LG FLiPP OLED timeline: expect laptop panels by CES 2028

FLiPP is a new way to place the tiny red, green and blue dots that make up an OLED screen, and it does away with the metal stencil normally used to do it. The name stands for FMM-Less innovative Pixel Patterning. FMM means fine metal mask, a thin sheet of metal punched with millions of microscopic holes.

In today’s factories, the light-emitting materials are vaporized and pass through those holes onto glass, landing exactly where each pixel should be. LG has relied on this method for more than ten years, but it has drawbacks. Every new screen size or resolution needs a new mask, which costs time and money. On big panels, the mask’s own weight can make it sag in the middle, throwing pixels out of line and mixing colors.

FLiPP skips the mask entirely. LG Display coats the glass with the materials one color at a time, adds a protective layer, then uses photolithography (a light-based etching method borrowed from chipmaking) to strip away the parts it doesn’t need. The result is a tight, precise grid of pixels.

Because there’s no mask in the way, the lit-up part of each pixel can be much bigger, and that drives most of the gains. LG Display says the light-emitting area grows by about 55%, with 65% of each pixel now giving off light.

The company says that extra room can be spent in one of three ways, depending on the product:

• Brightness up to 1.6 times higher than a mask-made panel.
• A lifespan 2.4 times longer when both are tested under the same conditions.
• Power use cut by 13%, which helps laptop battery life.

The factory side improves too. In tests on 23.5-inch panels, the share of production that turned out usable rose from 75% with masks to over 93% with FLiPP. Use of the costly organic materials jumped from 40% to 74%. LG also says FLiPP can work on a full sheet of Gen 8 glass rather than cutting it up first, raising glass use by up to 64% for comparable laptop panels.

LG Display’s chief technology officer, Choi Young-seok, has said FLiPP is still in the first of three stages. Next comes building real products, then mass production. The company expects to reach that third stage by late 2027, starting with monitors, where panels are smaller, and with laptops also planned.

If that holds, the first FLiPP devices could appear at CES 2028, the big annual tech show. Cho Heung-ryeol, who heads LG Display’s next-generation display division, has said the company is checking whether its existing LCD and WOLED factory lines can be reused without big changes or whether it needs new equipment. Reusing lines is the faster and cheaper option.

Since then, LG Display has used its third-quarter earnings call in late October to describe FLiPP as successfully developed and to say it will keep investing in the technology. But it also stressed a cautious approach to spending, with new OLED investment ramped only when demand justifies it. It hasn’t named any monitor or laptop brands that will use FLiPP, or given a firm launch date.

TVs are further down the list. LG Display says the process can in theory make panels anywhere from 1 inch to 100 inches across, so wearables, tablets, headsets and big TVs are all possible later. For now, though, IT products like monitors, tablets and laptops come first.

That’s a letdown if you were hoping for a cheaper OLED TV soon. LG Display already supplies a big share of the market, having made nearly half of the world’s OLED TV panels in 2025, so a switch would eventually affect a lot of living rooms. It just isn’t happening in the next couple of years.

If you need a monitor or laptop now, don’t hold off for FLiPP. Nothing will be on sale before late 2027 at the earliest, and early products often carry a premium. Current OLED monitors are already a growing business for LG Display, which expects them to make up roughly a fifth of its large OLED panel shipments this year.

If you can wait, the first FLiPP screens will show whether the lab numbers survive real factories. Watch for three things: which brands sign on, whether makers choose extra brightness or longer life, and whether lower production costs show up in prices. CES 2028 is the earliest likely place to find out.