Sony Bravia 9 II and Bravia 7 II: The True RGB Revolution Is Here
Sony waited. While Samsung launched its first RGB-backlit televisions over the past few years, Sony took its time developing its own approach — and today, with the official announcement of the Bravia 9 II and Bravia 7 II, the brand's first two True RGB televisions make their debut.
This is not a routine lineup update. It's a generational technological shift: the complete replacement of the Mini LED backlight system with an entirely new architecture built around clusters of independently controlled red, green, and blue LEDs. Sony calls it True RGB, and the first independent tests confirm the wait was worthwhile.
What True RGB Is — and Why It's Different
The fundamental problem with Mini LED televisions
To understand what True RGB changes, you first need to understand the limitations of what it replaces. Mini LED televisions — including previous generations of the Bravia 7 and Bravia 9 — use blue or white LEDs as their light source. That light then passes through filters and phosphor layers to produce colour on screen. Each conversion step introduces loss: loss of colour purity, loss of luminous efficiency, loss of precision.
The direct consequence: colour is generated indirectly — filtered rather than produced at the source. That's acceptable, sometimes excellent, but it isn't optimal.
The True RGB principle
Sony's True RGB replaces that system entirely with clusters of three distinct LEDs — one red, one green, one blue — driven in a completely independent manner within the backlight. Colour is now produced directly at the source, with no intermediate conversion. Sony markets this system under the name RGB Backlight Master Drive Pro.
The measurable result is significant: early tests of the Bravia 9 II showed performance that exceeds the Mini LED Bravia 9 in terms of colour gamut, with peak brightness surpassing 4,000 nits. For context, the 2024 Bravia 9 reached approximately 2,800 nits — already impressive for a Mini LED set.
An integrated RGB sensing function monitors the efficiency of each LED in real time and adjusts brightness accordingly, ensuring faithful and consistent colour reproduction over time. Everything is orchestrated by the Cognitive Processor XR, present on both models, which optimises colour, contrast, and motion on a frame-by-frame basis.
True RGB is not merely a marketing claim — the backlight LEDs genuinely include three distinct red, green, and blue diodes, allowing the backlight to precisely match the colour of the LCD panel, improving colour depth and reducing blue-light blooming.
Bravia 9 II: The Flagship
The Bravia 9 II is Sony's flagship television for 2026. It integrates True RGB backlighting in its most advanced configuration, with close to 15,000 local dimming zones, and includes every premium treatment exclusive to the reference lineup.
What sets the Bravia 9 II apart
Immersive Black Screen Pro. This is the anti-glare treatment exclusive to the Bravia 9 II. Sony engineered a surface coating that suppresses reflections far more aggressively than conventional treatments, enabling clear, accurate viewing even under strong ambient light — morning sunlight, living room lighting, windows directly opposite the screen. The Bravia 7 II includes an anti-glare treatment as well, but at a lower level of refinement.
X-Wide Angle Pro. VA panels, used by Sony on both models, have traditionally narrower viewing angles than OLED or certain IPS LCD panels. Sony addresses this limitation with its X-Wide Angle technology, and the Bravia 9 II receives the Pro version, maintaining colour and contrast accuracy from significantly more off-axis positions than the Bravia 7 II.
Acoustic Multi-Audio+ with Beam Tweeter. The Bravia 9 II adds an upward-firing beam tweeter that projects surround sound upward to create a more immersive three-dimensional audio envelope. Both models include Acoustic Multi-Audio+, but only the 9 II integrates this additional driver — a difference that is genuinely perceptible in larger rooms or for cinema-focused use.
Bravia 7 II: Accessible True RGB — With Greater Versatility
The Bravia 7 II shares the same fundamental engine as the Bravia 9 II — True RGB backlighting, Cognitive Processor XR, Google TV with Gemini, full HDMI 2.1 — at a significantly more accessible price point and with a much broader size offering.
The Bravia 7 II represents a major generational leap over its predecessor, with improved viewing angles, a far less reflective screen, and colour that breathes new life into everything you watch or play on it.
Where the Bravia 7 II has the edge over the 9 II
The Bravia 7 II's greatest strength is its size range, spanning from 50 to 98 inches. The Bravia 9 II stops at 85 inches in standard sizes (the 115-inch being in a category of its own). For a living room where a 98-inch screen is within reach without crossing into the ultra-large format tier, the Bravia 7 II is Sony's only True RGB option in that size.
