From augmented reality and wearable electronics to automotive displays and next-generation televisions, MicroLED technology is redefining what's possible in modern display engineering. Combining exceptional brightness, energy efficiency, ultra-fast response times, and remarkable longevity, MicroLEDs represent one of the most exciting advances in semiconductor and display technology.
MicroLED Devices and Systems: Fundamentals, Fabrication, and Display Applications provides a comprehensive, engineering-focused exploration of this rapidly evolving field. Beginning with semiconductor physics and device fundamentals, the book guides readers through epitaxial growth, fabrication processes, pixel architectures, mass transfer technologies, color conversion, display integration, reliability engineering, manufacturing economics, and emerging applications.
Inside you'll discover:
MicroLED fundamentals and device physicsSemiconductor materials and epitaxial growthFabrication, lithography, and micro-scale manufacturingPixel architecture and display system designColor conversion and quantum-dot technologiesDisplay calibration, reliability, and lifetime engineeringManufacturing yield, cost optimization, and quality controlApplications in AR/VR, wearable devices, automotive displays, and large-format displaysFuture trends shaping the next generation of display technologyWritten for engineering students, researchers, display engineers, semiconductor professionals, and technology innovators, this textbook combines scientific principles with practical engineering insight to help readers understand not only how MicroLED devices work, but also how complete MicroLED display systems are designed, manufactured, and optimized.
Whether you're building a foundation in display engineering or expanding your professional expertise, this book offers the knowledge needed to understand one of the most important display technologies of the future.