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Samsung's innovatory Micro RGB technology, while technically an LCD panel with a backlight, promises the finest local dimming available.

LEDtechnology alternative Micro RGB is preferred over microLED

,   and  Administrator
5 min read
Samsung's latest Micro RGB technology appears to utilise traditional LCD panels along with...
Samsung's latest Micro RGB technology appears to utilise traditional LCD panels along with backlighting, but it may feature the sharpest local dimming available to date.

Samsung's innovatory Micro RGB technology, while technically an LCD panel with a backlight, promises the finest local dimming available.

In a groundbreaking development, Samsung has introduced Micro RGB technology, a novel LCD backlighting system that promises to revolutionise the gaming monitor market. This innovative technology uses micrometre-scale red, green, and blue LEDs positioned behind the panel, each individually controllable to produce precise colors and contrast.

Unlike traditional LED LCD TVs that use white LEDs with colour filters or Mini-LED backlights typically emitting blue or white light, Micro RGB uses separate RGB micro-LEDs (under 100 micrometers in size) for backlighting, enabling finer local dimming and richer, more accurate color reproduction with full BT.2020 color gamut coverage.

While Organic Light Emitting Diode (OLED) displays are emissive (each pixel produces its own light) and offer perfect black levels by turning off pixels individually, Micro RGB is a backlit LCD technology, still requiring a panel to modulate light. However, by controlling individual red, green, and blue LEDs at a micro scale as backlight, Micro RGB achieves local dimming effectiveness close to OLED, reducing blooming (halo effect) seen in Mini-LED and conventional LED LCDs, and maintaining high brightness levels superior to OLED.

Micro RGB technology differs from microLED technology, which are true emissive displays made of microscopic red, green, and blue LEDs forming the image without a backlight. Samsung's Micro RGB is not a self-emissive panel but a sophisticated backlight solution for LCDs, whereas microLEDs produce light and color at each pixel independently. MicroLEDs generally offer OLED-like contrast and color performance with potentially better durability and brightness but are typically more complex and expensive to manufacture at large sizes. Samsung's Micro RGB TV bridges a gap by offering enhanced LCD backlighting benefits approaching those of OLED and microLED at large screen sizes, with lower power consumption and without some microLED production challenges.

Key Differences

| Technology | Light Source Type | Color Control | Contrast & Black Levels | Brightness | Production Complexity | |------------------|--------------------------------------|---------------------------------|-------------------------------|-----------------------|--------------------------------------| | Micro RGB | Micro-scale RGB LEDs as backlight | Independent red/green/blue LEDs | Local dimming close to OLED | Very high brightness | New but based on LCD tech, less complex than microLED | | OLED | Self-emissive organic pixels | Each pixel emits own light/color | Perfect blacks, pixel off | Moderate brightness | Mature, complex materials | | MicroLED | Self-emissive microscopic RGB LEDs | Each pixel independent LED | Perfect blacks, very high contrast | Very high brightness | High complexity, costly manufacturing |

The Future of Gaming Monitors

Samsung's Micro RGB is an advanced LED-backlight system with micro-sized RGB LEDs behind an LCD panel, enabling superior color and contrast control with higher brightness and energy efficiency compared to traditional Mini-LED or LCD TVs. It offers an alternative to OLED and microLED by combining pixel-level color backlighting with LCD modulation instead of self-emissive pixels.

Compared to existing LCD gaming monitors with mini-LED local dimming, the new Micro RGB tech has separate RGB LEDs for each backlight that can be controlled individually. Brighter OLED panels still seem like the best solution in the medium term when it comes to lighting control, contrast, and HDR performance. However, Micro RGB panels may offer an interesting value-orientated alternative.

Top Gaming Monitors in the Market

  • The Best Dual-mode Gaming Monitor is the Alienware AW2725QF.
  • The Best 1440p OLED Gaming Monitor is the MSI MPG 271QRX.
  • The Best 4K Gaming Monitor is the LG Ultragear 27GR93U.
  • The Best Budget Ultrawide Gaming Monitor is the ASRock Phantom PG34WQ15R2B.
  • The Best Budget OLED Ultrawide Gaming Monitor is the Alienware 34 QD-OLED.
  • The Best 1440p Gaming Monitor is the Xiaomi G Pro 27i.
  • The Best Overall Gaming Monitor is the MSI MPG 321URX.
  • The Best 32:9 Gaming Monitor is the Samsung Odyssey OLED G9.
  • The Best WOLED Gaming Monitor is the LG Ultragear 32GS95UE.
  • The Best Budget 1080p Gaming Monitor is the AOC Gaming C27G4ZXE.
  • The Best Ultrawide Gaming Monitor is the Asus ROG Swift OLED PG34WCDM.
  • The Best Budget 4K Gaming Monitor is the Gigabyte M28U.
  • The Best Budget 1440p Gaming Monitor is the Pixio PXC277 Advanced.

