Google Gemini is now integrated into LG's latest premium smart TV, the Mini RGB evo AI MRGB85, as part of the webOS operating system alongside Microsoft Copilot. The TV's alpha 8 AI Processor features a neural processing unit (NPU) that is 5 times faster than previous generations, enabling real-time AI processing for image enhancement and picture optimization.

What Does Gemini Integration Actually Mean for Your TV?

LG's integration of Google Gemini into the Mini RGB evo represents a shift toward embedding advanced AI assistants directly into consumer entertainment devices. The webOS operating system now includes both Google Gemini and Microsoft Copilot, though the source does not specify which features are powered by which AI system. The alpha 8 AI Processor handles core picture optimization tasks, including precision dimming and color management, with a neural processing unit that delivers significantly faster computation than earlier generations.

The processor includes a 20 percent larger memory capacity and 10 percent faster graphics processing compared to previous versions. These hardware improvements enable more complex AI tasks to run without noticeable lag. The TV also features UL-verified Eyesafe RPF 35 certification, indicating reduced blue light output while maintaining color vibrancy.

How Does the AI Processor Improve Picture Quality?

The alpha 8 AI Processor controls advanced dimming blocks across the display to create deeper blacks and sharper contrast. The processor analyzes content in real time to optimize brightness and contrast levels independently across different zones of the screen. This level of AI-driven optimization has historically been reserved for professional cinema equipment rather than consumer televisions.

The TV combines this processor with LG's proprietary Mini RGB LED technology, which delivers certified 100 percent color coverage across two professional color standards: DCI-P3 and Adobe RGB. The Tandem LED technology stacks multiple RGB color layers to achieve accurate and vivid color reproduction without requiring independently driven red chip LEDs.

Key Hardware and AI Features of the Mini RGB evo

• Precision Dimming: The alpha 8 processor independently controls dimming zones to create deeper contrast and enhanced detail by analyzing content in real time.
• Color Accuracy: The TV achieves certified 100 percent color coverage across DCI-P3 and Adobe RGB standards, verified by Intertek for professional-grade accuracy.
• NPU Performance: The neural processing unit delivers 5 times faster AI computation than previous generations, enabling rapid processing of image analysis and optimization.
• Refresh Rate: The 86-inch 4K display supports a 120 Hz refresh rate, displaying up to 120 frames per second for sports and fast-action content.
• Audio Integration: Dolby Atmos spatial audio works with the processor to optimize sound based on room acoustics and content type.
• Eye Comfort: UL-verified Eyesafe RPF 35 certification indicates reduced blue light output while maintaining color vibrancy.

The Mini RGB evo earned AVForums Editor's Choice for Best Smart TV System in 2025/26, suggesting that the combination of advanced hardware and AI integration resonates with reviewers. The TV represents a notable shift in how AI is being deployed in home entertainment, moving beyond simple voice commands to active, real-time optimization of the viewing experience.

LG's decision to integrate both Google Gemini and Microsoft Copilot reflects a pragmatic approach to AI in consumer electronics. Rather than relying on a single AI provider, the company is positioning the TV as a hub that can leverage multiple AI systems. This strategy allows the TV to draw on different AI capabilities without being locked into one ecosystem.

As AI integration becomes more common in consumer electronics, LG's approach with the Mini RGB evo demonstrates how hardware manufacturers are embedding advanced processors and AI assistants into devices to create more adaptive experiences. The shift toward AI-powered smart TVs may signal a broader trend where entertainment devices become increasingly responsive to content and viewing conditions in real time.