LG G6 vs Samsung S95H vs Sony Bravia 9 II - 2026 Flagship TV Showdown

Three 2026 flagships, three different panel technologies, and for the first time the brightness gap between them is measured in hundreds of nits instead of thousands. The LG G6 pairs second-generation Primary RGB Tandem OLED with Brightness Booster Ultra. The Samsung S95H uses QD-OLED Penta Tandem and the best anti-glare coating in the industry. The Sony Bravia 9 II is Sony's first True RGB Mini LED flagship, trading OLED contrast for sustained brightness and Sony's XR processor. Your room, your content, and your HDR format support decide which one wins.

Quick Picks

• LG G6 (65": $3,399.99, 77": $4,499.99): Brightest OLED LG has ever made. Primary RGB Tandem 2.0 panel with Brightness Booster Ultra, Dolby Vision support, 4K/165Hz gaming, Reflection Free Premium anti-glare, and a flush wall mount in the box. 5-year panel warranty. The default pick for most buyers.
• Samsung S95H (65": $3,399.99): QD-OLED Penta Tandem delivers the most saturated primary colors of any 2026 flagship. Glare Free coating is the best anti-reflective layer on any consumer TV. HDR10+ only, no Dolby Vision. The color-first pick.
• Sony Bravia 9 II (65": ~$3,200 est., 75": ~$4,500 est., 85": ~$5,700 est.): True RGB Mini LED with up to 15,000 dimming elements and Sony's XR Cognitive Processor. LCD, not OLED, which means sustained brightness with no ABL throttling but LCD-style viewing angles and backlight blooming. Ships late spring 2026; all prices are pre-launch estimates — confirm at retail when the TV ships. The cinema purist's pick.

At the same $3,399.99 price, the LG G6 and Samsung S95H force a format decision: Dolby Vision (LG) or HDR10+ (Samsung). The Sony Bravia 9 II sits in a different category as an LCD-based True RGB Mini LED and does not ship until May or June 2026. Read on for what actually separates them.

Panel Technology

Three different panel technologies sit behind these three TVs, and for the first time in years the differences matter more than a quick "OLED vs Mini LED" label suggests. The G6 has quietly closed most of the brightness gap that used to separate OLED from Mini LED, and Sony's response with True RGB Mini LED has narrowed it from the other direction.

The LG G6 uses LG Display's second-generation Primary RGB Tandem OLED panel combined with LG's Brightness Booster Ultra and Hyper Radiant Color tech. Tandem means four OLED emission layers stacked on top of each other (red, green, and two blue), replacing the single emission stack used on prior WOLED so each pixel produces more light without overdriving any one layer. LG's internal testing puts the G6 at 3.9x brighter than the B6 ( TFTCentral got LG to confirm the comparison reference directly); the panel-spec peak is 4,500 nits but FlatpanelsHD measured the retail set at 2,481 nits in calibrated Filmmaker mode on a 10% HDR window. UL Solutions verified the panel holds black levels at or below 0.24 nits even with 500 lux of ambient light, which is the metric that actually matters if you watch in anything brighter than a cave.

The Samsung S95H uses Samsung Display's QD-OLED panel in a new "Penta Tandem" architecture: five blue OLED emission layers stacked together, feeding red and green quantum-dot color converters instead of WOLED's white-plus-color-filter approach. More blue light through the quantum dots means more headroom before the panel throttles and more saturated primary colors at sustained brightness. One gotcha per size: the 55/65/77 inch S95H sizes use QD-OLED, but the 83 inch model uses a WRGB OLED panel sourced from LG Display, because Samsung Display does not manufacture QD-OLED at that size. Samsung also ships the S95H with their Glare Free anti-reflective coating, which is the best on any consumer TV right now.

The Sony Bravia 9 II is Sony's first LCD flagship built around True RGB Mini LED, announced at CES 2026. Instead of the white mini-LEDs used in every other Mini LED TV on the market, Sony's backlight drives individually controlled red, green, and blue mini-LED emitters, reportedly around 15,000 elements total. Sony claims peak brightness up to approximately 4,000 nits and dramatically improved color accuracy versus traditional Mini LED. The panel is LCD, not OLED, which changes the trade-offs: sustained full-screen brightness with no OLED-style ABL throttling, but also LCD-style viewing angles and the possibility of backlight blooming in dark scenes. Sony's XR Cognitive Processor sits on top of the panel and is the same processing pipeline that made the previous Bravia 9 the film-accuracy reference for Mini LED TVs.

Brightness: LG Claims the Lead, Sony Closes the Gap

LG's claim for the G6 is roughly 4,500 nits peak on a 10% HDR window, though RTINGS and TFTCentral have not yet published independent measurements on the 2026 panels. Samsung targets approximately 3,000 nits peak for the S95H, a 35% increase over the S95F. Sony's Bravia 9 II targets approximately 4,000 nits peak, a major jump over the original Bravia 9's roughly 2,500 nit measured peak. Until independent reviewers verify these claims in the lab, take all three numbers as manufacturer targets rather than measured fact.

