If you know how OLED displays work, you know about one of their greatest strengths: Individual pixels can be shut off, ...

Researchers have discovered a new material for producing blue OLED pixels – which could help bring down the price of new TVs.

Micro LED has become one of the most anticipated display technologies for consumer products in recent years. Using ...

Apple's new iPhone 16e adopts the design and display of the iPhone 14, which means it has an OLED display instead of an LCD display. With ...

Apple plans to release a MacBook Air with an improved LCD display in 2027, featuring Oxide TFT technology instead of the ...

We love bright and beautiful laptops here at Creative Bloq, and we’d generally agree with the consensus that OLED (Organic ...

The paper shows the molecular design of the new material, with 21% improvements in power efficiency and excellent “thermal stability” for use in blue OLED pixels. And while all OLED devices ...

LG’s UltraGear 27GX790A-B isn’t as sharp as new 27-inch 4K OLEDs, but its motion clarity will leave gamers gobsmacked.

This product not only features key gaming monitor specifications such as top-tier resolution, refresh rate, and response time ...

This is why OLEDs are universally thinner and lighter than LCD panels. Since each organic molecule in an OLED panel is emissive, you can control whether a particular pixel is lit up or not.

OLEDs are emissive whereas QLEDs (and LCD TVs before them) are transmissive. OLED TVs use pixels that emit their own light, but QLED TVs must rely on LED backlighting to ignite the on-screen pixels.

TV and display tech has evolved rapidly in recent years, with manufacturers continuously improving brightness, contrast, and colour accuracy. From LCD and OLED to QLED, each advancement brings us ...