Measurement data summarised from independent testers. TV performance varies by panel lottery and calibration. We may earn commissions from retailer links. Data verified April 2026.

QD-OLED

QD-OLED Explained: The Hybrid That Beats Both OLED and QLED

QD-OLED combines the perfect blacks of OLED with the colour volume and brightness of quantum dots. The Samsung S95D and Sony A95L are the best TVs you can buy in 2026. Here is why they matter, and who should actually buy one.

The Verdict

If you can afford it and are buying a TV you plan to keep for 5+ years, QD-OLED is the single best premium panel technology of 2026. For buyers in dark-to-moderate rooms who do not need the absolute maximum brightness, WOLED at $1,000-$1,500 less is the rational choice. The 80% price premium for QD-OLED is justified for premium buyers; it is not justified for budget-conscious buyers.

QD-OLED panel architecture cross-section showing blue OLED emitters and quantum dot conversion layer

How QD-OLED Actually Works

Standard WOLED panels (used by LG, Sony on A80L, Philips, Panasonic) generate white light from organic compounds and then filter that white light through a colour filter array to produce red, green, and blue sub-pixels. The colour filter absorbs a significant portion of the emitted light, typically losing 25-35% efficiency in the process. This is a fundamental physical constraint of the colour-filter approach.

QD-OLED takes a different path. The emissive layer uses only blue organic compounds, generating pure blue light across the panel. In front of this blue OLED layer sits a quantum-dot colour conversion layer. Quantum dots are semiconductor nanocrystals tuned to specific sizes. When excited by the blue OLED light, they emit precisely tuned red and green wavelengths -- the sub-pixel creates its own colour without a filter absorbing any of the emitted light. The blue sub-pixels pass through directly.

The practical result: QD-OLED panels achieve 25-40% higher peak brightness than equivalent WOLED panels at the same power budget. They also achieve higher colour volume, meaning colours stay saturated at higher brightness levels rather than washing out as brightness increases. The DCI-P3 coverage at peak brightness is measurably higher for QD-OLED than WOLED.

WOLED Architecture

  • White OLED emissive layer
  • Colour filter array (RGB)
  • Absorbs 25-35% of light
  • Used by: LG, Sony A80L, Philips
  • Peak: 1,100-1,500 nits typical

QD-OLED Architecture

  • Blue OLED emissive layer
  • Quantum-dot colour conversion layer
  • No colour filter, minimal light loss
  • Used by: Samsung, Sony A95L
  • Peak: 1,700-2,100 nits typical

Measurement Data: QD-OLED vs WOLED

All nits figures are Rtings-style measured values, not manufacturer specifications. Last verified April 2026.

ModelPanelPeak 10%DCI-P365" Price
LG C5WOLED1,100-1,300 nits98.5%$1,499
LG G5WOLED1,300-1,500 nits98.8%$2,499
Samsung S95DQD-OLED1,800-2,100 nits99.2%$2,699
Sony A95LQD-OLED1,700-2,000 nits99.0%$3,299

Why QD-OLED Costs 20-40% More

Samsung Display's QD-OLED manufacturing process requires two distinct deposition steps (the blue OLED layer and the quantum-dot layer) where WOLED uses a simpler WRGB compound deposition process that LG Display has optimised over many product generations. Samsung's process has a lower yield rate at equivalent panel sizes, and the quantum-dot material itself has non-trivial material costs.

At the consumer level, the price gap has narrowed from the 50-60% premium at QD-OLED's 2022 launch to roughly 30-40% in 2026. Samsung S95D 65-inch at $2,699 vs LG C5 65-inch at $1,499 represents an 80% price premium -- at the high end of what the brightness and colour-volume advantage justifies. The Sony A95L at $3,299 adds Sony's image processing premium on top of the panel cost.

The price premium is most justified for buyers who keep TVs for 7-10 years, viewers with mixed-light rooms, and those who prioritise peak HDR specular highlights in cinema content. It is least justified for dark-room only film viewers on a budget, where WOLED's contrast advantage is equal and the brightness gap is invisible in a properly dark room.

2026 Models That Use QD-OLED Panels

Samsung S95D

QD-OLED

Samsung's flagship QD-OLED. Available 55, 65, 77, 83 inch. 4 HDMI 2.1 ports. Matte anti-reflective coating on all sizes. Samsung's best gaming TV with 4K/144Hz on some inputs. No Dolby Vision (Samsung's deliberate choice) -- uses HDR10+ instead.

From $2,299 (55 inch) to $4,499 (83 inch)Check Price

Sony A95L

QD-OLED

Sony's flagship QD-OLED. Available 55, 65, 77 inch. Uses Samsung Display's QD-OLED panel with Sony's XR Cognitive Processor and Acoustic Surface Audio+. The best-calibrated TV in 2026 out of the box. Supports Dolby Vision, HDR10, HLG. Key limitation: only 2 HDMI 2.1 ports plus 2 HDMI 2.0 (vs 4 HDMI 2.1 on LG G5 and Samsung S95D).