What is new in 2026 is that the G6 and the Bravia 9 II are in roughly the same brightness class. For years the Mini LED pitch was "OLED contrast plus more brightness." Tandem OLED erased most of that advantage, and Sony's response was to build a brighter, better-colored Mini LED with True RGB. On paper these three are within about 1,500 nits of each other, which sounds like a lot but matters less than it sounds because the eye adapts within seconds above 2,000 nits.

The practical difference is in sustained brightness and specular highlights. The G6 has the highest peak for momentary HDR pops but uses automatic brightness limiting (ABL) to protect the OLED layer during sustained bright scenes. The Bravia 9 II is LCD, so there is no ABL and full-screen brightness stays at max indefinitely, which matters for daytime sports, snow scenes, and bright commercial content. The S95H sits between them with QD-OLED-typical ABL and the lower peak of the three.

For bright rooms, the Samsung S95H's Glare Free coating is still the single best anti-reflective layer in the industry and often outperforms the raw-nit competitors because reducing reflection matters more than adding brightness when you are fighting window glare. The G6's Reflection Free Premium is excellent but not quite at Samsung's level. Sony's anti-reflective treatment is good, not great.

Color: Samsung Leads on Saturation, Sony on Accuracy

QD-OLED produces more saturated primary colors than WOLED because the quantum-dot conversion generates narrower-band red and green emission than LG Display's white OLED passed through color filters. The physical advantage is real and consistent across content. In reds and greens specifically (fabrics, neon, foliage, sports turf) the S95H looks more saturated side-by-side with either competitor.

The Bravia 9 II's True RGB Mini LED backlight is the wildcard on color. Sony's pitch is that independently driven R/G/B mini-LEDs produce a wider color gamut than white-LED Mini LED designs at the same price, potentially approaching QD-OLED territory on primary-color saturation without being an OLED at all. We do not have measured gamut coverage numbers yet, so this is a claim to verify in review, not a settled fact.

Sony's color accuracy out of the box is the best of the three on any content. The Bravia 9 II typically measures closest to reference standards without any calibration, a hallmark of Sony's color pipeline going back a decade. LG and Samsung both lean toward vivid defaults in their Filmmaker modes, though all three can be calibrated to near-identical accuracy by a professional.

HDR Formats: The Hidden Decider

This is the spec most buyers miss, and it quietly reshapes the whole comparison. Dolby Vision is the dominant dynamic-metadata HDR format on streaming services: Netflix, Disney+, Apple TV+, Max, and Paramount+ all stream Dolby Vision first on premium content. Many 4K Blu-rays carry only Dolby Vision dynamic metadata, not HDR10+.

The LG G6 supports Dolby Vision. The Sony Bravia 9 II supports Dolby Vision. The Samsung S95H does not, and Samsung has refused to ship Dolby Vision support on any of its OLEDs going back to the S95B in 2022. When a Dolby Vision stream hits the S95H, it falls back to the HDR10 base layer, stripping the scene-by-scene dynamic metadata that Dolby Vision was designed to deliver.

For viewers who stream Netflix and Disney+ heavily, that fallback is a meaningful image-quality hit on the S95H. For viewers who buy 4K Blu-rays, it is a bigger hit. For viewers who primarily watch sports or HDR10+ content (Amazon Prime Video, some YouTube HDR), the S95H is fine. For a dedicated head-to-head on this specific point, see our LG G6 vs Samsung S95H 2-way matchup.

Processing and Motion: Sony Wins for Film

This is where Sony justifies its price premium for a specific audience. The XR Cognitive Processor handles 24fps film content with less judder and more natural motion cadence than either LG's Alpha 11 AI Gen3 or Samsung's NQ4 AI Gen3. If you watch a slow pan across a cityscape in a Christopher Nolan film, the Sony will render it with the smoothest, most natural motion of the three.

Sony's tone mapping is also superior in difficult scenes. A bright window in a dark interior, a candle in a cave, a face half-lit by firelight: the Sony renders these with more visible shadow detail and more natural highlight roll-off than LG or Samsung. LG tends to clip highlights slightly earlier. Samsung tends to crush shadows slightly more.

For streaming content specifically (which is most of what people actually watch), Sony's upscaling engine is noticeably better at handling compression artifacts. A 15 Mbps Dolby Vision stream on Netflix looks cleaner on the Sony than on either competitor. The processing fills in detail that compression removed, and Sony's algorithm is more conservative (fewer artifacts, less "processing look") than LG's AI-based approach.

