Trummpy
Member
Before anyone starts pricing a 2028 OLED off this announcement, note where LG Display says FLiPP is going first: IT products. Laptops and monitors. Not TVs, not yet, and they were fairly plain about the order.
The technology itself is genuinely interesting. FLiPP stands for FMM-Less innovative Pixel Patterning, which means they've dropped the fine metal mask and are instead coating RGB pixels in sequence and using photolithography to etch away what isn't needed. The claimed results against an FMM panel in identical conditions: 1.6 times the brightness, 2.4 times the panel lifetime, up to 13 percent less power, off the back of roughly a 55 percent better aperture ratio. They also say they've made FMM-free panels on 8.5th-gen mother glass in one whole piece rather than half-cutting it, with up to 64 percent better glass usage on laptop panels.
Here's my hesitation, and I'd like someone who knows the manufacturing side to correct me. Those multipliers are stated against FMM panels. The big OLED TV panels LG Display actually ships are tandem WOLED, white emitter plus color filters, which is not an FMM process to begin with. So the 1.6x and 2.4x aren't telling you what a 65-inch TV panel gains, they're telling you what small RGB OLED gains. Cost is the part I'd actually watch, since not cutting a new mask for every size and resolution is real money.
The sagging point is the one I hadn't thought about. A large metal stencil drooping under its own weight and misaligning subpixels is such a physical, unglamorous failure mode. Anyone at IMID this week seen the panels in person?
The technology itself is genuinely interesting. FLiPP stands for FMM-Less innovative Pixel Patterning, which means they've dropped the fine metal mask and are instead coating RGB pixels in sequence and using photolithography to etch away what isn't needed. The claimed results against an FMM panel in identical conditions: 1.6 times the brightness, 2.4 times the panel lifetime, up to 13 percent less power, off the back of roughly a 55 percent better aperture ratio. They also say they've made FMM-free panels on 8.5th-gen mother glass in one whole piece rather than half-cutting it, with up to 64 percent better glass usage on laptop panels.
Here's my hesitation, and I'd like someone who knows the manufacturing side to correct me. Those multipliers are stated against FMM panels. The big OLED TV panels LG Display actually ships are tandem WOLED, white emitter plus color filters, which is not an FMM process to begin with. So the 1.6x and 2.4x aren't telling you what a 65-inch TV panel gains, they're telling you what small RGB OLED gains. Cost is the part I'd actually watch, since not cutting a new mask for every size and resolution is real money.
The sagging point is the one I hadn't thought about. A large metal stencil drooping under its own weight and misaligning subpixels is such a physical, unglamorous failure mode. Anyone at IMID this week seen the panels in person?
