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The global industry of Smart TVs Entering 2026, the market seeks a new level of visual performance, driven by manufacturers who want to overcome limitations in brightness, lifespan, and color reproduction found in current technologies. In this scenario, the Micro RGB It emerges as the next generation of premium displays, structured around microscopic LEDs capable of emitting light independently and delivering more realistic, stable images, expandable to sizes above 100 inches. CES 2026In Las Vegas, several brands are expected to present portfolios based on this concept — a potential game-changer for illuminated rooms, HDR content, competitive gaming, and continuous use.
What is Micro RGB?
The technology Micro RGB It uses red, green, and blue LEDs smaller than 100 micrometers, each acting as an individual emitting point. By eliminating optical filters and backlighting layers, the panel operates with point-by-point brightness and saturation control, increasing tonal granularity and reducing brightness distortions.

This precision improves shadows, intense reflections, and chromatic gradients, bringing the visual result closer to the real behavior of light—something especially noticeable in HDR content, high frame rate games, and sports broadcasts. Furthermore, being a modular structure, the Micro RGB better scale for screens 85 to 120 inches, an area where OLED and Mini-LED technology face thermal and consistency challenges.
Micro RGB vs. Mini-LED
O Mini LED It still relies on an LCD layer and zoned backlighting. As for... Micro RGB It transforms each microscopic LED into an independent emitter, which reduces light leakage and increases local sharpness. In practice, this means more controlled brightness and fewer artifacts at the edges of luminous objects.

While Mini LED It delivers good peaks, but struggles to maintain intensity without spreading halos. Micro RGB It tends to maintain high brightness for extended periods, preserving specular details and preventing the typical light loss in very bright scenes. Environments with windows, lamps, or reflectors are more favorable for this type of panel.
Individual LED control reduces halos around subtitles or bright elements against dark backgrounds. Video game icons, sports graphics, and static interfaces appear cleaner, without an artificial aura.
Micro RGB vs. OLED
O OLED It still dominates in terms of pure contrast thanks to the complete pixel binning, but it loses ground when trying to maintain continuous maximum brightness — which increases screen wear. Micro RGB It uses inorganic LEDs, supporting higher brightness peaks with less structural impact, making it more suitable for aggressive HDR or large-format displays.

The main barrier of OLED It's burn-in — permanent retention in static areas. No Micro RGBThe absence of organic materials reduces this risk and makes the panel more suitable for prolonged use in news, dashboards, streaming interfaces, and gaming HUDs.
O OLED It should remain unbeatable for absolute blacks in completely dark rooms. However, in everyday lighting, the Micro RGB It tends to maintain greater perceived contrast, as it compensates for the loss of light density with sustained brightness and less fading.
Brightness and contrast

The structural objective of Micro RGB The goal is to maximize photometric control. The individual performance of the LEDs improves:
- Details in highlights (sparks, neon, metallic reflections)
- depth perception in brightly lit scenes
- HDR stability during long sessions.
Combined with AI processing—such as interpolation, noise reduction, and upscaling—the panel reduces blur, improves clarity in motion (120/144 Hz), and delivers more legible dark gradations.
Cor

With certifications that aim for 100% of the BT.2020 gamut, the Micro RGB It attempts to expand the perceptible color spectrum beyond Rec.709 and DCI-P3. In practice, this means:
- More saturated tones without "artificial neon"
- Smooth gradations without banding
- Greater fidelity in skin tones, sky, and vegetation.
For games, animations, and CGI, the advantage lies in cleaner textures and palettes that respect the digital original.
Durability

