On October 30th, a patent was granted by the U.S. Patent and Trademark Office to Apple for its “Exterior Lighting and Warning System” which uses a lighting system to indicate warnings and information from the outside of a car, reported Appleinsider.

LEDinside forecasts that the development of Mini LED will accelerate in 2019 and 2020 and its market value will reach US$ 1699 million by 2022. Several industry players including San’an, HC Semitek, Epistar, NationStar, Harvatek, and Macroblock have reported their progress of Mini LED development. Meanwhile, panel producers such as AUO, BOE, Innolux and JDI have also unveiled applications adopting Mini LED technology.

A European Apple patent application related to the technology of Micro LED display was published, reported Patently Apple.

Micro LED has been considered as the next generation display technology and many leading brands have continued to report their progress of Micro LED development. Taiwanese LED makers and panel producers have also introduced their latest development of Micro LED display technologies at Touch Taiwan 2018. According to sources from the supply chain, Apple has visited AUO and Epistar to learn their progress of Micro LED technology and discuss the possible cooperation regarding Micro LED display development. 

The Japanese LED giant Nichia, according industry sources, will supply Apple with its 0.3t LED chips for use in the backlight of the new iPhone’s LTPS-LCD panels.

LG is reported to have filed applications to the EU for three trademarks related to Micro LED displays. The trademarks are XµLED, SµLED, and XLµLED, Gsmarena.com carried in a report.

Mobile World Congress (MWC) 2018 has concluded and major smartphone vendors at the event have unveiled their smartphone lineup for this year, revealing the development trends in smartphone technology and specifications. According to WitsView, a division of TrendForce, full-screen smartphones will become the trend in market this year. The pursuit of narrower bezels and notch designs has emerged, bringing about solutions of under-display fingerprint sensor and applications combining camera modules and facial recognition.

Apple’s launch of iPhone X has led to a wave of 3D sensing technology, bringing its key component—vertical cavity surface emitting laser (VCSEL)—into the spotlight. However, the number of VCSEL suppliers with mass production capacity is very limited due to technical barriers, leading to short supply of VCSELs and thus delaying Android camp’s plan to follow suit. TrendForce estimates the penetration rate of 3D sensing in smartphones will grow from 2.1% in 2017 to 13.1% in 2018, while Apple remains the major adopter.

The rise of the Internet of Things (IoT) is definitely pushing our technology to a new level. Now, we can combine LED lighting with sensing and data analyzing capabilities. All these bring the LED industry opportunities to connect with future technologies.

Here begins a debate: when Mini LED is ready to enter the smartphone display market, it have to face an oversupply of OLED screens. Does Mini LED still have chances to grow in this space? And for how long can it last?

LEDinside listed out companies worldwide that have tapped into the development of Micro LED and what they have achieved so far. This up-to-date table covers the majority of the activities happening within the global Micro LED developing force. 

Display makers have been scrambling for the production of smartphone OLED screens for the iPhone X; however, the phone faces a tepid sales and even a possibility to be discontinued in 2018.

The light emitted by portable electronic devices (PEDs), particularly when used at night, has drawn a great deal of interest among sleep researchers, healthcare professionals, and the media. Research shows that exposure to light at night (LAN) may be associated with poor sleep and may lead to diminished alertness and performance throughout the day. Exposure to LAN can also acutely suppress melatonin, a hormone produced at night and in darkness, which tells the body it is nighttime. The short-wavelength “blue” light emitted by electronics can be especially disruptive to melatonin production, and the proximity to the eye when PEDs are in use only aggravates the threat to getting a good night’s sleep.

Finance of Taiwanese LED giant Epistar saw a noticeable recuperation last year. The market this year anticipates Mini LED, one of Epistar’s new lineup, to generate a revenue for the company in 2H18.

Since Apple joined to share some of the OLED supply for its iPhone X in 2017, the shortage of OLED panels has become intensified. Because of the agreement Apple signed with the exclusive supplier Samsung, Apple always stays in the list as the top priority that a large proportion of the OLED supply goes to. Other smartphone manufacturers struggle as they also want to use OLED panels for their products but the supply is simply not enough. Thus, they, the Chinese smartphone brands in particular, turned to Mini LED.

