An ancient Greek philosopher once asked: If the planks of Theseus' ship were replaced one by one, would it still be the same ship? Today, the rapid advancements in monitor technology also leave us wondering which type of monitor to choose.
MiniLED: An upgraded version of LCD, relying on tens of thousands of micro-LEDs for localized light control, achieving a peak brightness exceeding 3000 nits, strong anti-glare properties, a lifespan exceeding 100,000 hours, and no risk of burn-in.
OLED: Pixels are self-emissive, with a contrast ratio approaching near black, a response time of 0.1 milliseconds, and a thickness of only 4mm. However, the organic materials are prone to aging, and prolonged static display can lead to burn-in (this will be mitigated by AI compensation technology by 2025).
The Book of Changes states, "That which is above form is called the Way; that which is below form is called the instrument." MiniLED and OLED are like a modern reflection of "Tao" and "Qi" (the physical tool): MiniLED achieves "zoned light control" with tens of thousands of LEDs, pursuing "controllable brightness" like a craftsman sculpting an object; OLED, on the other hand, returns to the "Tao"—pixel self-illumination achieves "infinite contrast," like a philosopher seeking "natural darkness." They are not opposites.
For moviegoers, MiniLED wins! HDR effects are stunning, details in sunlight scenes are not lost, and low-reflection coating technology ensures clear images even in strong light.
For gamers: OLED is better! 0.1ms response time + 144Hz high refresh rate, FPS without ghosting; however, MiniLED supports HDMI 2.1 and VRR, making large screens less prone to burn-in and more worry-free.
For designers: MiniLED has accurate color (98% DCI-P3 color gamut) + quantum dot technology, ensuring accurate color editing; OLED has pure blacks but slightly weaker brightness and requires calibration.
In fact, the main competition between MiniLED and OLED lies in image clarity and color vibrancy. The latest display technologies focus on adding a low-reflection coating to the screen, subtly reflecting the principle of "harmony between man and nature"—the widespread adoption of low-reflection coatings essentially represents "technology bowing to nature."
ITO anti-reflection coatings reduce reflectivity to below 1%, much like the metaphor of "a white light arising from an empty room" in Zhuangzi—reducing external interference and allowing the image to be as clear as natural light. This is not only technological progress but also a modern interpretation of "harmony between man and nature": displays no longer "fight against ambient light" but "integrate with ambient light." This allows MiniLED to fully rival OLED without the burn-in problem.