Gaming: LG and Samsung Are Tied, Sony Trails

The LG G6 and Samsung S95H both support 4K at 165Hz through all four HDMI 2.1 ports. That was LG-only on 2025 models, but Samsung closed the gap this year. For PC gamers with high-end GPUs, both TVs give you the same refresh-rate headroom. For console gamers on PS5 Pro or Xbox Series X (both capped at 4K/120Hz), the 165Hz ceiling is irrelevant and the two OLEDs feel identical.

The Bravia 9 II maxes out at 4K/120Hz, and early reports indicate only two of its four HDMI ports are full-bandwidth HDMI 2.1. That is fine for current-gen console gaming and reasonable for mainstream PC gaming, but it trails LG and Samsung for PC enthusiasts chasing the highest refresh rates.

Input lag in game mode is roughly 5-8ms across all three TVs in 4K/120Hz mode, so the differences are in features rather than responsiveness. All three support VRR, ALLM, and HGiG tone mapping for gaming HDR. LG's webOS game dashboard is the most polished game-focused interface, with real-time frame rate, resolution, and HDR status overlays. Samsung's Game Bar is a close second. Sony's game features are functional but less visually refined. For a detailed gaming comparison, see our best TV for gaming 2026 guide.

Which Room Gets Which TV

Bright Living Room (Windows, Ambient Light)

Samsung S95H. Glare Free is genuinely the best anti-reflective layer on any consumer TV right now and the QD-OLED color stays vivid under ambient light. The LG G6 is a close second thanks to Reflection Free Premium plus Brightness Booster Ultra. The Bravia 9 II's sustained LCD brightness is also a strong pick here, especially for daytime sports, but its LCD viewing angles are worse than either OLED if you have a wide seating arrangement.

Dedicated Dark Home Theater

LG G6 for most viewers, Sony Bravia 9 II for film purists. In a dark room the G6's infinite OLED contrast plus Dolby Vision support makes streaming look its absolute best, and Brightness Booster Ultra is no longer a compromise at peak-highlight time. The Bravia 9 II remains the choice if you primarily watch 24fps film content and care more about Sony's motion handling and upscaling than about OLED's perfect blacks. Use our Viewing Distance Calculator to dial in the right screen size for your seating distance.

Mixed Use (Movies, Gaming, Sports, Everything)

LG G6. Dolby Vision support, 4K/165Hz gaming on all four HDMI ports, Brightness Booster Ultra for daytime sports, the included flush wall mount, and a 5-year panel warranty. If you are buying one TV for everything, this is the safe pick.

Samsung's Specific Strength

The S95H is the right call for viewers who prioritize primary-color saturation above all else and who primarily watch HDR10+ content, sports, or streams where the missing Dolby Vision support does not cost them anything. Samsung's Art Frame design is also the most wall-friendly of the three when mounted flush.

Specs at a Glance

• Panel: LG G6 = Primary RGB Tandem OLED + Brightness Booster Ultra | Samsung S95H = QD-OLED Penta Tandem (55/65/77", WRGB OLED on 83") | Sony Bravia 9 II = True RGB Mini LED
• Peak brightness claim: LG ~4,500 nits | Samsung ~3,000 nits | Sony ~4,000 nits (all manufacturer targets; independent measurements pending)
• Max refresh rate: LG 4K/165Hz | Samsung 4K/165Hz | Sony 4K/120Hz
• HDMI 2.1 ports: LG: 4 (all full-bandwidth) | Samsung: 4 (all full-bandwidth) | Sony: 4 (reportedly 2 full-bandwidth)
• Dolby Vision support: LG Yes | Samsung No (HDR10+ only) | Sony Yes
• Anti-reflection: LG Reflection Free Premium | Samsung Glare Free | Sony standard AR
• Processor: LG Alpha 11 AI Gen3 | Samsung NQ4 AI Gen3 | Sony XR Cognitive
• MSRP (65"): LG $3,399.99 | Samsung $3,399.99 | Sony Bravia 9 II 65" pricing pre-launch (estimated ~$3,200; confirm at retail when the TV ships)
• Panel warranty: LG 5-year | Samsung 1-year | Sony 1-year (typical)

LG and Samsung prices verified April 10, 2026 from LG.com and Samsung.com product pages. Sony Bravia 9 II pricing is a pre-launch estimate based on CES 2026 announcements; confirm at retail when the TV ships in May or June 2026.

All three support Dolby Atmos passthrough (eARC) and HDMI 2.1 with VRR. LG and Sony support Dolby Vision; Samsung supports HDR10+ Adaptive instead and has never shipped Dolby Vision on any of its OLEDs. All three carry standard manufacturer warranties with extended coverage available, though LG's 5-year panel warranty on the G-series is the outlier of the three. The 2026 flagship field is closer than it has been in years, which makes the Dolby Vision format gap on the Samsung the single largest practical differentiator between otherwise evenly matched hardware.