Bravia 9 II vs. Bravia 7 II: Side-by-Side Comparison
| Feature | Bravia 9 II | Bravia 7 II |
|---|---|---|
| Backlight technology | True RGB — RGB Backlight Master Drive Pro (~15,000 zones) | True RGB — RGB Backlight Master Drive Pro (~5,100 zones) |
| Peak brightness | Up to 4,000 nits | 2,000–2,500 nits depending on size |
| Image processor | Cognitive Processor XR | Cognitive Processor XR |
| Anti-glare treatment | Immersive Black Screen Pro | Standard anti-glare treatment |
| Viewing angles | X-Wide Angle Pro | X-Wide Angle |
| Audio system | Acoustic Multi-Audio+™ with Beam Tweeter | Acoustic Multi-Audio+™ |
| Available sizes | 65, 75, 85, 115" | 50, 55, 65, 75, 85, 98" |
| HDR formats | Dolby Vision, IMAX Enhanced, DTS:X | Dolby Vision, IMAX Enhanced, DTS:X |
| Gaming | HDMI 2.1 (4K/120, VRR, ALLM, SBTM) | HDMI 2.1 (4K/120, VRR, ALLM, SBTM) |
| Interface | Google TV with Gemini | Google TV with Gemini |
| Sony Pictures Core | 10 credits + 24 months VOD subscription | 5 credits + 12 months VOD subscription |
| Starting price | $4,999.99 (65") | ~$2,299.99 (50") |
True RGB vs. Micro RGB and OLED: Where Does Sony Stand?
Sony isn't alone in this space. Samsung has been selling its Micro RGB lineup (R85H and R95H series) since early 2026. How does Sony's True RGB compare?
Sony True RGB vs. Samsung Micro RGB
Both systems are built on the same foundational principle: independently controlled red, green, and blue LEDs in the backlight. The difference is in approach. Sony emphasizes that its LEDs are genuinely independent across three diodes, and that the performance of an RGB backlight depends above all on the algorithm driving it — its RGB Backlight Master Drive Pro — more than on the physical size of the LEDs themselves.
Samsung, for its part, claims full BT.2020 colour space coverage and benefits from a first-mover advantage with a growing body of independent test data available for several months. Based on early head-to-head comparisons, the Bravia 7 II justifies its slightly higher price over competing RGB alternatives through a perceptibly superior overall image.
Sony True RGB vs. OLED
OLED (WOLED and QD-OLED) retains undeniable advantages: absolute blacks, infinite contrast, and perfect viewing angles. These qualities are structurally impossible to replicate with any form of backlighting.
Where True RGB takes the lead: HDR brightness (up to 4,000 nits vs. 1,000–2,800 nits for OLED sets), zero risk of image retention — inorganic LEDs do not degrade the way organic compounds in OLED panels do — and performance in bright rooms, where the Bravia 9 II's anti-glare treatment in particular surpasses what most OLEDs can offer.
| Criterion | Sony True RGB (Bravia 9 II) |
Samsung Micro RGB (R95H) |
OLED (WOLED / QD-OLED) |
|---|---|---|---|
| Colour source | 3 independent RGB diodes | Independent RGB LEDs | Self-emitting organic pixels |
| Black levels | Very deep (local dimming) | Very deep (local dimming) | Absolute black (pixel off) |
| Contrast | Very high | Very high | Infinite |
| HDR brightness | Up to 4,000 nits | ~3,000 nits measured | ~1,000–2,800 nits |
| Burn-in risk | None (inorganic LEDs) | None (inorganic LEDs) | Yes (organic materials) |
| Bright room performance | Excellent (Immersive Black Pro) | Very good | Good to very good |
| Viewing angles | Very good (X-Wide Angle Pro) | Good | Excellent |
| Longevity | Very high (inorganic) | Very high (inorganic) | Very good |
| Available sizes | 50" to 115" (by model) | 55" to 130" | 42" to 83" |
| Gaming HDMI 2.1 | 4K/120, VRR, ALLM, SBTM | 4K/120, VRR, ALLM | 4K/120, VRR, ALLM |
The Complete Experience Beyond the Picture
Sound: image-audio alignment
Both models include Acoustic Multi-Audio+, which positions speakers so that sound appears to originate directly from the screen rather than below it. 3D Surround Upscaling converts a stereo source into three-dimensional spatial audio, and Voice Zoom 3 isolates and amplifies dialogue using machine learning — particularly useful for films with a dense sound mix. The Bravia 9 II adds an upward-firing Beam Tweeter for an even more immersive surround envelope in larger rooms.
Interface: Gemini on Google TV
Both models run Google TV with Google's Gemini AI assistant built in. Movie recommendations by mood, smart home device control, natural-language content search without touching the remote: it's a meaningful step forward compared to earlier voice control systems that required rigid, precise phrasing.
Gaming: Full HDMI 2.1
Both models support the complete HDMI 2.1 feature set for gaming: 4K at 120Hz, VRR to eliminate screen tearing, ALLM for automatic low-latency mode switching, and SBTM. PS5 integration goes further with Auto HDR Tone Mapping and Auto Genre Picture Mode, which automatically switches between Game mode and Standard mode based on the content being played — with no manual intervention required.