Apple has reportedly been granted a patent covering an optical system featuring near infrared technology that can be used for fields such as medical diagnosis and night vision.  

To be fair, none of the products launched in 2017 can arouse such a heated discussion as the iPhone X did. Its futuristic appearance, including the notch at the top of its OLED screen, attracted a lot of attention. Apart from that, the public also anticipated it to launch Apple Watch Series 3 featuring a Micro LED display but it did not happen.

Apple has introduced 3D sensing modules in iPhone X for the first time, together with neural network embedded in its A11 chip. 3D sensing modules record three-dimensional data while A11 chip processes large amounts of data, allowing iPhone X to learn and identify a variety of facial details and expressions. The modules also ensure that users can be correctly identified even when their appearances change, making it more difficult to counterfeit.

The iPhone X has sparked a heated discussion of 3D sensing technology in 2017, and Apple will continue to develop 3D sensing. On the other hand, vendors of Android smartphones will also follow the trend, pushing up the demand for Vertical Cavity Surface Emitting Laser (VCSEL), a key component for 3D sensing technology. Therefore, VCSEL manufacturers now race to lay the foundation in this segment. 

Apple has introduced 3D sensing modules in iPhone X for the first time, together with neural network embedded in its A11 chip. 3D sensing modules record three-dimensional data while A11 chip processes large amounts of data, allowing iPhone X to learn and identify a variety of facial details and expressions. The modules also ensure that users can be correctly identified even when their appearances change, making it more difficult to counterfeit.

2018 just began but we already knew before that new technologies such as 3D sensing are going to be huge this year after the launch of Apple’s iPhone X last September. Using faces to unlock phones and personalize expressive Animojis are probably the two most memorable features that make 3D sensing widely known of among consumers. Surely, other phone makers will not let go of a chance to sport their products with similar capabilities, hence we learn the projection that the total value of the global market of mobile 3D Sensing is anticipated to grow at a CAGR of 209% from USD 1.5 billion in 2017 to USD 14 billion by 2020.

VCSEL (vertical-cavity surface-emitting laser) technology has been at the center stage in the tech world of late, in the wake of the debut of the new iPhone X, which contains a 3D sensing module with VCSELs as its core components. Their importance even made Apple fork over quite an amount of money to secure some of the VCSEL shipment from Finisar, a laser chip producer.

A new war is looming in the display market. The rumor that Samsung may team up with the Micro LED supply chain in Taiwan has caught the attention of Foxconn CEO Terry Gou.

Apple today announced the latest award from its $1 billion Advanced Manufacturing Fund. Finisar, a manufacturer of optical communications components, will receive $390 million as part of Apple’s commitment to support innovation and job creation by American manufacturers.

Apple is working with Stanford Medicine researchers on a research study to determine whether the Apple Watch’s heart-rate sensor can identify irregular heart rhythms associated with a condition known as atrial fibrillation (AFib).

After carrying out its capacity expansion plans, major Chinese display maker BOE is reported to share the information about two of its new OLED production lines to Apple in order to win orders from the latter.

The US Patent & Trademark Office this month published a patent application related to the foldable iPhone from Apple. In this patent, the iPhone maker includes Micro LED as one of the display materials for the model and liquid metal as the bendable part of the phone structure.

Apple might be cutting the size of its Micro LED R&D team, but it does not seem to give up on the next generation display technology, a few sources reported. It is collaborating with Taiwan Semiconductor Manufacturing Company (TSMC) to develop an alternative approach to sidestep challenges including the notorious mass transfer of chips.

Much hope has been put in Micro LED to drive the next generation display technology, but there isn’t a concrete date to see it commercialized yet. The production cost is still high, and development of mass transfer technologies gets stuck. Even Apple is rumoured to have downsized its secret team that develops Micro LED in Taiwan.

Apple supplier Lumentum on Wednesday reported financial results for its fiscal 1Q18 ended September 30. Revenue from its 3D sensing business made a massive ramp in the company’s overall performance.