The MicroLED-Info newsletter (November 16, 2021)

This is a sponsored post by STaR Technologies

The testing requirements for small pitch Mini- and Micro- LEDs are increasing in response to the growth of new LED displays. STAr Technologies’ Unicorn-LAIT series test systems, the advanced high throughput testers, integrate probe station, parallel test instruments, and probe card to meet the mass production needs for Micro-LED and Mini-LED testing.

STAr Unicorn-LAIT Mini- and Micro-LED Test System

STAr Unicorn-LAIT series is equipped with EMI shielded chamber for high-speed LED testing in an ultra-low noise environment. Magic-A200e probe station allows alignment of up to 6-inch wafers and automatic test probing with Multi-DUT LED probe cards. The closed-loop XYZ stages and coaxial microscopes provide the best accuracy in multi-LED stepping and high-resolution scanning and probing. In addition, the porous ceramic chuck (with auxiliary chucks) enables cleaning and contact-check to enhance LED test performance and dependable results.

The microLED industry is seeing increased interest, investments and development as display makers all over the world are considering microLED technologies as their next-generation panel technology of choice, and we expect the trend to continue and intensify in 2022. If you are looking to promote your company's products and services for the microLED market, increase awareness of your technology, and generate new leads - MicroLED-Info is the perfect choice!

MicroLED-Info offers the easiest, most direct path to industry exposure, with specifically tailored marketing packages that will suit your needs. MicroLED-Info is a well-established brand and a publication accessed by tens of thousands of display professionals and consumers each month, via our website, newsletter and social media channels.

DSCC estimates that the MicroLED display market will grow to from $103 million in 2022 to $1 billion by 2026. MicroLED will be adopted by three major applications, TVs, Wearables and AR/VR devices.

DSCC sees MicroLED devices being chosen mostly due to the higher efficiency, brightness, response time - and the longer lifetime compared to OLED devices. The high cost of production remains a challenge, though.