BOE Display

UBI Research estimates that the volume of OLED emitting materials purchased in Q3 2024 reached 32.7 tons, which is the highest ever, with the previous record in 2021. UBI expects 2024 as a whole to be the record year in OLED emitter material shipments.

In terms of customers, SDC holds the largest share with 41.4% of the total market, followed by LGD (20.5%), BOE (11.6%) and Visionox (8.3%). In terms of architecture, 83.7% of all emitter materials went into RGB OLEDs, 11.3% into WOLED (LG's WRGB) panels and 2.8% into QD-OLED panels.

Samsung Display and BOE are fighting a legal battle in the US, as Samsung wishes to halt the import of BOE OLED displays (such as the ones used by Apple in the upcoming iPhone 4 SE smartphone, according to reports) saying that BOE infringes upon Samsung's patents. BOE, meanwhile, together with other OLED makers in China, answered with a motion of their own, to dismiss an SDC AMOLED patent. 

The US International Trade Commission (ITC) has now ruled that BOE indeed infringed upon Samsung's OLED patents. However the ITC rejected Samsung's request to ban the import of BOE's displays into the US. Samsung asked to re-examine the decision and the final verdict on issue will be given on March 2025.

Yesterday we reported that Samsung Display aims to increase its small-sized and mid-sized AMOLED panels production in 2025 by 10.25% to 475 million panels. It was understood that Samsung hopes to sell more foldable OLED panels and tablet OLED panels.

Today we hear another report that Samsung Display's capacity is totally booked, and the company cannot supply enough smartphone OLED to Samsung Electronics. It is said that Samsung Electronics will order some AMOLED smartphone displays from Tianma to be used in its low-end ranges, the Galaxy M and Galaxy F smartphones.

Towards the end of 2023, BOE officially announced its plans for a 8.6-Gen flexible LTPO AMOLED line in Chengdu. The agreement with Chengdu's local government was signed in early 2024, and in April BOE announced it is starting to construct the new fab. A few weeks ago BOE said it finished the construction of the main outer structure in this project, and that the company is on track to finish the fab by May 2026, with mass production expected by October 2026 - and full production in 2029.

According to reports, Huawei is enjoying high demand for its AMOLED smartphones in 2024, and it is expected to order 61 million AMOLED panels by the end of the year - up 81% over 2023 (33.7 million).

Huawei suffered from US sanctions in 2019 that drastically decreased its smartphone sales, but in 2023 it has returned to the smartphone market in force, and now it is enjoying very high demand for its smartphones.

BOE technology announced that it developed a new under-the-display OLED camera solution, to enable full-screen smartphone OLED displays with higher quality cameras than before. The company held a ceremony together with ZTE's Nubia and Red Magic smartphone brands, saying that it will supply the display and camera solutions to flagship smartphones from these two brands soon, the Nubia Z70 Ultra and the Red Magic 10 Pro.

BOE says that the new AMOLED displays adopt several innovative technologies, such as SIP ultra-narrow bezels, COP packaging - and the new under-the-OLED camera. The new technology achieves a full 430 PPI resolution for the OLED display including in the camera area, and the smartphones will offer a 95.3% screen-to-body ratio (as there's no notch or punch-hole). 

According to industry reports, Apple recently established four display research labs in China, in Beijing, Shenzhen, Suzhou, and Shanghai. 

Apple has reportedly formed an alliance with China's leading OLED makers, as the company gets ready to deploy OLED panels in its laptops and tablets. Apple is interested in diversifying its supply chain and not rely exclusively on Samsung Display and LG Display for its smartphone and IT AMOLED panels. The main goal of the new research labs is to test OLED panels produced by Chinese display makers, and evaluate and compare them to LG's and Samsung's OLEDs.

BOE Technology Group and Canada-based Omniply Technologies announced a co-development agreement, with an aim to develop new materials and process technologies for display manufacturing.

It turns out that the two companies have been working together for almost 2 years, hoping to bring Omniply's technology into BOE's next-generation flexible OLED fab. BOE hopes that Omniply's technology may enable lower cost production of OLED displays, and the production of more eco-friendly displays. It also has the potential to be used in flexible sensors and microLED products in the future.

BOE launched a new flexible AMOLED display, branded as Q10 AMOLED, that has a new OLED stack and delivers increased performance - the company said that compared to its previous flagship OLED stack, it enhances the peak brightness by 12.5%, the lifetime by 33%, and it reduces the power consumption by 10%. The company also says the color saturation and response time is increased.

The new Q10 display will debut at three smartphones, the OnePlus 13, OPPO Find X8 and Vivo iQOO 13. That specific screen is a 6.8" 3168x1440 (510 PPI) 120Hz LTPO AMOLED. DisplayMate tested the new display, and says it is the world's highest performing mobile display ever, seting or matching 21 performance records. It is the first display to receive DisplayMate's A++ rating.

OLED TVs offer excellent image quality, outperforming LCDs with superb contrast, excellent and vivid color reproduction and fast refresh rates. In addition, OLEDs enable thin and efficient TVs. OLED TV production has been increasing up until a year ago, reaching a potential capacity of around 10 million units. This is impressive, but considering the entire global TV market that amounts to around 250 million units, OLEDs represent only around 2.5% of the total market (it is important to note that OLEDs tend to be produced in large sizes and carry a much higher average selling price compared to LCDs).

But OLED TV production capacity growth has declined in recent years. In this article we will shortly detail the history of OLED TV production, and look at potential paths towards increased penetration in the future. More details and into the future of OLED technologies and OLED TVs is included in the OLED Toolbox.

A bit of history: in 2013, both Samsung and LGD started producing OLED TV panels. Samsung chose the straightforward RGB side-by-side architecture, in which there are three sub-pixels, with red, green and blue OLED emitters. LG chose its own WRGB (or WOLED) architecture (the IP was acquired from Kodak in 2009) which uses four white OLED subpixels (made from yellow and blue OLED subpixels). Both companies released 55" FHD OLED TVs, priced at over $10,000 per unit. It soon became clear that Samsung's approach was not scalable, while LGD managed to enter mass production quickly and reduce prices dramatically within a few years to compete with the dominant LCD TV technology.