Demand for 3D Optical Film Rises as Passive 3D TV Competes with Shutter Glass, According to NPD DisplaySearch
Shipments of 3D patterned retarder optical film for LCD TV estimated to increase 104% Y/Y in Q4'12
SANTA CLARA, CALIF., March 27, 2013—As 3D TV continues to grow, competition between the main two 3D technologies is heating up. Film patterned retarder is finally catching up to the more established shutter glass approach. According to the NPD DisplaySearch Quarterly Display Optical Film Report, demand for 3D patterned retarder (3D PR) film is forecast to grow 104% Y/Y in Q4'12 and reach 34 million units in 2013.
"Despite the fact that 3D TV has not grown as fast as many in the industry expected, the penetration rate is still growing steadily. Nearly 30% of LCD TV panels shipped in 2013 will be 3D-capable," noted Yoonsung Chung, Director of Large-Area Displays and FPD Materials Research for NPD DisplaySearch. "3D PR film reportedly minimizes eye fatigue, and demand for 3D PR is growing at a much faster pace. It is forecast to account for 48% of total 3D TV panel shipments in 2013, up from 39% in 2011."
Competition Intensifies Among 3D Pattered Retarder Film Suppliers
LG Chemical has led in 3D PR film shipments for nine consecutive quarters, accounting for 96% of global shipments in Q3'12. LG Display was the dominant producer of 3D PR panels for TVs and the only supplier of 3D PR monitor and notebook panels in 2012. LG Chemical supplies 3D PR panels to AUO and BOE. However, DNP is also competing in the 3D PR film market and took a 20% share of LG Display's 3D PR film demand for TV panels in Q3'12.
Chung added, "The competition among 3D PR film manufacturers is expected to intensify, as film manufacturers look to compete. Chinese panel makers such as CEC-Panda and China Star are starting to produce 3D PR TV panels, and LG Display is expanding production of 60"+ panels in 2013—potentially joined by Sharp. Demand for 3D PR film is anticipated to rise, which will draw in other film manufacturers as well."
Panel buyers, film makers, and product planners will need to closely follow the optical film technology and market trends to stay competitive. Polarizers, TAC, PVA, compensation film, surface treatment film, wide-viewing angle film, prism sheets, micro-lens film, reflective polarizers, diffusers, and reflector film are all covered in the NPD DisplaySearch Quarterly Display Optical Film Report. The report also provides information on technical evolutions, market forecasts, capacity profiles, value chain relationships, as well as the cost and price for each film type. For more information, please contact Charles Camaroto at 1.888.436.7673 or 1.516.625.2452, email email@example.com, or contact your regional DisplaySearch office in China, Japan, Korea, or Taiwan.
About NPD DisplaySearch
NPD DisplaySearch, part of The NPD Group, provides global market research and consulting specializing in the display supply chain, including trend information, forecasts and analyses developed by a global team of experienced analysts with extensive industry knowledge. NPD DisplaySearch supply chain expertise complements sell-through information from The NPD Group, thereby providing a true end-to-end view of the display supply chain from materials and components to shipments of electronic devices with displays to sales of major consumer and commercial channels. For more information, visit us at www.displaysearch.com. Read our blog at www.displaysearchblog.com and follow us on Twitter at @DisplaySearch.
About The NPD Group, Inc.
The NPD Group provides global information and advisory services to drive better business decisions. By combining unique data assets with unmatched industry expertise, we help our clients track their markets, understand consumers, and drive profitable growth. Sectors covered include automotive, beauty, entertainment, fashion, food/foodservice, home, office supplies, sports, technology, toys, video games, and wireless. For more information, visit www.npd.com and npdgroupblog.com. Follow us on Twitter: @npdtech and @npdgroup.