OLEDs for laptops - introduction and industry news.

BOE held a grand ceremony in Chengdu today, to mark the official launch of its B16 8.6-Gen IT AMOLED fab in Chengdu - which is now starting to mass produce commercial displays. This is an exciting moment for the OLED industry, as now both BOE and Samsung Display are mass producing OLEDs at 8.6-Gen lines.

BOE's first products out of this new line will be 14-inch 2.8K laptop OLED panels. At the ceremony, BOE revealed more then ten customers including Lenovo, Honor, Vivo, Oppo, ZTE, Xiaomi, Transsion, and Nothing.

Samsung Display is showcasing a new laptop OLED panel, that is 20% thinner compared to Samsung's currently produced laptop AMOLEDs.

The company says it has achieved this slimmer design by etching both the Thin Film Transistor (TFT) substrate glass and the encapsulation glass to reduce their thickness by more than 30%, while also using its proprietary process know-how to resolve the potential warping that can occur when panels become thinner. 

According to the latest industry news, Samsung Display has managed to increase its A6 8.6-Gen IT OLED line yields to over 90%, with parts of the process achieving yields of over 95%. These are commercial-level yields, and Samsung is ramping up production at the new fab, and will begin full-scale production next month.

A couple of months ago we reported that Samsung Display may be delaying the A6 ramp up, following some technical challenges - and demand concerns. But it appears as if this is not the case, and Samsung is actually right on schedule. 

Towards the end of 2025, we believed that 2026 will be another year of increased AMOLED panel shipments, even without taking into account the two new 8.6-Gen IT OLED Lines that are expected to begin production. But as 2026 started, everyone started to realize that macro constraints are starting to shape OLED panel demand, and the AMOLED market started to contract.

The clearest example is memory. DRAM and NAND prices are both rising sharply, due to AI datacenters demand. This increased the cost of smartphone production, which led to a lower demand - some analysts estimate that smartphone shipments will fall around 10-14% in 2026. The main problem lies in low cost smartphones that already suffer from low margins. For OLED makers, the problem is even worse - as some brands are switching to lower cost LCDs in their budget and mid-range smartphones.

In this article we examine the three new macro constraints that are shaping the OLED industry in 2026, why this matters now more than it did in previous cycles, what we learned from the post-COVID IC shortage, the return of LCDs, which OLED segments are more resilient, and deeper implications for the next chapter in the OLED industry's growth story.

BOE is accelerating its B16 8.6-Gen IT AMOLED fab in Chengdu, and according to the latest updates from Korea, the company will begin mass production by the end of this month (May 2026).

BOE's first products out of this new line will be 14-inch laptop OLED panels, and it will supply the first batch to ASUS and Acer (this was already reported last year). It is likely that BOE will take time to fully ramp up the new production line, but the first commercial production is an important step.  BOE originally planned to begin production towards the end of 2026, but it has managed to accelerate and begin production sooner.

Omdia estimates that producing a laptop OLED panel using inkjet printing is about 30-35% lower in cost compared to traditional FMM production. Both technologies are expected to slowly reduce production costs, but the gap will remain rather constant, at least in the next 3 years.

Inkjet printing, according to Omdia, provides many advantages over conventional technologies. - advantages in red, green, and blue (RGB) subpixel patterning, greater material utilization, flexibility, panelization, and larger pixel apertures. At the same time, equipment and maintenance costs are lower than those required by FMM processes. All of this translates to lower production costs.

LG Display is showcasing a wide range of OLED displays and prototypes at SID Displayweek 2026. In this article we detail the most interesting demonstrations and technologies.

First up, is LG's 3rd-Gen Tandem OLED, these are AMOLED displays, aimed towards the automotive market. LG says that it has introduced two new technologies into its tandem stack - a deep-blue dopant and optimized hole and electron movement. It isn't clear exactly what LG refers to, but it does say that these new technologies enable tandem OLEDs with improved power consumption (18%), brightness (1,200 nits), lifetime (over 15,000 hours) and color purity and reproduction. 

Market research firm Counterpoint says that following the spike in memory prices, it revised down its forecast for the OLED industry in 2026, as it now sees smartphone OLED panel shipments declining 3% in 2026. We have heard this before from Omdia a couple of months ago.

Following a 3% increase in global OLED panel shipments in 2025, Coiunterpoint says that the market will remain flat in 2026, as automotive and IT OLED shipments will increase and offset the decline lin smartphone OLEDs. 

Last year, we reported that LG Display is looking into adopting Japan Display's eLEAP technology at its OLED TV production lines in Paju, perhaps seeking to produce RGB AMOLED displays for IT applications at these fabs that are currently under utilized.

Today we hear that LG Display is now progressing with this plan, and is checking an investment plan to apply eLEAP into its large-area OLED production lines.