been confirmed.
Model A and model B demonstrate their distinctiveness because their primary front displays maintain comparable visual performance.
The iPhone 17 Pro Max displays content through a 6.9-inch OLED screen which supports an adaptive refresh rate range of 1-120Hz enabled by LTPO technology and reaches peak brightness of 3000 nits. Xiaomi uses a 6.9-inch AMOLED display which supports LTPO 1-120Hz but achieves a maximum brightness level of 3500 nits.
The two phones present similar display performance which enables users to enjoy excellent visual quality across all their activities from work to photo and video editing to movie watching and gaming. The performance comparison between A19 Pro and Snapdragon 8 Elite Gen 5 shows their results.
The performance gap between the iPhone 17 Pro Max and Xiaomi 17 Pro Max exists because both companies released their latest flagship devices which feature the top smartphone chipsets currently available. The A19 Pro and Snapdragon 8 Elite Gen 5, the two newest and most powerful smartphone chipsets, serve as the main processing units of these two flagship devices which both Apple and Xiaomi have developed.
The A19 Pro chip in Apple’s iPhone 17 Pro Max has a redesigned vapor chamber, delivering up to 40% better sustained performance than the previous-generation standard which makes it suitable for use in gaming and video editing and large language model operations. The system achieves remarkable performance through its excellent optimization which iOS provides.
The Snapdragon 8 Elite Gen 5 chip from Xiaomi 17 Pro Max delivers superior performance to its Apple rival while providing exceptional graphic capabilities. The benchmark tests demonstrate the following results:
The AnTuTu Benchmark results show that iPhone 17 Pro Max achieved a score of 2.35 million points on V10, which falls short of the Xiaomi 17 Pro Max V11 score of 3.26 million points. The Geekbench 6 single-core test shows that iPhone 17 Pro Max achieved a score of 3,703 points, which surpassed the 3,354 points achieved by Xiaomi 17 Pro Max. The multi-core test results show that iPhone 17 Pro Max achieved a score of 9,363 points, which exceeded the 9,763 points achieved by Xiaomi 17 Pro Max.
The benchmark tests demonstrate that the iPhone 17 Pro Max achieves excellent single-core performance and software optimization results, whereas the Xiaomi 17 Pro Max delivers better overall performance and exceptional multi-core performance. The two smartphones operate on their respective current software versions which are iOS 26 and Android 16.
Apple iPhone 17 Pro Max, US Version, 256GB, eSIM, Deep Blue for AT&T (Renewed):
Apple iPhone 17 Pro Max, US Version, 256GB, eSIM, Cosmic Orange for AT&T (Renewed):
Apple iPhone 17 Pro Max, US Version, 1TB, eSIM, Silver for T-Mobile (Renewed Premium):
Both smartphones possess a cutting-edge triple-camera system which delivers exceptional photo quality. The Pro Max models from Xiaomi and Apple both feature a triple-camera system which delivers high-resolution images and top-tier photographic performance. The iPhone 17 Pro Max and Xiaomi 17 Pro Max both share similar photographic systems which include a main sensor and an ultra-wide-angle lens and a periscope telephoto lens. The two smartphones exhibit several major dissimilarities which become evident through detailed evaluation.
The Xiaomi 17 Pro Max features a 50MP triple-camera system which Leica optimized through its 1/1.28-inch main sensor that supports optical image stabilization and its 102-degree ultra-wide-angle lens which uses a 1/2.76-inch sensor and its 5x periscope telephoto camera that has a 1/2.0-inch sensor.
The iPhone 17 Pro Max uses a 48MP triple-camera system which includes a main sensor that has a 1/1.28-inch size. The main sensor of the iPhone 17 Pro Max functions like its competitor, but Apple uses its own sensor-shift OIS technology to achieve superior image stabilization for its camera system. The system includes a 120-degree ultra-wide-angle lens which operates with a 1/2.55-inch sensor and a 4x periscope telephoto lens that uses a 1/2.55-inch sensor to deliver optical-quality images which match 8x zoom, according to Apple.
Xiaomi will outperform its competitors in optical zoom performance because its periscope lens design shows their previous flagship expertise. The Leica color filter system creates depth and artistic effects which enhance the visual appeal of the images. Apple’s rear cameras deliver superior video recording performance with consistent color output, which results in better overall performance during video recording sessions.
The Xiaomi 17 Pro Max needs to reach the Vietnamese market before we can evaluate its actual image quality through unbiased testing. The iPhone 17 Pro Max uses an 18MP front sensor, while the Xiaomi flagship features a 50MP front camera which provides superior detail and sharpness to its users.
The Xiaomi 17 Pro Max possesses superior battery capacity when compared to other devices because it can specifically operate for longer periods. Apple states that the iPhone 17 Pro Max boasts the longest battery life ever on an iPhone, with a 5,088 mAh battery that easily lasts a full day of heavy use.
The device achieves remarkable fast charging capabilities which enable it to reach 50% battery power within 20 minutes when users employ the 40W charger. The Xiaomi 17 Pro Max achieves an impressive performance, but its 7,500mAh battery capacity which exceeds the capabilities of both Apple and most current flagship devices makes it the most impressive device.
The Xiaomi flagship provides extended operating time through its design which allows users to operate the device continuously for two complete days without needing to recharge. The phone supports multiple advanced charging options which include 100W wired fast charging, 50W wireless fast charging, and 22.5W reverse wireless fast charging.
Comparison table of iPhone 17 Pro Max and Xiaomi 17 Pro Max specifications.
| Feature | Xiaomi 17 Pro Max | iPhone 17 Pro Max |
| Main Display | 6.9 inch, LTPO AMOLED, 1200 x 2608 pixel, 1-120Hz, 3500 nits | 6.9 inch, Super Retina XDR OLED, 2,868 x 1,320 pixel, 1-120Hz, 3000 nits |
| Secondary Display | LTPO AMOLED, 2.9 inch, 596 x 976 pixel, 3500 nits | None |
| CPU | Qualcomm Snapdragon 8 Elite Gen 5 | Apple A19 Pro |
| Internal Storage | 512GB/1TB | 256GB, 512GB, 1TB, 2TB |
| Rear Camera | 50MP Main + 50MP Ultra-wide + 50MP 5x Periscope | 48MP Fusion Main + 48MP Fusion Ultra-wide + 48MP Fusion Telephoto |
| Front Camera | 50MP | 18MP |
| Battery | 7,500 mAh | 4,823 mAh |
| Dimensions | 162.9 x 77.6 x 8 mm | 163.4 x 78 x 8.75 mm |
| Weight | 219g | 231g |
The Xiaomi 17 Pro Max functions as an appealing choice for Android users who want an iPhone experience because it combines Apple’s design elements with its own original features, which include a unique secondary display and extensive battery capacity. The iPhone 17 Pro Max competes in the flagship market against its Xiaomi counterpart because they share identical specifications for display technology, photographic capabilities, and processing power, while delivering a superior version of iOS that satisfies dedicated Apple users.Your choice between the iPhone 17 Pro Max and the Xiaomi 17 Pro Max requires you to select your preferred technological ecosystem, your ideal usage pattern, and your commitment to either iOS or Android.
Tech Reviewer & Product Analyst
Định Bia has spent over 10 years testing consumer electronics with a focus on smart technology. He work as a product advisor at Biareview where he helped customers find the right devices for their needs. He personally tests every product featured on this site using a consistent evaluation framework covering quality, durability, and value. All reviews are based on experience, not influenced by the manufacturer.