Choosing by Profile
- Bright living room or space with significant ambient light
- Premium HDR content at the core of your viewing habits
- Looking for a 65", 75", 85", or 115" screen
- Integrated cinema-quality audio matters to you
- Best available anti-glare treatment from Sony in 2026
- Varied seating arrangements in the room (wide viewing angles)
- Looking for a 50", 55", or 98" screen — unavailable on the 9 II
- More reasonable entry point into True RGB technology
- Versatile use: movies, series, gaming, sports
- Mixed-lighting room (neither a dedicated home theatre nor full sunlight)
- Dedicated home theatre room or controlled lighting environment
- Pure cinephile: films watched in a dark room
- Widely varied viewing angles throughout the room
- Budget-conscious: OLED is a more mature technology at equivalent sizes
Frequently Asked Questions — Sony Bravia 9 II and Bravia 7 II
What is the difference between Sony's True RGB and Samsung's Micro RGB?
Both technologies use independently controlled red, green, and blue LEDs in the backlight — the same foundational principle. Sony distinguishes itself through its driving algorithm (RGB Backlight Master Drive Pro), developed in tandem with the Cognitive Processor XR, and through its Immersive Black Screen Pro surface treatment, exclusive to the Bravia 9 II. Samsung benefits from a first-mover advantage with a more extensive body of independent test data. Early head-to-head comparisons suggest the Bravia 7 II justifies its slightly higher price point through a perceptibly better overall image.
Does True RGB completely eliminate the risk of burn-in?
Yes, structurally. True RGB uses inorganic LED components — as does Samsung's Micro RGB — unlike OLED panels, which rely on organic compounds that can degrade over time. There is no degradation mechanism comparable to OLED burn-in. This is a concrete advantage for heavy-use scenarios, commercial environments, or simply for anyone who regularly watches news or sports with static on-screen elements such as channel logos, scoreboards, or news tickers.
Are the Bravia 9 II and Bravia 7 II compatible with the PS5?
Yes, fully. Both models support HDMI 2.1 with 4K at 120Hz, VRR, ALLM, and SBTM. PS5 integration goes further with Auto HDR Tone Mapping — which automatically optimises HDR settings on the first pairing with the console — and Auto Genre Picture Mode, which automatically switches between Game mode (minimal input lag) and Standard mode (cinematic rendering) depending on what's being played.
Why is the Bravia 7 II's brightness lower than the Bravia 9 II's?
The Bravia 7 II has approximately 5,100 RGB zones in its backlight compared to roughly 15,000 on the Bravia 9 II, and each zone on the 9 II is made up of four LEDs versus one on the 7 II. This higher density allows the Bravia 9 II to reach up to 4,000 nits of peak brightness, compared to 2,000–2,500 nits for the Bravia 7 II depending on screen size. In practice, 2,000 nits is still a remarkable HDR brightness level that exceeds the majority of OLED televisions available today.
Is the Bravia 7 II available in 98 inches?
Yes — and that's one of the Bravia 7 II's most important distinctions within Sony's 2026 lineup. It's available in six sizes: 50, 55, 65, 75, 85, and 98 inches. The 98-inch model will be available in summer 2026 at a Canadian MSRP of $12,999.99. It's the only True RGB Sony television offered in that size — the Bravia 9 II stops at 85 inches in standard sizes, with the 115-inch occupying a separate tier entirely.
Does True RGB support Dolby Vision 2?
No. In 2026, neither the Bravia 9 II nor the Bravia 7 II supports Dolby Vision 2. Sony has clarified that it is neither for nor against the standard, but has chosen to continue with conventional Dolby Vision for this generation. Both models do support standard Dolby Vision, IMAX Enhanced, and DTS:X — the premium HDR formats most widely represented in current content libraries.
What does Gemini on Google TV actually do?
Gemini is Google's AI assistant integrated directly into the Google TV interface on both models. It enables natural-language interaction: asking for movie recommendations by mood or genre, opening an app, controlling compatible smart home devices, or finding content without having to formulate precise commands. It's a meaningful evolution from earlier voice control systems that required literal, rigid phrasing to function reliably.
When can I receive delivery or see them in person at Fillion?
The 65", 75", and 85" models of both series are available to order now, with delivery expected from mid-June 2026. The Bravia 7 II 98" is expected in summer 2026, and the Bravia 9 II 115" in fall 2026.
Both models will be on display as soon as the first units arrive in mid-June 2026.
Every model in this article is on display in our showroom, in an environment designed for an accurate side-by-side comparison — with your source, your content, and our team of expert advisors to guide you.
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