Google Pixel 10 Pro XL: Why It Could Be the Best Phone of 2026

Geeky Gadgets

20-05-2025

Google has officially acknowledged a persistent issue affecting its Pixel devices: screen flicker caused by Pulse Width Modulation (PWM). This problem, often linked to eye strain, headaches, and discomfort, has been a long-standing concern for users sensitive to display flicker. With the Pixel 10 Pro XL on the horizon, Google appears to be signaling a shift in its approach to display technology, emphasizing user comfort, accessibility, and inclusivity. This development could mark a significant step forward in addressing a challenge that has impacted many users.
Watch this video on YouTube. What Is PWM and Why Does It Matter?
Pulse Width Modulation (PWM) is a widely used technique in OLED displays to control brightness levels. It operates by rapidly turning the screen's backlight on and off, creating the perception of dimming. While this method is effective, it can pose problems for certain users, particularly when the flickering occurs at lower frequencies.
Currently, Google's Pixel devices use PWM frequencies ranging between 240 Hz and 480 Hz, which, while functional, can cause discomfort for users sensitive to flicker. Symptoms commonly reported include: Eye strain
Headaches
General fatigue
In contrast, competitors like the OnePlus 13 have adopted higher PWM frequencies, reaching up to 2160 Hz, to minimize flicker-related discomfort. This higher frequency significantly reduces the perceptibility of flicker, setting a new standard in display technology. By addressing this issue, Google has the opportunity to enhance the user experience and align with the growing demand for more comfortable and accessible screens. Google's Response: A Step Toward Solutions
For the first time, Google has publicly acknowledged the PWM flicker issue, signaling its intent to improve display technology. Although no official fixes have been confirmed, several potential solutions are reportedly under consideration. These include: Increasing PWM frequencies to reduce the perceptibility of flicker.
Introducing a manual flicker reduction toggle in device settings, allowing users to customize their display preferences.
Providing software updates for older Pixel devices to optimize brightness control and reduce flicker effects.
These measures could not only address the flicker issue but also set a new benchmark for accessibility and user comfort in Pixel devices. By taking these steps, Google has the potential to cater to a broader audience, including those with heightened sensitivity to screen flicker. This proactive approach could also position the Pixel lineup as a leader in user-centric display technology. Why Accessibility Matters
Improving PWM implementation goes beyond technical refinement—it represents a commitment to greater inclusivity and user well-being. For individuals sensitive to screen flicker, even minor adjustments can lead to significant improvements in daily comfort and usability. However, the benefits of reducing flicker extend to all users, as it enhances the overall viewing experience by: Reducing eye strain and fatigue during prolonged use.
Improving productivity by minimizing discomfort.
Creating a more enjoyable and immersive interaction with devices.
Google's focus on addressing PWM flicker reflects a broader industry trend toward prioritizing user comfort and accessibility. As display technology continues to evolve, tackling challenges like flicker will become increasingly critical in delivering high-quality, user-centric products. By addressing these concerns, Google can position itself as a leader in creating devices that prioritize both innovation and inclusivity. What Could the Pixel 10 Bring?
The upcoming Pixel 10 Pro XL is expected to introduce several enhancements aimed at addressing user concerns and improving the overall experience. Among the most anticipated upgrades are higher PWM frequencies, which could significantly reduce flicker-related discomfort for sensitive users. Additionally, the device may feature other advancements, such as: A telephoto lens for the base model, expanding its appeal to photography enthusiasts.
Enhanced software optimizations for smoother performance and usability.
Potential new accessibility features to cater to a wider range of users.
While these innovations are promising, they also come with challenges. Balancing advanced features with cost and performance considerations will be crucial to the Pixel 10's success. However, the potential improvements in screen technology and accessibility are likely to resonate with users seeking a more comfortable and inclusive experience. If executed effectively, these changes could redefine the Pixel lineup's reputation for innovation and user-centric design. Why Google's Shift Matters
Google's acknowledgment of the PWM flicker issue represents a pivotal moment in its approach to display technology. By addressing this challenge, the company demonstrates a growing commitment to user comfort, accessibility, and inclusivity. This aligns with broader industry trends, where manufacturers are increasingly focusing on features that enhance usability and cater to diverse user needs.
As the Pixel 10 Pro XL launch approaches, the spotlight will be on Google's ability to deliver meaningful improvements in screen technology. Whether through higher PWM frequencies, software updates, or other innovations, these changes have the potential to redefine the Pixel experience for a diverse range of users. By prioritizing accessibility and comfort, Google is not only addressing a critical issue but also setting a new standard for the future of display technology.
Below are more guides on Pulse Width Modulation (PWM) from our extensive range of articles.
Source & Image Credit: Demon's Tech Filed Under: Android News, Mobile Phone News, Top News
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