March 2024

The European New Car Assessment Program (NCAP), an independent (and voluntary) automotive safety body is set to introduce new rules in January 2026 that will require vehicles to go back to physical controls rather than touchscreens in order to achieve the NCEP five-star safety rating.

NCAP says that car makers are overusing touchscreens, to the point where almost all key controls of the cars (such as HVAC, wipers, hazard lights and more) are now done via the touchscreen rather than by physical knobs, dials, and buttons. Drivers are reportedly complaining that this is annoying - but also dangerous as it diverts your attention from driving into looking to the screen, to go over menus and choices.

US-based Ingantec announced that it has entered into an exclusive patent licensing agreement with the University of California Santa Barbara (UCSB). Under the agreement, Ingantec has acquired the exclusive rights to patents that cover innovative systems and methods for achieving industry-leading devices using Metal-Organic Chemical Vapor Deposition (MOCVD) as well as other growth and fabrication processes.

Ingantec will use the technology developed at UCSB to produce highly-efficient next-generation microLED devices. The company is focused on developing efficient native GaN red devices.

Samsung Electronics held a press event in China, launching its 2024 microLED TV lineup (in addition to its QLED and OLED TV ranges). The 2024 microLED TV lineup includes four 4K TV sizes, ranging from 76- to 114-inch.

Samsung says that it improved its microLED TV technology, offer enhanced contrast (using a new unexplained technology called 'micro-contrast technology') and color accuracy. The microLED TVs offers built-in 6.2.2 Dolby Atmos sound, and Samsung's latest NQ8 AI Gen 3 AI chipset. Interestingly, Samsung published the retail price of its microLED TVs:

We are happy to announce a new edition of our MicroLED Transfer Process Market Report, with all the latest information, new technologies and companies, and more. MicroLEDs are advancing quickly and the transfer process remains one of the key challenges. This report includes all the latest updates, including Apple's project cancellation (and its implications) and a new section on recent transfer related research activities.

Reading this report, you'll learn all about:

• All known microLED transfer processes
• The current industry and market status
• Advantages and disadvantages of transfer technologies
• Future technologies and roadmaps

The report package also provides:

• An introduction to microLED production processes
• Over 25 presentations, brochures and technical papers
• MicroLED chip-level market estimates and forecasts
• Free updates for a year

This microLED display transfer process report provides a comprehensive look into current and future LED transfer technologies processes used for the production of microLED displays. The report covers everything you need to know about the current status of the industry.

Researchers from Stanford, led by prof. Zhenan Bao, developed skin-like stretchable electronic devices, using ag new design and fabrication process. The researchers say that the newly developed methods enable devices that are five time smaller and one thousand faster than their previous devices.

The new stretchable devices are powerful and fast enough to drive microLEDs, and indeed the researchers demonstrated driving 60Hz microLED arrays. The devices can also be used to drive sensors. 

Following Apple's cancellation of its microLED Watch project, Singapore-based electronics assembly solutions provider Kulicke & Soffa announced that its own so-called Project W (probably referring to the Watch) is cancelled, following a project cancellation by a strategic customer, likely to be Apple. 

K&S says it expects charges, including impairments, in the range of $110-$130 million, most of it due to inventory write-downs and impairment charges relating to long-lived assets.

Belgium-based microLED microdisplay developer MICLEDI announced that it closes its Series A Funding round, to accelerate its development of high performance microLED arrays. VCs that participated in this round include imec.xpand, PMV, imec, KBC and SFPIM.

MICLEDI did not disclose the funding it received, but it did say that total funding in the company to date is nearly $30 million. In 2021, the company raised 7.1 million Euro, and in 2020 MICLEDI raised 4.5 million Euro in its Series-A round (which is now referred to by MICLEDI as its seed round, together with the 2021 round). Following its 2020 round we talked with the company's CEO who explains the company's technology and goals. If our calculation is correct, this new Series A round totaled around $17 million. 

Today we published a new edition of our Transparent MicroLED and OLED Market Report, with all the latest information and updates from this interesting upcoming industry and market, including the many new prototypes and displays recently unveiled by microLED developers.

Reading this report, you'll learn all about:

• Transparent OLED and MicroLED properties and advantages
• The transparent OLED and MicroLED industry
• What kind of transparent OLEDs are currently on the market
• The transparent OLED lighting market

The report package also provides:

• Transparent OLED display product listing
• A guide into buying transparent OLEDs
• The main challenges towards transparent displays
• Free updates for a year

This transparent displays market report provides a great introduction to transparent OLED and MicroLED technologies and covers everything you need to know about the market and industry now and in the future. This is a great guide for anyone who's thinking about adopting transparent displays in their products or that wants to understand this industry and market throughout.

A few days ago, Apple decided to cancel its microLED project with ams-Osram, a development that took the display industry by surprise (or at least parts of the industry). MicroLED developers are now looking to understand how Apple's decision will shape the industry, and a couple of days ago two China-based developers, Tianma Microelectronics and Konka, said that they are continuing their own microLED developments projects, as the companies are still optimistic about the future of microLEDs.

Konka has vertically integrated its supply chain and is producing its own microLED chips using Aixtron's MOCVD systems. Back in 2019, Konka announced it is building a $365 million micro-LED R&D center in Chongqing, as the company believes that Micro-LED will become the leading technology for ultra-high quality consumer TVs. Earlier that year, Konka launched tiled large micro-LED displays called APHAEA brand. Konka demonstrated several possible configurations - including 118" 4K and 236" 8K. The price of a 118" 4K display was around $240,000 while the 236" 8K TV had a price tag of $1.25 million. Click here for more information on Konka's APHAEA micro-LED TVs.