Apple has plans in place to develop MicroLED panels for both small-size and large-size devices, with Taiwan Semiconductor Manufacturing Company (TSMC) providing support for producing smaller form factor applications, which could include future Apple Watch models and AR wearables, according to DigiTimes senior analyst Luke Lin.
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Apple is working with TSMC to develop micro LED panels on silicon-based backplanes for use in the Apple Watch and an augmented reality (AR) wearable device, Lin noted.
MicroLED panels use different light-emitting compounds than the current OLED displays and should help to make future devices slimmer, brighter, and less power-hungry. Citing sources in the upstream supply chain, Lin claims Apple is preparing two sizes of MicroLED panel for small devices. They are said to include a 1.3 to 1.4-inch panel for future Apple Watch iterations and a 0.7 to 0.8-inch panel for an AR wearable device, potentially AR glasses.
Lin also believes Apple is working on developing large-size MicroLED panels on TFT-based backplates for use in products much larger than those in its current MacBook lineup, although he offered no specifics on what they might be.
Based on Lin's sources, the MicroLED panel destined for a future Apple Watch may enter mass production in the second half on 2018 or in 2019, which would suggest its use in Series 4 or 5 models. The large-size panel could see production in 2019 or later, while the panel for the AR device is yet to have a production schedule, according to the analyst.
The cost of the new MicroLED panels are said to be 400-600 percent higher than OLED panels used in the current Apple Watch. As such, Lin believes Apple will initially only use the MicroLED panel in future "top-of-the-line" versions of Apple Watch, although whether that refers specifically to iterations of the Apple Watch Edition remains unclear.
Apple is understood to own a manufacturing facility in Santa Clara, California, where it is designing and producing test samples of its own MicroLED displays, with a view to eventually replacing largely Samsung-made OLED displays currently used across its product range.
Apple's interest in the technology was revealed in its acquisition of MicroLED firm LuxVue back in 2014 and previous reports have also claimed Apple will introduce MicroLED technology in the Apple Watch first, with some rumors pointing to that happening as soon as this year.
However, Bloomberg believes that it will likely be a few years before Apple's MicroLED displays will appear in shipping products – perhaps two years for the Apple Watch and three to five years for the iPhone.
Top Rated Comments
[doublepost=1522751786][/doublepost]it has no cons from oled or lcd...only pros
1) No burn in issues
2) No life span issues (blue OLED pixels have a shorter life than red/green, which is an issue for obvious reasons)
3) No colour or brightness uniformity issues. There will be very slight variances in per-LED pixel brightness, but each individual microscopic LED will be individually controllable. In theory you could calibrate each LED with a +/- voltage offset to get perfect brightness and color uniforminity. In reality it will probably be completely unnecessary, as typical monitors offer 30% brightness differences across the panel, whereas each LED in a MicroLED display would have low single digit brightness variation.
4) You can go MUCH brighter with MicroLED. Think 5000 nits vs 1000 nits with OLED.
5) Resolution and panel size is just a function of the size of your MicroLED printing process. If you have a 10 meter printer, you can effectively print a single 10 meter screen. Of course the larger you go the more likely you are to print a dead pixel or duff circuitry, so there may still realistically be yield issues when you get too big.
However it is important to note MicroLED is not just one technology, it is an umberlla that encompasses many different display technologies, though all revolve around the core concept of microscopic inorganic LEDs. However, the MicroLED technology Apple are developing is very different to that being developed by Samsung, which is very different to what is being developed by Oculus..etc etc. To the end consumer they should all appear basically the same in terms of image quality, but look at the technologies by each manufacturer under the microscope and you would see they are all very different. It will be interesting to see which technology process is superior, in terms of cost, scalability, simplicity etc. It is similar in vain to how the fabrication process technologies for CPU's and SOC's varies quite significantly between TSMC, Global Foundries, Intel etc.
Margins on TVs are razor thin, and Apple has a reputation of being over-priced, so its to see them making a dent in that product category.
* It can greatly improve battery power.
* It can eliminate the need for backlighting unlike traditional LCDs.
* It will allow for higher-resolution screens with improved color gamut than other display technology.
* Micro-LED provide two/three times the brightness of their OLED counterparts under the same power consumption.