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TAP TIMES -30- JUNE 2025
QD-OLED to account for 73% of OLED monitor shipments in 2025
TAIPEI, Taiwan — TrendForce’s latest TrendForce notes that the main advantage
investigations reveal that ongoing of QD-OLED lies in its use of blue OLED
advancements in OLED displays are light to excite quantum dots, which then
propelling the growth of QD-OLED emit pure red and green light.
monitor shipments.
This design boosts brightness, color
QD-OLED’s share of OLED monitor saturation, and gamut coverage, resulting
shipments is expected to rise from 68% in brighter, more vibrant, and finely
in 2024 to 73% in 2025, highlighting its detailed visuals.
strong competitiveness in the high-end
monitor market. However, QD-OLED’s reliance on blue light
can impact panel longevity, and residual
Driven by growing market demand, more ambient light in dark scenes may still
brands and product lines are expected to trigger unwanted quantum dot emissions
adopt QD-OLED to deliver superior image in dark scenes, potentially compromising
quality and refresh rates for gamers and visual clarity.
professional users.
Recent developments include the addition
The introduction of new 27-inch UHD of a green emission layer, boosting
products and high-refresh-rate QHD 500 luminous efficiency by 30% to improve
Hz monitors is drawing attention. These both energy consumption and image
models offer strong appeal for gaming and quality.
professional use, becoming key drivers of Pico inkjets
QD-OLED monitor adoption. Meanwhile, PICO inkjets allow for more
precise deposition of quantum dot ink,
The penetration rate of QD-OLED in 27- achieving pixel densities of 140 PPI
inch models is projected to grow from and enabling 4K resolution on 32-inch
32% in 2024 to 47% in 2025, driven by panels—further improving QD-OLED’s
an expanding product lineup and ongoing competitiveness in the premium monitor
technical improvements. space.
TrendForce’s latest report on “OLED Panel
Costs” notes that emissive materials and
QD film account for the largest share of
QD-OLED production costs.
However, the inkjet process currently
results in 20% ink waste per nozzle.
Newly developed recycling techniques
can recover up to 80% of residual ink,
helping reduce costs and improve material
efficiency. trendforce.com
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