How the Pixel 10 Pro XL performs in photography, video, connectivity, and daily use.
I’m sort of an iOS guy; you might have guessed this by the website I write for. Needless to say, I use all sorts of devices for different areas of my life and enjoy doing so. One thing I’ve found over the years is that not one device is best at everything, so finding the right solution for your needs becomes important.
For me, I like to separate my personal and work life between an iPhone and an Android phone. I’ve been a big fan of the Google Pixel since the first-gen Pixel. It gives you a nice, clean Android experience without all the bloatware you might find on other Android phones. The Pixel 10 Pro XL is the latest and greatest Pixel phone from Google and as a long-time Pixel fan, it’s exciting to see how far the lineup as come since that original model.
About Google Pixel Pro XL
The Google Pixel 10 Pro XL represents Google’s most expansive and feature-rich smartphone in the Pixel 10 lineup. Designed for users who want a large display, advanced photography tools, and a deeply integrated AI experience, the Pixel 10 Pro XL is built around Google’s latest Tensor G5 chip, which emphasizes intelligent performance.
At the center of the experience is a 6.8-inch Super Actua display, offering vibrant colors and exceptional brightness for comfortable viewing in any environment. The device pairs this with a versatile triple-camera system that continues Pixel’s reputation for computational photography, delivering sharp images, impressive zoom capabilities, and reliable results across a wide range of lighting conditions.
The Pixel 10 Pro XL also prioritizes longevity and usability. With a large battery, fast charging support, and a commitment to up to seven years of software and security updates, it is built to remain relevant well beyond its release cycle. Running a clean version of Android with exclusive Pixel features, it provides a streamlined, user-friendly interface enhanced by Google’s latest AI tools.
Altogether, the Pixel 10 Pro XL is crafted for users who value a refined software experience, powerful camera performance, and a device that continues to improve over time.
Tech Specs
Display
6.8-inch Super Actua OLED Adaptive 120Hz refresh rate High brightness (2,500+ nits peak)Processor
Google Tensor G5Memory
16GB RAMStorage
256GB / 512GB / 1TBRear Cameras
50MP wide 48MP ultrawide 48MP telephoto (5x optical zoom) Up to 100x AI-enhanced zoomFront Camera
42MP with autofocusVideo Recording
Up to 8K videoBattery
~5,200 mAh 24+ hour battery lifeCharging
Up to 45W wired fast charging Up to 25W wireless charging (Qi2)Operating System
Android 16AI Features
Gemini AI integration Advanced photo and video editing tools Call Assist and smart suggestionsConnectivity
5G Wi-Fi 7 Bluetooth 5.x USB-CSecurity
In-display fingerprint sensor Face unlockSoftware Support
Up to 7 years of OS and security updatesRead full spec details here.
Pricing & Availability
The Pixel 10 Pro starts at $999 for Verizon or AT&T or $799 if you use Google Fi service. The Pixel 10 Pro XL starts at $1,199 for Verizon or AT&T or $949 for Google Fiber service. Either phone can be purchased through Google or your service provider.
First Impressions & Initial Setup
The Pixel 10 Pro has been out for close to eight months now, and let me tell you, I love it. It’s solid, the build quality is top-notch, and the screen size is perfect for me. I like how it feels in the hands and the sleek, modern design. Some other Android phones have a boxy feel to them, but the Pixel is rounded and feels like a premium flagship phone.
One of the first things I noticed about the Pixel was the inclusion of Pixel Snap, which allows me to use MagSafe accessories with the Pixel. Since I charge my iPhone using MagSafe, it’s nice to be able to use it for the Pixel, too.
When I first got the phone, I noticed it came in a nice, easy-to-open box. The Pixel 10 Pro was wrapped in paper that was simple to remove. I took it from the box and immediately admired the green color this phone came in. It’s a beautiful but subtle color. I powered on the phone and was greeted by the standard Android setup screen. I went through the setup process and was ready to use the phone in no time.
I chose to set up the Pixel 10 Pro as a new device instead of restoring from a backup. I always do this when I get a new phone because I like to start fresh. This gives me the chance to remove apps and junk files I haven’t used in a while. It also gives me the chance to set up the phone the way I want it. Once the setup was complete, I started working on the testing to see how it would measure up.
Device Evaluation
When it comes to heavy-duty performance testing, we like to look at a couple of different areas. First, we will complete several real-world tests and then we will run the Pixel through several benchmark tests. In each test area we try to have some sort of control option for the testing. The benchmark tests tend to provide those inside their tests but for the real-world testing, we put the Google Pixel 10 Pro XL up against the iPhone 16 Pro.
Even though this particular iPhone model is one year older than the current flagship model, it is still a flagship-level phone with top-tier processing, camera, and display capabilities. While the 16 Pro is slightly less powerful than its successor in the iPhone product line, it does create a level playing field for the Google Pixel 10 Pro XL in head-to-head tests.
