Hisense Debuts UR9 Series TVs Featuring Filter-Free True RGB

Hisense has officially launched its UR9 Series televisions, introducing a display architecture known as True RGB MiniLED technology to the global market. Unlike traditional displays that rely on white backlights and color filters, this new series utilizes independent red, green, and blue LEDs to produce light. This hardware shift allows the televisions to achieve 100% coverage of the BT.2020 color gamut, providing a level of color accuracy and vibrancy that often surpasses high-end OLED models.

The flagship models in the lineup, specifically the 85-inch and 100-inch variants, are capable of reaching a peak brightness of 5,000 nits. This extreme luminance is managed by the Hi-View AI Engine RGB, which optimizes picture quality in real-time. To maintain deep black levels even in bright rooms, Hisense equipped the series with an Obsidian Panel featuring a specialized anti-reflection coating. The manufacturer confirmed the global rollout of these units on April 23, 2026.

Efficiency of True RGB MiniLED technology

For gamers, the UR9 Series offers a native 180Hz refresh rate. When using the Game Boost mode, the variable refresh rate (VRR) can reach up to 330Hz, catering to high-performance PC and console gaming. Beyond performance, the direct True RGB MiniLED technology system is significantly more efficient than filtered alternatives. Testing indicates it consumes approximately 40% less power than standard QLED sets because it does not have to push light through restrictive layers to achieve color.

The removal of color filters is the primary driver behind the series' performance. By using True RGB MiniLED technology, the UR9 avoids the light loss typically associated with filtering white light through multiple substrates. This results in purer primary colors and higher energy efficiency across the entire lineup. Available sizes for the new series range from 65 inches to a massive 100-inch display, ensuring options for various home theater configurations and viewing distances.

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