# The iPhone 16e Signals the Conclusion of LCD Panels in Apple’s Offerings
Apple’s latest announcement regarding the **iPhone 16e** indicates a significant evolution in smartphone display technology. For the first time ever, the company is no longer offering any new iPhones featuring **LCD panels**. With OLED technology now regarded as the industry benchmark for its enhanced contrast, color precision, and energy efficiency, this change raises worries for users suffering from **PWM sensitivity**—a condition where flickering screens can lead to eye strain, headaches, and nausea.
## The Reduction of LCD Panels in Smartphones
LCD (Liquid Crystal Display) technology has long been a fundamental aspect of smartphones, providing **steady backlighting** and **flicker-free viewing experiences**. However, as manufacturers aim for **slimmer designs, elevated contrast ratios, and improved energy efficiency**, OLED (Organic Light-Emitting Diode) screens have become the norm.
Apple’s shift to a **completely OLED lineup** reflects a wider industry pattern, with numerous Android brands also phasing out LCD screens. This transition results in **fewer choices** for users who prefer or need LCD displays due to **PWM sensitivity** or other visual comfort issues.
## Challenges OLED Displays Present for Certain Users
While OLED displays provide **richer blacks, vivid colors, and enhanced energy efficiency**, they employ **Pulse Width Modulation (PWM) dimming** for brightness control. This technique rapidly cycles pixels on and off, creating a flickering effect that might be **unnoticeable to the majority of users** but can lead to **discomfort for those with PWM sensitivity**.
### Main Distinctions Between LCD and OLED:
| Feature | LCD | OLED |
|———|—–|——|
| **Backlighting** | Employs a constant backlight | Each pixel generates its own light |
| **Brightness Adjustment** | Modifies backlight intensity | Utilizes PWM dimming (flickering) |
| **Eye Comfort** | Typically flicker-free | May induce eye strain for sensitive individuals |
| **Contrast & Color** | Reduced contrast, less vibrant hues | Deep blacks, high contrast, bright colors |
Though some OLED manufacturers, like **OnePlus and Honor**, have started using **high-frequency PWM dimming** to minimize flicker, **no OLED display is completely flicker-free** due to the technology’s inherent characteristics.
## The Dwindling Selection of LCD Smartphones
With Apple discontinuing iPhones with LCD screens, users in need of **flicker-free alternatives** find their options significantly narrowed. Presently, most LCD smartphones are **budget-friendly models**, such as the **Moto G 2025**, which do not offer the advanced features found in top-tier devices.
### Current LCD Smartphone Choices:
– **Moto G 2025** – Cost-effective but lacks premium specifications.
– **TCL NXTPAPER Series** – Incorporates LCD with anti-glare properties, though some users report color issues.
– **Minimal Phone** – Sports an **e-Ink display**, delivering a fully flicker-free experience.
As the supply of **LCD smartphones continues to diminish**, users experiencing **PWM sensitivity** may find it increasingly challenging to locate an appropriate device.
## The Outlook for Display Technology
Despite OLED’s dominance, newer technologies could present **superior alternatives** for those sensitive to PWM flicker:
1. **Mini-LED** – Featured in Apple’s latest **MacBook Pro** models, this technology achieves high contrast with **very high PWM rates** (15,000Hz), reducing flicker perception.
2. **Micro-LED** – An upcoming display technology that combines the benefits of OLED and LCD, still in early development phases.
3. **QDEL (Quantum Dot Electroluminescent)** – A promising substitute that may succeed OLED in the future, providing **self-emissive pixels without PWM flicker**.
## What Steps Can Users Take Now?
For individuals impacted by **PWM sensitivity**, here are some potential strategies:
– **Stick with older LCD models** – Although they may not receive extended software support, they are still a practical choice for the time being.
– **Employ screen filters or software solutions** – Certain apps and adjustments can help mitigate flicker effects.
– **Explore e-Ink devices** – Gadgets like the **Minimal Phone** offer a completely flicker-free experience, albeit lacking traditional smartphone features.
## Conclusion
Apple’s choice to **phase out LCD displays** from its iPhone lineup signifies the end of a significant chapter. While OLED technology brings numerous benefits, it simultaneously **excludes certain users** who experience discomfort from **PWM flicker**. With a dwindling selection of LCD smartphones, the industry needs to investigate **innovative display technologies** that prioritize both **visual excellence and user comfort**. Until that occurs, users sensitive to OLED flicker may need to **pursue alternative solutions** or **push for more inclusive display options** in upcoming devices.
