The display market, primarily dominated by conventional technologies such as LCDs and direct-view LEDs, is changing rapidly—as newer innovations enter the fray. At present, microLED displays are the torchbearers of innovation in the display technology sector, offering better energy efficiency, lower latency, higher brightness, superior color accuracy, and a long lifespan.  These benefits make microLEDs…

At present, several exciting developments and upgrades can be seen with microLED displays.  While most current displays max out at 120Hz or 144Hz, microLED can reach even higher refresh rates of 240Hz or beyond, making it ideal for gaming applications. Many modern gaming monitors support Nvidia G-Sync or AMD FreeSync, which synchronizes the monitor’s refresh…

At present, several companies across the world continue their pursuit of developing affordable and energy-efficient microLEDs.  As a result, the market is expected to grow at a staggering CAGR of 73.33% between 2024 to 2033, with the market size projected to touch the $149.97 billion mark by the end of 2033.  The global pioneer in…

Latest developments in µLED or microLED displays have laid a strong foundation for the future of display technology, which is predominantly driven by rising demand for better visual experiences and energy-efficient products.  As a result, electronics manufacturers including LG, Samsung, Sony, and BOE etc, are manufacturing cutting-edge screens and monitors backed by microLED technology suitable…

Introduction Established in 2009, UK-based SmartKem is a pioneering company in microLED displays. Besides their revolutionary TRUFLEX® technology that has the potential to significantly reduce manufacturing costs, this major player is bringing microLED technology to life for the next generation of displays, from TVs and laptops to the immersive world of AR/VR. The company has…

Introduction MicroLED display technology is everywhere, giving the best it can offer in terms of providing better, more energy-efficient, and high-quality images for years. However, its wider acceptance has been hampered by complicated production procedures.  This is where Porotech, a Cambridge, UK-based company, is making a change and overcoming these challenges. Porotech’s new approach, namely…

Introduction Precise microLED characterization is important for measuring parameters like luminance, chromaticity, uniformity, and carrier recombination lifetime to drive innovation in areas such as performance optimization, quality control, AR and VR, and other high-brightness displays.  However, proper characterization can be challenging due to complications with the mass transfer technique, end-to-end fabrication, small size, and, most…

Introduction MicroLED simulation is a computer-based method of modeling the performance and behavior of microLEDs to optimize their design and predict their properties before they are manufactured. Companies can now forecast and analyze the performance of microLED displays before they are created. This has cut down on development time and costs dramatically. MicroLED simulation uses…

Introduction With each pixel acting as its light source, MicroLED displays offer high contrast ratios, brightness levels, and color accuracy. But, what truly sets MicroLED apart from other display technologies is its color tunability at the pixel level. With a color tunable pixel microLED display, any color in the spectrum can be produced. This eliminates…

MicroLEDs industry is growing rapidly for a reason: they offer unmatched brightness, power savings, and fast response times. Their potential is remarkable beyond displays—they have even found use in flexible electronic skin for implanted microsensors. In the global context, the microLED market size is expected to expand at a CAGR of 40.78% between 2024 and…