According to sources speaking with OLED-Info, Samsung is willing to offer up to $150 million for the company, and would use the micro-LED tech for VR applications and television sets in the future.
Another potential reason behind Samsung's interest in PlayNitride might be related to Apple and an upcoming version of the Apple Watch.
Apple has been predicted to switch its wearable device over from an OLED display to micro-LED as soon as 2017, but it's more likely that micro-LED screens will hit an Apple Watch device in 2018, according to reports from sources in Apple's Longtan District plant in Taiwan.
Apple Inc is expected to crank out a small volume of next-generation Micro-LED displays from a plant in Taoyuan by the end of this year for its wearable devices, an IDC analyst said yesterday.If accurate, a late 2017 ramp-up for a 2018 product launch would align with Samsung's entry in the micro-LED supply chain thanks to PlayNitride. Reports surrounding PlayNitride state that the company doesn't plan on beginning to produce micro-LED chips until later in 2017, meaning that the display maker and Samsung -- if it acquires PlayNitride -- wouldn't be added as potential Apple Watch supply sources until 2018 or later.
The US technology giant is forecast to begin mass production of Micro-LED displays at the plant in Longtan District (龍潭) next year, ahead of rival display makers, IDC analyst Annabelle Hsu said.
According to an industry insider in Taiwan, Samsung is set to acquire Taiwan's PlayNitride for the company's micro-LED technology for around $150 million. Our inside says that Samsung aims to develop micro-LED based displays for VR applications, but may also look into micro-LED based TVs using PlayNitride's technology.In regards to advantages of micro-LED, devices with the screen technology have the chance to be thinner, lighter, see an improved color gamut with increased brightness, and sport higher resolutions.
All this means that Samsung may be just hedging its bets and gaining a foothold in an interesting and promising next-generation display technology. A $150 million investment is substantial - but Samsung is also spending billions of dollars to expand its OLED production capacity so it's unlikely that Samsung actually considers micro-LED as a replacement for OLEDs, unless maybe for specific applications.
Still, there remain numerous technical challenges that make micro-LED difficult to mass produce, making some analysts believe that true commercialization of the technology won't be reached until 2020. If Apple tries to build an Apple Watch with micro-LED this year or next, the company could face potential hurdles with the new technology, similar to what is rumored to be happening with the iPhone 8 and its switch to the new OLED screen.
A few years ago Apple itself acquired a micro-LED display maker, LuxVue, but the company hasn't given any updates on the progress of its micro-LED development since then. At the time, a LuxVue investor said that the company had made "a technical breakthrough in displays." Also believed to be a focus of Apple's micro-LED efforts is a facility in northern Taiwan.
While Apple's timing for micro-LED technology remains unclear, Apple Watch Series 3 is rumored to come with an all-new glass-film touchscreen in place of the current touch-on-lens solution, although it's not certain how such an update would affect users. Rumors still conflict as to whether or not the Series 3 edition will mark the Apple Watch's first major design change, or be another iterative addition to the lineup with a focus on battery life improvements.
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