Samsung announces its new 110-inch MicroLED TV

Samsung launched a new MicroLED TV, 110-inch 4K panel. This is a per-fabricated TV, Samsung's first such microLED display (all previous ones were tiled and customizable). Samsung says the TVs are now on 'pre-sale' in Korea - but it did not disclose the price. The TVs will ship in Q1 2021.

Samsung 110-inch MicroLED TV (December 2020)

Samsung says its microLED TV is a premium at-home TV display, that offers a "breathtaking visual experience". The TV features a 100% DCI and Adobe RGB color gamut, and Samsung says it offers accurate color reproduction and high brightness. The TV is based on Samsung's all-new Micro AI Processor.

Samsung Electronics to launch a new microLED TV later this week

Early in 2020 it was reported that Samsung is set to reveal its first MicroLED TVs to actually use micro-LEDs and not mini-LEDs, but later reported suggested that Samsung is struggling with technology issues and delaying its plans.

Samsung The wall at Gwanggyo Store in Galleria Department Store, Suwon, Korea

Samsung electronics announced yesterday that it will introduce a new MicroLED TV later this week. The company did not reveal any details, but it is likely that this will be the company's first "consumer" microLED TV - although likely a highly premium one.

Porotech announces the world's first red GaN microLED epiwafer

Cambridge University spin-out Porotech has launched a native red GaN LED epiwafer for microLED applications. The company says this is the industry's first commercial red GaN epiwafer.

Porotech's native red GaN microLED performance chart

Current red LEDs are mostly produced from aluminum indium gallium phosphide (AlInGaP) materials. These materials show a drastic efficiency drop as the LED side decreases (due to their large carrier diffusion lengths and high surface recombination velocity) and in addition a hybrid AlInGaP and GaN RGB device is more difficult to drive. This is why it is beneficial to produce red LEDs from GaN materials.

Compound Photonics announces the MicroLED Innovation Acceleration Center in Arizona, US

In May 2020, Compound Photonics (CP) announced that its high-performance digital backplane is available for microLED developers to integrate into complete microdisplay subsystems. In August 2020 CP formally announced the platform, under the IntellPix brand.

Compound Photonics MicroLED Innovation Acceleration Center (MiAC)

Compound Photonics now announced the MicroLED Innovation Acceleration Center (MiAC) in Chandler, Arizona. CP says that the MiAC (which will inaugurate in January 2021) will be the first industry known fab in the world dedicated to accelerate the time-to-market of sub 5 µm pixel monolithically integrated microLED displays. The facility will serve as a hub for microLED developers that want to use the workspace to deliver innovative process solutions to accelerate microLED R&D - from prototypes to products.

San'an resumes constructing its $1.8 billion miniLED and microLED production site in Hubei

In 2019 San'an Optoelectronics announced that it aiming to build a $1.78 billion Mini-LED and Micro-LED production site in Hubei. The project will include a LED production plant, an R&D center and also a sales offices.

Sanan Hubei microLED project construction photo

The plant construction was said to take up to 3 years, and production to begin a year later. According to a news report from China, construction was delayed due to the COVID pandemic, but Sanan now resumed construction the new facility.

DSCC: MicroLED TV revenues to grow to over $220 million by 2026, high production costs to limit adoption

DSCC says that the microLED TV is going to grow quite fast in the next few years, from around $25 million in 2020 to $228 million by 2026:

MicroLED TV revenue forecast (2020-2026, DSCC)While this sounds impressive, it means that according to DSCC MicroLED technology penetration will remain very small into the TV market (which is estimated at over $200 billion in 2020) - around 0.1% in 2026. Just for comparison, six years after being commercialization, in 2019 OLED TV revenues were estimated at $2.5 billion. The high retail price of microLED TVs will hinder faster growth.

Coherent reports significant increase in MicroLED display system bookings, supplies laser systems to almost the entire industry

Laser equipment maker Coherent says that it saw a "significant increase" in the level of investment and bookings related to MicroLED displays. These tools are going to be used for process development, as a precursor to mass production.

Coherent reveals that its MicroLED customer base includes almost all current OLED and LCD manufacturers and many well-known MicroLED specific startups and display industry integrators. Coherent is offering multiple UV solutions for four separate MicroLED processes - CLA for high performance low power consumption back planes, laser lift-off for customers using sapphire carrier, laser transfer and laser repair.

HannStar Display to start developing microLED display panels

Digitimes reports that Taiwan-based HannStar Display plans to start developing and producing microLED display panels.

HannStar Display logo

HannStar Display announced it will buy several display factory floors from its affiliate (of which it owns 26.6%) HannsTouch Solutions for $95.5 million. HannStar Display will setup a mini-LED and micro-LED facility at these factory floors (which are currently used to produce touch sensor panels).

VerLASE reports it has achieved substantial progress in its micro-LED display transfer technology

US-based parallel microLED assembly technology developer VerLASE Technologies reports today that it has achieved substantial progress in its mass transfer process for micro-LED displays.

VerLASE microLED transfer process scheme

VerLASE now plans to develop the process flow for an assortment of dies sizes from 200 X 200 um (mini-LEDs) down to 10 X 10 um and eventually also 5x5 um. VerLASE plans to demonstrate the transfer of both flip-chip, and vertical thin film LED architectures.