Hisense has announced the launch of its new UR9 TV, which is the first television to use RGB LED backlighting technology in the market. This TV comes in a 65-inch size priced at $3500, placing it in direct competition with high-quality OLED devices from companies such as LG and Samsung.
The RGB LED technology features backlighting made up of red, green, and blue LED units, allowing it to deliver more accurate and clearer colors compared to traditional technologies. Tests have shown that the UR9 TV offers outstanding performance in color display, supporting the BT.2020 color gamut, enabling it to display colors beyond the P3 range used in most HDR content.
Event Details
The UR9 TV is available in four different sizes: 65 inches priced at $3500, 75 inches at $5000, 85 inches at $6000, and 100 inches at $9000. The TV features a thickness of 1.8 inches and uses a stand base, equipped with three HDMI 2.1 ports and a USB-C DisplayPort. It also supports a native refresh rate of up to 180 Hz, making it suitable for gaming.
During performance testing, a variety of content including movies and games were used, with positive feedback noted regarding picture quality and colors. Although the UR9 TV performs well in color display, the competition with OLED devices remains, as OLED technology has a significant advantage in color contrast.
Background & Context
Hisense is considered a leading company in the electronics manufacturing sector, having previously launched the 116UX TV, which was the world's first RGB LED television. However, the launch of the UR9 represents a new step towards providing advanced technology at affordable prices for consumers.
Historically, OLED devices have been the preferred choice for home cinema enthusiasts due to their high quality in color display and contrast. However, the emergence of the UR9 TV may change the game in the market, as it offers a new technology that could be more competitive.
Impact & Consequences
The entry of Hisense into the RGB LED TV market poses a significant challenge to companies like LG and Samsung, which dominate the OLED market. If the UR9 successfully proves its quality, it could lead to a shift in consumer preferences towards new technologies.
This development may also encourage other companies to innovate in television technology, resulting in improved picture quality and reduced prices in the market overall.
Regional Significance
With the increasing demand for high-quality televisions in the Arab region, consumers may find the UR9 TV an attractive option due to its advanced features and competitive pricing. This could lead to increased competition among manufacturers, ultimately benefiting consumers.
In conclusion, the UR9 TV represents an important step in the world of television technology, reflecting ongoing advancements in this field. As innovation continues, the future remains bright for modern display technologies.