If you’ve been following the TV market in 2026, you’ve probably noticed a surge of new terminology: RGB Mini LED, Micro RGB, Mini RGB, and now Sony’s “True RGB”. Especially when it comes to Micro RGB, it might seems like 2026 is the year when Micro LED TVs become more widespread, but that’s actually not the case. All these TVs, including Sony’s True RGB televisions are still LCD TVs. They use a liquid crystal panel with a backlight behind it. They are not emissive displays like OLED or Micro LED, where each pixel generates its own light. Sony itself has been upfront about this distinction.
So what’s actually different?
A better backlight, not a new display type
Traditional Mini LED TVs, including Sony’s own excellent BRAVIA 9, use blue LEDs as their backlight source. A quantum dot film then converts that blue light into the full color spectrum. It works well, but the blue foundation introduces compromises: color accuracy can drift, blooming artifacts glow white, and viewing angles suffer from color washout.
Sony’s True RGB replaces that single-color backlight with individually controllable red, green, and blue LED diodes. The technology can expand the color gamut closer to full BT.2020 and in Sony’s case deliver up to 4,000 nits of peak brightness. The system covers over 99% of the DCI-P3 color space and roughly 90% of BT.2020.
Not all “RGB” is created equal
This is where things get interesting, and where Sony is trying to draw a line. Hisense, LG, Philips, Samsung, and TCL have already introduced RGB LED technology for LCD TVs under various marketing names. But as reported by HDTVTest, who attended Sony’s demonstrations in Tokyo, some competing RGB-backlit TVs only use their RGB backlighting for test patterns and full-field color slides, presumably to hit impressive spec-sheet numbers, and then revert to white backlighting during actual content playback. Sony’s True RGB, by contrast, maintained color backlighting throughout real-world scenes.
As reported by HDTVTest, Sony also pointed out that some brands market TVs as “RGB” while using only two independently controlled diode colors rather than three. The company deliberately chose not to label its own BRAVIA 5 Mini LED, which uses a two-diode backlight, as an RGB TV to avoid diluting the True RGB proposition.
The real advantage: control, not just hardware
Sony argues that having three colored diodes is necessary but not sufficient. The harder engineering challenge lies in the algorithms that manage those diodes in real time. Controlling three independent color channels per backlight zone, while avoiding color crosstalk, blooming artifacts, and banding, requires significantly more processing power and sophistication than a conventional single-color backlight.
This is where Sony leans on its professional heritage. The company says its True RGB TVs use a local dimming approach derived from the BVM-HX3110, a mastering monitor widely used in Hollywood post-production. The system processes the signal at 96-bit precision, dynamically allocating optimal power to each RGB channel based on the specific scene.
What the demos showed
As reported by HDTVTest, in side-by-side comparisons against the BRAVIA 9 and the BVM-HX3110 reference monitor, the True RGB prototype demonstrated several tangible improvements. Blooming around bright colored objects appeared in the same hue as the object itself (red bloom around a red light source) rather than the white halo typical of blue-backlit LCDs. An HDR10 clip graded to 4000 nits showed the True RGB TV sustaining nearly that full brightness, while competing RGB LED models topped out between roughly 700 and 2200 nits. Off-axis color fidelity was also notably better, even compared to the BRAVIA 9’s existing X-Wide Angle technology.
An interesting MediaTek connection
FlatpanelsHD noted that Sony’s 75-inch True RGB prototype features 3,840 dimming zones (and 11520 RGB zones when counting all three colors), curiously the same numbers as Philips’ first RGB LED LCD TV, the MLED981. The suspicion is that MediaTek, which supplies system chips used by both Philips and Sony, has been doing much of the heavy lifting in RGB LED development. If true, this would suggest the underlying platform may become more widely available, though Sony’s differentiation would then rest squarely on its proprietary processing and backlight control algorithms.
The bottom line
Sony’s True RGB is a meaningful evolution of LCD technology, not a revolution and not a replacement for OLED. It is a transmissive display with a smarter, more capable backlight that addresses some of the longest-standing weaknesses of LED-backlit LCDs: limited color volume, white blooming, and brightness ceilings. Sony’s first True RGB TVs are expected to arrive this spring under the BRAVIA lineup. Whether the real-world performance matches the controlled demo environment remains to be seen once independent reviews begin, but the technology itself represents a genuinely interesting step forward for anyone who isn’t ready to give up the brightness advantages of LCD.
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