The battle for premium smartphone dominance intensifies with the successive release of Google's Pixel 10 series and Apple's iPhone 17 lineup. Both companies have pushed the boundaries of mobile technology, incorporating next-generation chipsets, advanced camera systems, and cutting-edge AI features. This comprehensive comparison - Google Pixel 10 vs iPhone 17 - explores the key differences and similarities across their standard and Pro-tier models.
The non-Pro models offer a potent mix of flagship features at a more accessible price point.
The standard Google Pixel 10 features a 6.3-inch AMOLED display with a resolution of 1080 x 2424 pixels, resulting in about 422 ppi. It supports a Smooth Display refresh rate ranging from 60 to 120 Hz and can achieve a brilliant peak brightness of up to 3,000 nits.
In comparison, the iPhone 17 also has a 6.3-inch Super Retina XDR OLED screen, but with a slightly higher pixel density (around 460 ppi) due to its 2622 x 1206 resolution. Crucially, the iPhone 17 includes ProMotion technology, offering an adaptive refresh rate up to 120Hz for enhanced efficiency, and matches the Pixel's impressive 3,000 nits peak brightness.
While both phones offer high-quality displays with a 120Hz refresh rate, the Pixel 10 has a slightly larger screen. However, Apple's Super Retina XDR might be better for those who prioritize brightness and color accuracy.
Tips: Compare iPhone 16 and iPhone 17 in detail, and find your best option.
The camera systems showcase a major difference. The Google Pixel 10 boasts a powerful triple-camera system, a significant advantage for a standard model. It features a 48MP Quad PD wide camera, a 13MP ultrawide camera, and, most notably, a 10.8MP Dual PD Telephoto camera capable of 5x optical zoom. For video, it records 4K at up to 60 FPS.
The iPhone 17, while offering excellent computational photography with its 48MP Dual Fusion wide camera and a 48MP ultrawide lens, lacks a dedicated telephoto lens, relying on digital zoom for magnification. However, the iPhone excels in video, offering high-quality 4K Dolby Vision recording up to 60fps.
Both devices excel in photography, but Google's Pixel tends to outperform in computational features, especially for low-light and detail-rich photos.
Performance is dictated by custom silicon. The Google Pixel 10 is powered by the Google Tensor G5 chip, engineered specifically for outstanding efficiency and unmatched speed in on-device AI tasks, thanks to its cutting-edge Tensor Processing Unit (TPU). It is paired with a generous 12GB of RAM.
The iPhone 17 utilizes the Apple A19 chip, which maintains Apple's dominance in raw CPU power and graphics processing. The iPhone 17 is configured with 8GB of LPDDR5X RAM, relying on tight hardware and software optimization to deliver a snappy user experience.
The iPhone 17's A17 Bionic chip outshines the Pixel 10's Tensor G3 in terms of raw performance, especially for gaming and high-performance tasks. However, Google's Tensor chip offers unique AI optimizations.
The Pixel 10 is equipped with a 4970mAh battery, supporting 30W fast charging and 18W wireless charging. The battery life is optimized for all-day usage with efficient power management, thanks to Google's software.
The iPhone 17 packs a 3692mAh battery, supporting 20W fast charging and 15W MagSafe wireless charging. Despite having a smaller battery, Apple's optimization ensures excellent longevity throughout the day.
The Pixel 10 has a larger battery and faster charging speeds, giving it an edge in terms of battery performance, though iPhones are highly optimized for power efficiency.
Both flagships compete directly on price. The standard Google Pixel 10 is typically priced starting around $799. The iPhone 17 also enters the market with a starting price of $799.
The Pro models introduce the highest-end components available from each manufacturer.
The Pro models of Google Pixel 10, feature larger OLED displays, with 6.7-inch (Pro) and 6.9-inch (Pro XL) screens, both with a 120Hz refresh rate. The Pro series offers a higher pixel density and vibrant color reproduction.
The iPhone 17 Pro is 6.3 inches, and the iPhone 17 Pro Max is the largest of the group, boasting a 6.9-inch LTPO Super Retina XDR OLED display. Both series offer extremely high resolutions and peak brightness levels exceeding 3,000 nits.
The Pixel 10 Pro series features an impressive triple 48MP camera setup across its wide, ultrawide (with Macro Focus), and 5x optical telephoto lenses, leveraging all sensors for its advanced computational processes. The Pixel 10 Pro series also offers a high-resolution 42MP front camera.
The iPhone 17 Pro series matches this with its own powerful 48MP Triple Fusion Camera System, including a wide, ultrawide, and a new periscope telephoto lens with advanced zoom capabilities. A key differentiating feature is the iPhone 17 Pro's inclusion of a LiDAR Scanner for superior depth mapping and AR functionality.
The Pro models maximize chip potential. The Pixel 10 Pro/XL pairs the Tensor G5 with a massive 16GB of RAM, making it a powerhouse for on-device machine learning and intense multi-tasking.
