Sony's Bravia 7 Mark II was released in the last days of May 2026 as the first mass-market television featuring True RGB technology, marking a first for the company. Unlike the white or blue LED arrays used in standard LCD panels, this model features a mini-LED backlight system with red, green, and blue LED chips, each of which can be controlled independently. While the 65-inch model of the device is offered for sale with a price tag of 2.599 dollars, there are six different screen size options available ranging from 50 inches to 98 inches. The 50-inch version, which is the smallest screen of the series, starts at 1.600 dollars, while the massive 98-inch model goes up to 9.000 dollars. This pricing strategy and the technology it offers have made the device one of the most anticipated and talked-about television launches of the year.
Detailed measurements by independent reviewers position the Bravia 7 Mark II as the 4K television with the highest color accuracy available on the market in 2026. This superior performance maintains its validity even when the device is compared to Sony's own flagship, the Bravia 9 II model. This color accuracy achievement has essentially transformed a model intended for the mid-segment into one of the most popular devices on the market. Users and tech critics are praising this unique visual experience offered by the device. Since the day it was launched, the television has made a huge impact by pushing the boundaries of image quality.
Traditional mini-LED televisions typically rely on white or blue LEDs passing through a color filter to create colors. However, Sony's True RGB technology completely eliminates the need for this color filter by using independent clusters of red, green, and blue mini-LED chips. This innovative approach enables the screen to directly control both its color and brightness intensity at the backlight level. As a result of this technology, Sony claims to offer up to four times more color volume compared to its own Bravia 8 II OLED model, and approximately twice as much compared to last year's Bravia 9 model. In practical use, this means that bright and extremely saturated colors can be maintained even in intense HDR scenes where standard LCD panels typically fade.
Looking at the technical specifications of the television, it is seen that a consistent hardware and software package is offered across all screen sizes; only the audio configurations are scaled according to the panel size. In terms of HDR support, the device supports Dolby Vision, HDR10, and HLG formats, but unfortunately does not offer the HDR10+ standard. The XR Processor, which acts as the brain of the television, expertly manages color transitions and matching with True RGB optimization. The device features the Google TV smart platform integrated with hands-free Gemini voice control, a dialog clarification feature with Voice Zoom 3, and an ATSC 3.0 tuner. Additionally, with the Pro package offered for 65-inch and larger models, users can enjoy privileges such as a three-year replacement warranty, a backlit rechargeable remote control, and extra movie credits.
Sony is not alone in this field, and giant rivals such as Samsung, LG, Hisense, and TCL are also introducing their own Micro RGB or RGB-branded mini-LED models to the market. However, the biggest difference that sets the Sony Bravia 7 Mark II apart from its competitors is its unique processing layer developed at the operating system level. The company's XR Processor and Triluminos Max color engine successfully minimize color crosstalk, which is caused by the mixing of side-by-side colored LEDs on RGB LED screens. Despite this, the most criticized aspect of the device is that it only has two HDMI 2.1 ports, which can create a bottleneck for game consoles because it has to allocate one of these ports to an additional audio device. Although independent reviews confirm the low crosstalk level claimed by Sony, this HDMI limitation stands out as a technical disadvantage for gamers and cinephiles.
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