HKC Unveils Glass-Based HMO Backplane for MicroLED Displays
by Emory Kale
HKC’s display achieves peak brightness of 1000 nits, 95% brightness uniformity.
Tags:HKC| HMO| MicroLED
by Emory Kale
HKC’s display achieves peak brightness of 1000 nits, 95% brightness uniformity.
Tags:HKC| HMO| MicroLED
by Reza Chaji
In 2024, groundbreaking advancements in miniaturization, scalable manufacturing, and AI integration ushered in a new era for micro technologies.
Tags:MicroLED| showcase
by Shawnee Blackwood
As mass transfer techniques get better, the industry also needs to step up its game in testing and quality control.
Tags:Augmented Reality| Automotive| Market Data| MicroLED| TrendForce| VR
by Shawnee Blackwood
Could be the end of eye-watering prices on MicroLED TVs.
Tags:AUO| Manufacturing| MicroLED| SmartKem
by Joseph Bryans
The companies confirmed that the technology and processes are now available for deployment.
Tags:Lumieds| MicroLED| XDC
by Joseph Bryans
This system combines a 16.1-megapixel imaging colorimeter with a high-end CAS 125 spectroradiometer.
Tags:color calibration| LCD| MicroLED| OLED| Radiant
by Emory Kale
The display can conform to irregular surfaces, like skin or clothing, and has potential uses across multiple fields, including fashion, wearables, and automotive.
Tags:Automotive| LG| MicroLED| showcase| Stretchable Materials
by Omid Rahmat
Making chips is Taiwan’s things, making display chips could be their thing, too.
Tags:AUO| Manufacturing| MicroLED| showcase| Smartwatch
by Emory Kale
It may be the first demonstration of its kind.
Tags:MicroLED| research| showcase
by Shawnee Blackwood
It is the next phase of a collaboration that began nearly two years ago.
Tags:BOE| Flexible Displays| MicroLED| OLED
by Omid Rahmat
The strategic value of displays may be underestimated.
Tags:China| LCD| MicroLED| Military & Defence| OLED| showcase
by Joseph Bryans
This research offers a new pathway for creating high-performance electronics with scalable and efficient manufacturing processes.
Tags:MicroLED| OLED| research