While the "Micro RGB" branding sets up expectations that the technology won't be able to meet, Samsung's new Micro RGB technology is poised to shake up the gaming monitor market with its advanced backlighting system and superior color and contrast control.

  1. The gaming monitor market is about to witness a transformation with Samsung's introduction of Micro RGB technology.
  2. This technology uses micrometre-scale RGB LEDs for backlighting, offering finer local dimming and richer, more accurate color reproduction.
  3. Unlike traditional LED LCD TVs, Micro RGB technology uses separate RGB micro-LEDs, enabling better color control compared to color filters or Mini-LED backlights.
  4. Despite not being self-emissive like OLED displays, Micro RGB achieves local dimming effectiveness close to OLED, reducing blooming and maintaining high brightness levels.
  5. Micro RGB tech differs from microLED technology, which are true emissive displays made of microscopic RGB LEDs forming the image without a backlight.
  6. Samsung's Micro RGB offers an alternative to OLED and microLED by combining pixel-level color backlighting with LCD modulation instead of self-emissive pixels.
  7. Compared to existing LCD gaming monitors with mini-LED local dimming, Micro RGB technology has separate RGB LEDs for backlight control.
  8. Brighter OLED panels still seem like the best solution for lighting control, contrast, and HDR performance in the medium term.
  9. However, Micro RGB panels may offer an interesting value-oriented alternative to LCD gaming monitors in the market.
  10. The Alienware AW2725QF is the best dual-mode gaming monitor available.
  11. The MSI MPG 271QRX offers the best 1440p OLED gaming experience.
  12. The LG Ultragear 27GR93U stands out as the best 4K gaming monitor.
  13. The ASRock Phantom PG34WQ15R2B is the best budget ultrawide gaming monitor.
  14. The Alienware 34 QD-OLED is the best budget OLED ultrawide gaming monitor.
  15. The Xiaomi G Pro 27i delivers the best 1440p gaming performance.
  16. The MSI MPG 321URX is the best overall gaming monitor currently.
  17. Samsung Odyssey OLED G9 excels as the best 32:9 gaming monitor.
  18. The LG Ultragear 32GS95UE is the best WOLED gaming monitor.
  19. The AOC Gaming C27G4ZXE offers the best budget 1080p gaming experience.
  20. The Asus ROG Swift OLED PG34WCDM delivers the best ultrawide gaming performance.
  21. The Gigabyte M28U is the best budget 4K gaming monitor available.
  22. The Pixio PXC277 Advanced is the best budget 1440p gaming monitor in the market.
  23. Samsung's new Micro RGB technology is predicted to shake up the gaming monitor market with its advanced backlighting system and superior color and contrast control.
  24. With Micro RGB technology, gamers can expect more immersive experiences and improved performance in their games.
  25. As more brands adopt Micro RGB technology, the gaming monitor industry can look forward to a new era of innovation and development.
  26. In line with the company's focus on the lifestyle segment, Samsung's Micro RGB technology can also potentially extend to other product categories, such as smartphones, smart-home devices, and lifestyle appliances like interior-design, cooking, wearables, and more.
  27. The Micro RGB tech's energy efficiency and superior contrast control could be particularly beneficial for outdoor-living appliances, such as outdoor TVs and screens, food-and-drink refrigerators, and gardening tools.
  28. Understanding the role of technology in enhancing learning experiences for students, Samsung might consider implementing the Micro RGB technology in education-and-self-development devices like tablets and laptops, promoting personal growth, mindfulness, productivity, and career development.
  29. With its focus on sustainable living, Samsung could benefit from the Micro RGB technology's energy efficiency features in home-and-garden devices, smart-home devices, and self-development tools, leaving a positive impact on the environment and the world around us.

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