To meet these high expectations, manufacturers must perform careful inspection at each step, yet also must achieve high yields to ensure production costs remain viable for the mass market. And, as we know, the consumer device marketplace expects near-perfect visual quality and performance from today’s display devices. These nano-scale elements require multiple steps to produce-with defects potentially emerging at each step. However, establishing cost-effect fabrication processes for microLED displays has proven to be challenging, and manufacturers are still working to close the gap between promise and market reality. MicroLED display-based projectors are built into the latest smart glasses from Vuzix. Importantly, they offer an order-of-magnitude higher luminance than OLED displays or LCD in direct sunlight conditions, which is crucial for handheld devices, as well as a key enabler for near-eye displays.”1 They offer higher pixel density, lower power consumption, faster (nanosecond) response time, and wider viewing angles than LED-backlit liquid crystal displays (LCDs) or organic LED (OLED) displays. It’s easy to see why: “MicroLEDs have outstanding performance attributes. Ever since microLED display technology emerged around 2010, manufacturers, analysts, and industry experts have been excited by its potential for superior performance.
0 kommentar(er)
