After spending over $10,000 on various TVs and exploring questionable international marketplaces, Linus Tech Tips discovered that Hisense has achieved what seemed impossible. Their new RGB trichroma 116 UX isn’t just another incremental upgrade – it’s a fundamental shift in how we experience visual content at home.
The introduction of the world’s first mini LED TV with an RGB backlight marks a pivotal moment in display technology. This isn’t just about bigger screens or higher resolution – it’s about reimagining how TVs create the colors we see. Here is what I learned from Linus Tech Tip’s detailed review on RBG Led TV’s.
The RGB Revolution in Display Technology
Traditional quantum dot technology, which uses blue light to excite colored particles, has been the standard for years. However, Hisense’s approach is brilliantly simple: why not directly produce the desired colors instead? This direct color production method achieves unprecedented color saturation levels that challenge our expectations of what TVs can display.
The technical achievement here is remarkable. Each colored LED in the backlight system can produce 65,000 brightness levels, requiring perfect balance with its color partners. Consider these key aspects of the technology:
- Direct RGB backlighting for pure color production
- Full array local dimming for enhanced contrast
- 10,000 nits peak brightness capability
- 97% coverage of the BT2020 color space
Processing Power Meets Visual Excellence
The Highview AI engine X isn’t just marketing speak – it’s the backbone that makes this technology possible. The specifications tell an impressive story:
- 40% improvement in CPU performance
- 70% boost in neural processing
- 100% increase in GPU capability
These improvements were essential to handle the complex calculations required for RGB backlighting in real-time. The processing power manages thousands of dimming zones while maintaining perfect color balance and preventing unwanted visual artifacts.
The Future of Display Technology
The competition isn’t standing still. Samsung’s developments in MicroLED technology, particularly their through-glass via technology, show that innovation is happening across the industry. Their 143-inch prototype with a 21:9 aspect ratio demonstrates the potential for truly seamless viewing experiences.
However, the RGB approach appears to be winning the color reproduction battle. Both Hisense and Samsung’s RGB MicroLED prototypes display color vibrancy that sets new standards for visual fidelity.
The implications for home entertainment are significant. These advancements mean we’re approaching a level of visual quality that rivals or exceeds commercial cinema experiences. The combination of perfect blacks, eye-catching brightness, and unprecedented color accuracy creates an immersive experience that was previously impossible in home environments.
The Real-World Impact
While these technological achievements are impressive, they raise important questions about accessibility and practicality. The current generation of these displays remains in the luxury category, with prices that rival premium automobiles. However, like all technology, we can expect prices to decrease as manufacturing processes improve and competition increases.
For now, these displays represent the pinnacle of what’s possible in home entertainment. They set new benchmarks for performance and show us where the industry is heading. The future of television isn’t just about more pixels – it’s about better pixels, delivered through innovative approaches to light and color management.
Frequently Asked Questions
Q: What makes RGB backlighting different from traditional TV technology?
RGB backlighting produces colors directly instead of using blue light to excite quantum dots. This results in more accurate colors and better saturation, creating a more vivid and lifelike image.
Q: How bright are these new TVs compared to current models?
These new TVs can reach up to 10,000 nits of peak brightness, which is significantly higher than most current consumer TVs that typically range from 500-2,000 nits.
Q: What role does AI play in these new television systems?
The AI processing handles complex calculations for managing thousands of dimming zones, balancing color output, and maintaining image quality in real-time. This requires significant computational power and sophisticated algorithms.
Q: Will these technologies become affordable for average consumers?
While current models are in the luxury price range, manufacturing improvements and market competition should gradually make these technologies more accessible to average consumers over time.
Q: How do these TVs compare to OLED technology?
These new TVs can achieve near-OLED black levels while offering significantly higher brightness and potentially better color accuracy. They combine the best aspects of both OLED and LED technologies.
Finn is an expert news reporter at DevX. He writes on what top experts are saying.