From $2,799 (55 inch) to $4,999 (77 inch)Check Price

Samsung S90D (some panels)

QD-OLED

Samsung's mid-tier model. The 55 and 65-inch S90D use QD-OLED panels; the 77-inch uses a different panel. Verify the specific size if buying. Lower brightness spec than S95D but lower price. Fewer HDMI 2.1 ports (2 vs 4 on S95D).

From $1,499 (55 inch)Check Price

QD-OLED Burn-In: The Honest 2026 Update

QD-OLED has the same general burn-in risk profile as WOLED because both technologies rely on organic emissive compounds that gradually degrade with extended static-image exposure. The quantum-dot colour conversion layer is inorganic and does not degrade in the same way, but the underlying blue OLED emitter does.

Samsung includes pixel shift, logo luminance reduction, and automatic off-timer circuits in all S95D and S90D models. The compensation system runs automatically when the TV is turned off after extended use. Rtings' longevity testing on QD-OLED panels shows similar degradation timelines to WOLED -- minimal for most users, real for the small percentage who display static content for 8+ hours daily.

The main risk difference is warranty: LG offers a 5-year burn-in warranty on G-series WOLED models. Samsung does not currently offer an equivalent long-form burn-in warranty on QD-OLED TVs. For the most burn-in-sensitive use cases, this warranty gap tips the decision toward LG.

Full burn-in analysis →

QD-OLED and WOLED Top Picks 2026

QD-OLEDBest QD-OLED

Samsung S95D

2,000 nits peak

From $2,699

Check Price
QD-OLEDBest Calibration

Sony A95L

1,900 nits peak

From $3,299

Check Price
WOLEDBest WOLED Alternative

LG G5 OLED

1,500 nits peak

From $2,499

Check Price

QD-OLED Questions Answered

What is QD-OLED and how does it differ from regular OLED?+
QD-OLED (Quantum Dot OLED) replaces the white OLED emitter used in standard WOLED panels with a blue OLED emitter and a quantum-dot colour conversion layer. Standard WOLED (used by LG) emits white light through a colour filter array, which wastes roughly 30% of the light. QD-OLED converts blue OLED light directly to red and green photons via quantum dots, allowing 25-40% more light to reach the viewer at the same power level. The result is significantly higher peak brightness while retaining the perfect black level of OLED technology.
Which TVs use QD-OLED panels in 2026?+
Samsung Display manufactures all QD-OLED panels in 2026. The TVs that use them are: Samsung S95D (flagship), Samsung S90D (some size variants use QD-OLED, others use WOLED - check the specific size), Sony A95L (using Samsung Display panels but with Sony's XR Cognitive Processor). Additionally, Alienware's AW3423DWF gaming monitor uses a QD-OLED panel. All QD-OLED TVs are manufactured by Samsung Display, regardless of the TV brand on the outside.
Is QD-OLED brighter than regular OLED?+
Yes, substantially. In Rtings-style 10% window measurements, Samsung S95D QD-OLED measures approximately 1,800-2,100 nits peak. The LG C5 WOLED measures 1,100-1,300 nits in the same test. The difference is most meaningful in HDR highlights (bright stars, explosions, sunlight) in otherwise dark scenes. For full-field sustained brightness, the gap narrows as both technologies use automatic brightness limiting in sustained high-brightness scenes.
Does QD-OLED have burn-in risk?+
Yes, QD-OLED has the same general burn-in risk profile as WOLED because both use organic emissive materials that can degrade with static image exposure. The quantum-dot layer itself does not burn in, but the underlying blue OLED emitter can. Samsung's panel mitigation systems include pixel shift, logo luminance reduction, and periodic compensation cycles, similar to LG's approach. The main difference is that Samsung does not currently offer a 5-year burn-in warranty on TVs (LG does on G-series), making LG WOLED a safer choice for the most burn-in-sensitive use cases.
Is QD-OLED worth the price premium over standard OLED?+
For most buyers upgrading their main TV and keeping it 5+ years, yes. The Samsung S95D at $2,699 vs the LG C5 at $1,499 (both 65-inch) is roughly an 80% price premium for roughly 60% more peak brightness and better colour volume. The matte anti-reflective coating on the S95D also gives it a real advantage in mixed-light rooms. If your room is dark and you watch mostly film content, the LG C5 is the more rational choice. If your room has any ambient light or you want maximum picture quality, QD-OLED is worth the premium.

Data verified April 2026. Measurement data summarised from Rtings.com. Prices are indicative; check retailers for current pricing.