Data Speed (Cell Network & WiFi)
To evaluate data speed, both the Google Pixel and the iPhone show very similar Wi‑Fi performance based on their specifications. Both devices support Wi-Fi 7 and the 6 GHz spectrum, which allows higher throughput, lower latency, and more reliable connections on modern routers. With that in mind, I was expecting to see very similar speeds when I ran network speed tests using Ookla. I downloaded the app to both devices and ran the test over WiFi and cellular connections. Both phones were on the same WiFi network and the tests were run while the phones were sitting side-by-side.
On WiFi
Google Pixel Download 609 / Upload 322 / Ping 30 iPhone Download 438 / Upload 229 / Ping 29On Cellular • Verizon
Google Pixel Download 101 / Upload 9.73 / Ping 30 iPhone Download 99 / Upload 5.95 / Ping 37After running these tests, it’s clear that the Google Pixel 10 Pro XL outperformed the iPhone 16 Pro with download and upload speeds over WiFi. The ping was nearly identical so the responsiveness of each device was effectively the same. Over cellular (Verizon), the two phones were more evenly matched. The biggest difference was the upload speed and latency (ping) between the Pixel and the iPhone.
When it comes to real-world, everyday use, this is probably not a noticeable difference. Since the two devices are essentially the same spec-wise, the difference in speeds probably comes down to modern optimization and antenna tuning, which the Pixel would have the edge there since the iPhone 16 Pro is nearly two years old.
Call Quality
To test the call quality of the Google Pixel, I spoke with several different people and they said I sounded very clear. Even though I felt like I had a good real-world test with other humans, I also wanted to complete some sort of controlled test option. So, I used testcall.com. It gives you a way to evaluate call quality beyond just asking another person how you sound.
The echo test was the first one I completed. This allowed me to hear my voice exactly how it sounds as it’s being transmitted. This makes it easier to detect issues such as muffled audio or audio compression. I thought I sounded just fine. I was easy to understand and my voice didn’t sound over-processed.
The next test I completed was the recording test which allowed me to record a short message and then the system would play it back to me. This test gives a consistent baseline and makes it easier to judge if a phone is doing a good job with microphone quality, speaker clarity, and background noise handling. Even though I completed the test in a fairly controlled environment, I thought the Google Pixel handled background noise really well and again, I could hear myself clearly and it didn’t seem as though the recording caused too much compression.
Overall, the call quality on the Google Pixel has been clean and reliable, with voices sounding natural on both ends of the conversation.
Camera Capabilities
When it comes to still photography, the Google Pixel 10 Pro XL produces cooler tones and stronger subject isolation than the iPhone. We took a series of pictures (as close to identical as possible) with both phones to provide an apples-to-apples comparison. The examples below are just a sample of the images we took.
With these close-up shots, the Pixel definitely uses a cooler, more restrained color profile than the iPhone, which produces a more saturated tone (the USB adapter image). At a slightly wider range (the dragon photo), the Pixel applied a background blur without being in ‘portrait mode’ and kept the main subject tight. The iPhone on a standard setting, handled the depth of field more conservatively, which preserved the background detail. Both cameras seemed to preserve the fine texture well.
Overall, the Pixel does seem to have a more neutral color rendering and could possible be considered more accurate to real life. Both images were shot as JPEGs natively. With that in mind, it seems that the iPhone’s JPEG output looks more polished as shot without any image editing necessary. The Pixel produced some lovely images and really holds its own as a flagship phone camera.
Display Quality
Looking at the display of the Pixel vs. the iPhone, I have to say the Pixel edges out the iPhone. Text is very crisp on both when you zoom in, but the white looks to be more of a ‘true white’ on the Pixel. Scrolling is smooth on both devices but the Pixel does feel smoother than the iPhone. The touch responsiveness is more sensitive on the Pixel. I tapped on a link on both devices at the same time and the Pixel opened it immediately where there was a slight delay on the iPhone. When it comes to viewing high resolution video, I watched the same 4K OLED demo on YouTube on the iPhone and the Pixel. Both screens were gorgeous, but I did feel that the iPhone provided a slightly brighter image. The colors were a touch more vibrant while the Pixel was a little more muted.
Sound Performance
To test the sound performance of the Pixel’s speaker I pulled up some music on YouTube (Spotify Hits 2026) and listened to it on the Pixel and the iPhone both at 50% volume. At that level, the iPhone’s speaker is louder and it sounds like it has more depth to the track than the Pixel. The quality is crisp and very easy to hear, but when put against the iPhone, it does fall a little short. The iPhone’s sound is fuller and more balanced.
Battery Endurance
To test the battery, I charged it to 100% and then ran it down to 0% by watching continuous videos on YouTube at maximum brightness. I chose to watch 4K videos that are actually used for demos in retail stores for TVs. After 13 hours and 13 minutes, the battery was discharged to 2%. That means the phone averaged approximately 7.4% drain per hour. This is a strong result for large flagship phones like the Pixel 10 Pro XL and is above average for this type of stress test.
