A new laser television, JMGO O3 Ultra 4K Ultra HD, featuring an ultra-short throw and up to a 100-inch diagonal, has been introduced for sale in China at an initial price of $1400 (approximately €1265). This model boasts a super short projection ratio of 0.177:1 and is marketed as the ‘laser TV with the smallest main unit’.
It supports automatic screen alignment, real-time trapezoidal distortion correction, and smooth real-time focus. The package comes with a remote control that allows users to point, drag objects, touch the screen, and perform other operations akin to using a smartphone.
The JMGO O3 is equipped with a brand new MALC three-color laser and a 472TP DMD display chip, which supports over 1.07 billion colors. It achieves 110% of the BT.2020 color space, capability for 3D video playback, and dual-channel Dolby HiFi surround sound.
This laser TV is the first to simultaneously use the new flagship MediaTek MT9681 chip. Compared to the previous generation, CPU performance has improved by 168%, GPU performance by 218%, and NPU performance by 153%.
The device supports Variable Refresh Rate (VRR) at 240Hz and ultra-low latency of 1 ms. It comes with 4GB of RAM and 128GB of flash storage.
The JMGO O3 includes DeepSeek for voice control, dialect recognition, and AI-based information search, ensuring users have a seamless and intuitive experience.
Recent reviews have highlighted the impressive clarity and color depth, attributing these features to the innovative display technologies used. Experts have noted the combination of advanced chipsets and laser systems place this model at the forefront of home projector technology.
In a significant astronomical discovery, researchers have identified a new meteor stream, confirming that asteroids…
A New Guardian for Pixel: The Titan M3 Era BeginsGoogle is developing a new-generation security…
Every CMOS chip is unique due to microscopic manufacturing variations, much like a human fingerprint.…
Stellar Runaways: Uncovering the Origins of Galactic OrphansIn a fascinating piece of cosmic detective work,…
A team of theorists, led by Mariam Bouhmadi-López and Beñat Ibarra-Uriondo, has developed a class…
LHAASO J2108+5157 stands as one of the most enigmatic sources of ultra-high-energy (UHE) gamma radiation…