At CES 2026, TV makers were split in their ambitions to improve Mini LED TVs. Most companies, including Samsung, LG, and Hisense, are chasing the future with expensive, complex “Micro RGB” ...
Samsung Electronics is set to reveal the progress of commercializing its transparent micro light-emitting diode (LED) display at CES 2026 this month. Transparent micro LED is a technology that has ...
Dermatologists explain the science behind wildly popular treatments like red light therapy, which is now available at home—for a steep price. Full-face LED masks like this one can cost up to several ...
LG’s new Micro RGB evo TV (model MRGB95) is its most advanced LCD television to date, and it arrives at a moment when display terminology has become misleading. In recent years, Samsung, Sony, and ...
It’s hard to believe that the first blue LED didn’t arrive until 1993. They look simple, but looks are deceiving. Producing various LED colors involved applying electric currents to materials with ...
View post: I Drove the 2025 MINI Cooper JCW 2-Door. This is My Honest Review The Letmy LED Flashlights (2-Pack) already have a very affordable retail price, as they usually sell for only $17. However, ...
Audi is redefining compact-class lighting with the introduction of digital matrix LED headlights featuring micro-LED technology in the new Q3. This marks the first time such advanced lighting tech has ...
This torch feels solid and weighty in the hand, with an excellent build quality, given the low price point. The light is ridiculously bright, being very easy to switch between a flood or spotlight, ...
LG’s attempts to prove that it’s much more than just an OLED TV brand have taken their most spectacular turn yet with the launch of a new 136-inch Micro LED display targeted at home cinema fans that ...
If you’re emergency kit doesn’t include a quality flashlight, you’re going to want to pick up the deal on this OLIGHT Baton4 Flashlight on Amazon for Prime Big Deal Days. The OLIGHT Baton4 Premium ...
Making a blue LED was once thought impossible. Unlike red or green, producing blue light required a semiconductor with a much larger energy band gap. For decades, the right material didn’t exist—or at ...