By employing inorganic LEDs, the Micro RGB It reduces wear and tear caused by blue light, heat, and oxidation. This extends the panel's lifespan—especially in 4K or 8K resolution displays above 90 inches, where thermal stress is often critical.
The expected result is less retention, less progressive loss of gloss, and greater operational stability. This characteristic benefits not only domestic use, but also professional applications, shop windows, and live sports.
LG and Samsung models at CES 2026
Two of the world's biggest technology brands in Smart TVs, Samsung e LG, will be present at CES 2026 (January 6-9, 2026) in Las Vegas, to present more details about its new lines of televisions with technology Micro RGBEven without prices or release dates announced, both companies have already revealed some details about their upcoming models with the new screen technology.
Samsung Neo QLED 8K Micro RGB
the answer of Samsung the new era of displays is the Neo QLED 8K Micro RGBThis entertainment machine redefines color vibrancy through the raw power of its engineering. While previous screens relied on filtered blue light, this model introduces "Active Micro RGB Backlight" technology: a dense array of microscopic red, green, and blue LEDs that fire pure colored light directly behind the screen. This allows the TV to achieve 100% color volumes of the BT.2020 spectrum (unprecedented in consumer TVs) and brightness peaks that make HDR seem like tangible reality.
The brains behind the panel are the new NQ8 AI Gen3 processor, which uses 512 neural networks to separate objects from the background in real time, creating three-dimensional depth without glasses, while the Object Tracking Sound Pro system makes the audio physically travel across the screen following the action.
Technical specifications:
|
Categories |
Specification |
Details |
|---|---|---|
|
Panel and Image |
Display Type |
Micro RGB (Quantum Mini RGB LED Backlight) |
|
Resolution |
8K Real (7680 x 4320) with 8K Association Certification | |
|
Contrast |
Quantum Matrix Technology Pro (14-bit light control) | |
|
Maximum Brightness (Peak) |
5.000 nits (Extreme focus on high brightness HDR) | |
|
Color Coverage |
100% Color Volume (Pantone Validated) and 100% BT.2020 | |
|
Anti-Reflective |
Technology glare free (Matte satin finish, no light reflections) | |
|
Processing |
Processor |
NQ8 AI Gen3 Processor (512 AI Neural Networks) |
|
Upcaling |
8K AI Upscaling Pro (AI-based texture restoration) | |
|
Movement |
AI Motion Enhancer Pro (Optimization for fast sports) | |
|
Gamer Resources |
HDMI ports |
4x HDMI 2.1 (All support 4K 240Hz or 8K 60Hz) |
|
gaming hub |
Native access to Xbox Cloud Gaming, GeForce Now (without console) | |
|
Technologies |
FreeSync Premium Pro, Game Bar 4.0, AI Auto Game Mode | |
|
Audio |
Sound system |
6.2.4 Channels (90W) with integrated Woofers |
|
Technologies |
OTS Pro (Sound on the Move), Wireless Dolby Atmos | |
|
Synchronization |
Q-Symphony (Uses TV speakers + Soundbar simultaneously) | |
|
Smart TV & Design |
Operational system |
Tizen OS (New content-centric interface) |
|
Connectivity |
One Connect Box (External box that eliminates wires on the back of the TV) | |
|
Design |
Infinity Air Design (Invisible edges and "floating" support) |
LG Micro RGB evo AI

The new LG Micro RGB evo AI It represents the absolute pinnacle of visual engineering, merging the unparalleled image quality of self-emitting panels with the durability of inorganic materials. The use of Micro RGB The construction of its screen results in "infinite" contrast with perfect blacks — similar to OLED — but with extraordinary brightness and superior longevity, without the risk of burn-in.
Furthermore, the Smart TV will feature a new panel architecture focused on maximum luminous efficiency, while the powerful integrated AI processor analyzes and optimizes content scene by scene, ensuring that the incredible capabilities of the hardware are used to their fullest potential for an unprecedented home cinema experience.
Technical specifications:
|
Categories |
Specification |
Details |
|---|---|---|
|
Panel and Image |
Display Type |
Micro RGB (Inorganic Self-Emitting Species) |
|
Resolution |
8K Ultra HD (7680 x 4320) or 4K, depending on the size. | |
|
Contrast |
Infinity (Absolute black, 0 nits) | |
|
Maximum Brightness (Peak) |
Greater than 4.000 nits (Estimated) | |
|
Color Coverage |
100% DCI-P3 / >95% Rec. 2020 (Full Color Volume) | |
|
Update Rate |
Native 144Hz (with VRR support) | |
|
Processing |
Image Processor |
α (Alpha) 11 AI 8K processor (or higher generation) |
|
Upcaling |
AI Super Upscaling 8K (Deep Learning) | |
|
HDR |
Dolby Vision IQ, HDR10 Pro, HLG, Filmmaker Mode | |
|
Gamer Resources |
HDMI ports |
4x HDMI 2.1 (48Gbps total bandwidth) |
|
Technologies |
NVIDIA G-Sync Compatible, AMD FreeSync Premium Pro | |
|
Resources |
VRR (Variable Refresh Rate), ALLM (Low Latency Mode), HGiG | |
|
Response Time |
< 0.1 ms (Instantaneous due to the nature of the Micro LED) | |
|
Audio |
Sound system |
4.2.2 Channels (Estimated power of 80W-100W) |
|
Technologies |
Dolby Atmos, DTS:X, AI Sound Pro (Virtual 9.1.2 up-mix) | |
|
Synchronization |
WOW Orchestra (Sync with LG Soundbars) | |
|
Smart TV & Design |
Operational system |
webOS 25 (Supports webOS Re:New updates) |
|
Artificial Intelligence |
LG ThinQ AI, Hands-Free Voice Control, Matter Support | |
|
Design |
“Zero Bezel” (Modular design with no visible edges) |
Micro RGB vs. OLED: Which is better?
The comparison depends on the usage scenario:
- If the priority is perfect black and movies in dark theaters, OLED remains the aesthetic benchmark.
- If consumers value extreme brightness, burn-in resistance, and giant screens, Micro RGB appears to be the most logical choice.
- For gamers and sports, long-lasting lighting tends to favor Micro RGB.
- In terms of cost-effectiveness, OLED will still be more affordable in the short term.
With the promise of technology Micro RGB to gain prominence during the CES 2026The market may be about to witness a transition similar to that from LCD to LED — a structural change that redefines brightness, color, durability, and the viability of increasingly larger screens.
So, what did you think about the new screens? Smart TV with Micro RGB? Leave your opinion in the comments.
Learn more:
Text revised by Alexandre Marques in 19 / 12 / 2025.
Sources: Tom's Guide, Samsung e LG.
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