After draining the battery, I completed a timed charging test. This means that I recorded the battery percentage at different increments while the phone was charging. I wanted to make sure the phone was using its fast-charging capabilities so I used an Anker power adapter and a StarTech.com 240W USB4 charging cable. The Google Pixel charged from 0% to 72% within 42 minutes. That means the overall charging rate was 1.71% per minute. It was definitely charging faster at first and then slowed down as it approached 72%. This setup and test clearly shows the phone can handle high-power charging well, which is perfect when you just need a quick top-up.
Performance Benchmarks
In addition to real-world tests, I completed several different benchmark tests to evaluate the overall performance of the phone. These types of tests are important because they provide a controlled way to measure how a device performs across different types of workloads. For the Google Pixel 10 Pro XL, I ran tests with Basemark Web, Geekbench 6, Geekbench AI, and 3DMark (Wild Life and Wild Life Stress Test).
Basemark Web
Basemark Web is a browser-based benchmark that measures web performance by testing how well a device handles HTML5, JavaScript, WebGL, and CSS workloads. It evaluates rendering speed, computational performance, and graphics handling to give an overall score reflecting real-world web browsing and web app performance. Here are the results for the Google Pixel 10 Pro XL.
Overall Score: 1061 Array Test: 4141.51 – The phone handles computational tasks and data structures extremely well. WebGL 1.0/2.0 Tests: 3334.59 / 2627.66 – Strong graphics performance, indicating smooth 3D rendering and WebGL support for web apps and games. Shader Pipeline / Draw-call / Geometry Stress Tests: 906.80 / 1103.70 / 1006.98 – Solid performance under complex graphics workloads. Framework Tests (jQuery, AngularJS, Backbone.js): 934.22 / 1541.16 / 1341.71 – Efficient at running modern web frameworks.Main Takeaway: The Pixel 10 Pro XL performs very well in browser-based computation and 3D graphics rendering, making it highly capable for demanding web applications and games.
Geekbench 6
Geekbench 6 is a cross-platform benchmarking tool that measures the overall performance of a device’s CPU and GPU. It runs a series of tests designed to simulate real-world tasks, such as image processing and machine learning.
Single Core: 1875 – strong for a flagship Android phone Multi Core: 4947 – solid, but not class-leading; top-tier Android phones and high-end Apple devices score higherMain Takeaway: The Pixel 10 Pro XL offers excellent single-core speed and competent multi-core performance, making it snappy for daily use and capable of handling demanding apps and workflows.
Geekbench AI
Geekbench AI is a benchmarking tool that measures a device’s performance in artificial intelligence and machine learning tasks. It evaluates how efficiently a device can run AI workloads, such as image recognition and natural language processing, using both CPU and dedicated neural processing hardware if available. The scores give an indication of how well a device can handle AI-driven features in apps, like real-time translation, photo enhancements, and smart assistant tasks.
Here are the scores for the Google Pixel 10 Pro XL:
Single Precision Score: 2275 – shows the Pixel handles typical machine learning tasks at a solid level Half Precision Score: 2585 – this score indicates that the phone can process AI tasks efficiently while saving power Quantized Score: 3747 – shows the Pixel excels at running optimized, real-world AI workloads quickly and efficientlyMain Takeaway: The Pixel 10 Pro XL performs very well in AI tasks, particularly in optimized or quantized workloads, which are most common in mobile apps. This means features like real-time translation, smart photo enhancements, and on-device AI tasks will run smoothly and efficiently.
3DMark Wild Life & Wild Life Stress Test
This test measures a device’s GPU performance by running a demanding real-time 3D graphics scene. It evaluates frame rates, rendering capabilities, and how well the GPU handles high-end mobile gaming workloads. The stress test option runs the same 3D scene repeatedly to test thermal stability and sustained GPU performance. It shows whether the device can maintain high frame rates over time or if performance drops due to thermal throttling.
Wild Life (Single Run)
Overall Score: 7705 Frame Rate: 14 fps to 90 fps Battery & Temperature: 63% constant, 35ºC constant (phone plugged in)Wild Life Stress Test (Sustained Load)
Best Loop Score: 12596 Lowest Loop Score: 8329 Stability: 66.1% Frame Rate: 36 fps to 88 fps Battery & Temperature: 87% → 72%, 33ºC → 43ºC (phone not charging) Surface Temp After Test: 104ºFMain Takeaway: The Pixel 10 Pro XL has strong peak GPU performance for mobile gaming and graphics tasks, but sustained stress shows thermal throttling limits long-term maximum frame rates. For casual to moderate gaming, performance will feel smooth, but prolonged high-intensity sessions will see lower frame rates as the phone balances heat and power.
After putting it through rigorous testing, the Google Pixel 10 Pro XL has proven itself as a versatile, reliable flagship Android device.
Conclusion
When it comes to Android phones, I tend to cringe when I pick them up because manufacturers can’t resist putting their own spin on things. They will duplicate apps, include bloatware, and design a UI that barely resembles stock Android. The Pixel 10 Pro XL is a breath of fresh air. It’s as close to pure Android as you can get, and that exactly why it’s my go-to phone for business work.
For more information, visit store.google.com
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