The iPhone 17 Pro/Pro Max features the performance-tuned Apple A19 Pro chip, dedicated to professional workloads, alongside 12GB of LPDDR5X RAM.
Both chipsets deliver exceptional performance, with the A19 Pro generally leading in raw speed and the Tensor G5 excelling in AI processing.
When looking at raw battery size, the Google Pixel 10 Pro XL takes the lead with a massive 5,200mAh cell, which is the largest battery ever in a Pixel phone. The Pixel 10 Pro is also respectable at 4,870mAh.
The iPhone 17 Pro Max now seriously competes, with a battery capacity that pushes slightly over 5,000mAh (approximately 5,088mAh in the eSIM model). The iPhone 17 Pro is somewhat smaller, estimated to be around 4,250mAh.
Despite the Pixel 10 Pro XL having the largest raw capacity, the iPhone 17 Pro Max is consistently cited as having the best overall endurance. This is due to the efficiency of Apple's A19 Pro chip and superior system optimization (iOS 26), allowing the 17 Pro Max to offer up to 39 hours of video playback.
The Pro flagship pricing is identical. Both the Google Pixel 10 Pro and the iPhone 17 Pro start at $999. Their larger counterparts, the Pixel 10 Pro XL and the iPhone 17 Pro Max, both start at $1,199.
In addition to their hardware, you can compare the system features of Google Pixel and iPhone 17 lineups.
The Google Pixel 10 series is the undisputed champion of Computational Generative AI in media. Features like the Magic Editor (driven by the G5) allow for instantaneous, sophisticated edits such as object removal, relighting, and generative fill that feel revolutionary.
The iPhone 17 series, by contrast, focuses on Pro-Grade Media Creation, offering superior ProRes video encoding, enhanced Cinematic Mode, and deep-level integration with professional software for post-production editing.
The Pixel 10 series leads in Call Intelligence and Utility. Features like the advanced Call Screen (using the G5 to interact naturally with unknown callers), Clear Calling for superior noise reduction, and real-time call transcription provide practical, day-to-day advantages.
The iPhone 17 series prioritizes Audio Quality and Security, featuring improved Voice Isolation modes for crystal-clear calls and relying on the security and high-fidelity of FaceTime.
Assistant/Conversational AI: The Pixel is the clear leader here, with Gemini providing a more capable, conversational, and deeply integrated AI assistant that can handle complex, cross-app requests. Apple's enhanced Siri is improving but is still primarily a task executor within Apple apps.
Generative AI: The Pixel generally offers a wider range of high-profile generative editing features for photos, such as Magic Editor and Add Me, which are central to its camera experience. The iPhone focuses on generative features like Genmoji and Image Playground within its core OS and apps.
Utility & Real-World Use: The Pixel continues its dominance in AI-powered communication utilities (Call Screen, Live Translate). The iPhone focuses its utility on system-wide smarts like better writing tools and notification management.
Upgrading to a new flagship, especially when switching ecosystems, requires a reliable data migration solution. Samsung Data Transfer is a highly effective, one-click third-party tool that simplifies this process. It excels at cross-platform data migration, capable of transferring essential files like contacts, photos, videos, music, and messages directly between Android and iOS devices.
Key features of Samsung Data Transfer:
- Transfer various data from an old phone to a new Pixel 10 or iPhone 17.
- Display the number of your files in the respective data type.
- Support data transfer from Android to Android, Android to iOS, iOS to Android, and iOS to iOS.
- Compatible with Android 6.0 or later and iOS 5.0 or higher, including Android 16 and iOS 26.
- Work for Google Pixel 10/10 Pro/10 Pro XL/10 Pro Fold/9/8/7/6/5/4/3, iPhone 17/17 Pro/17 Pro Max/Air/16/15/14/13/12/11/X/8/7/6, Samsung, Xiaomi, OnePlus, Motorola, Tecno, Vivo, TCL, Honor, OPPO, realme, etc.
Download the data migration software.
To transfer data to your new Pixel 10 or iPhone 17 with this program:
Step 1: Download and install the correct version of this program on your computer, and launch it. Then connect both your phones to the computer with USB cables.
Step 2: For Android devices, enable the USB debugging mode. For iOS devices, click "Trust". Then the software will recognize your mobile devices. Now, make sure your new phone is the "Destination" device, or click "Flip".
Step 3: Select the data types you want, and click "Start Copy" to start transferring the data to your new device.
Both the Google Pixel 10 and iPhone 17 offer impressive features, but the choice largely depends on your preferences. The Pixel 10 stands out with its AI capabilities and camera software, while the iPhone 17 offers unmatched performance and a premium ecosystem. Whichever you choose, you're sure to enjoy cutting-edge technology in the palm of your hand.
At last, remember to transfer your data to your new smartphone with this one-stop transfer tool - Samsung Data Transfer, ensuring no data loss after replacing your old device.
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