OLED technology advances in brightness

OLED technology has improved beyond its traditional advantages in producing perfect blacks and infinite contrast. Recent developments, such as QD-OLED and Tandem panels, have significantly increased brightness, expanding the potential for high dynamic range (HDR) and color performance. This progress complicates the selection process for consumers.

Panel technologies vary widely

Different panel technologies, anti-reflective treatments, and variations by screen size can lead to significant performance differences, even among models with similar names. This means that two TVs with the same model number might perform very differently depending on their specific design and components.

LG OLED C6 stands out for larger sizes

The LG OLED C6 is highlighted as a strong choice, especially in larger sizes, thanks to its Tandem panel. This technology brings it close to LG's high-end models. The 77-inch version tested exceeded 2,000 cd/m² on small HDR windows, with excellent color accuracy and perfect blacks, offering a premium viewing experience.

Samsung S92H offers balanced performance

The Samsung S92H is noted for its balanced performance and user-friendly features. It uses a WOLED panel and reaches 1,479 cd/m² in HDR, with 310 cd/m² on full screen. It includes four HDMI 2.1 ports, VRR, 165 Hz refresh rate, and effective anti-reflective processing. Different models use either WOLED or QD-OLED technology depending on their size.

Panasonic Z95B appeals to cinephiles

The Panasonic Z95B is recommended for movie enthusiasts, focusing on image consistency, accuracy, and superior audio. It uses a Primary RGB Tandem panel with advanced processing and supports Dolby Vision and HDR10+. Its 360° Soundscape Pro audio system is a standout feature, though it has only two HDMI 2.1 ports and requires an Amazon account for Fire TV.

Sony BRAVIA 8 II emphasizes image processing

The Sony BRAVIA 8 II prioritizes image processing and natural reproduction. It features a QD-OLED panel and excellent video processing, with a strong built-in audio system and Google TV. While its brightness is lower than some competitors, it remains a solid choice for cinema-quality viewing and audio.

LG OLED G5 becomes more affordable

The LG OLED G5, though not the latest model, is becoming more accessible due to price reductions. It features a Tandem panel with high HDR brightness and accurate color. It includes four HDMI 2.1 ports, 165 Hz mode, and a wall-mounting design, though its built-in sound and webOS have some limitations.

Samsung S99H showcases QD-OLED excellence

The Samsung S99H is highlighted for its impressive QD-OLED performance, offering high brightness, rich colors, and excellent anti-reflective features. It covers 86.33% of BT.2020 and DCI-P3 color spaces and includes four HDMI 2.1 ports, 165 Hz refresh rate, and Art Mode. Different sizes use either QD-OLED or WOLED panels.

Some models have been replaced or repositioned

The selection includes models that have evolved or been replaced. The LG OLED C4 and Samsung S90F have been superseded by newer models, while the Samsung S95F has a different positioning. The Panasonic Z93A is no longer available, with the Z95B now taking its place.

OLED technologies differ in light and color generation

OLED technology varies in how light and colors are produced. WOLED uses a white sub-pixel, QD-OLED combines blue OLED emitters with quantum dots, and Tandem OLED stacks multiple emissive layers. These technologies have distinct advantages and are not universally better than one another.

Screen size affects panel type

Checking the diagonal size is important because the same model can have different panels depending on the size. For example, the Samsung S92H uses WOLED on some sizes and QD-OLED on others. OLEDs are now brighter and more suitable for well-lit rooms, with significant improvements in anti-reflective processing.

Burn-in risk is reduced

Burn-in remains a theoretical possibility but has been significantly reduced by modern technologies. OLEDs are generally better for gaming due to fast response times and features like VRR and ALLM. However, MiniLED may be preferable in very bright rooms or for prolonged static content.

OLED lifespan and selection criteria

OLED lifespan is estimated at about 30,000 hours, which is lower than LED/LCD. Selection criteria include brightness, color accuracy, color space coverage, power consumption, and input lag. Practical use is tested alongside technical measurements, and Clubic provides guides to help with TV selection based on usage and budget.