Hisense unveils 4K ULED U6 Series TVs, Laser UST, and Premium Mini-LED ULED X Series

At CES 2023 in Las Vegas, Hisense unveiled updates to its home and entertainment TV line-ups. The 85-inch ULED X Series televisions were the focus of the company’s most important announcement. The company did, however, also disclose that the same series would feature a display of 110 inches in size and has 8K HD resolution, winning the CES Innovation Award for the new product.

All about Hisense New Product Line!

Hisense presents its updated 2023 product line, with a strong emphasis on Laser TVs and ULED X screens.

A peak brightness of up to 2500 nits, Quantum Dot Color, and over 5000 local dimming zones are all features of the new Hisense ULED X, commonly known as the UX Series. The Hi-View Engine X, a unique AI processor developed by Hisense, powers all the models. The 85-inch TV’s display has Dynamix X, which enables the image to change depending on the scene. This creates the most immersive viewing experience possible.

The ULED X is compatible with Dolby Vision Atmos and supports HDR 10 and HDR 10+ as well as HLG. The inbuilt Game Mode Pro provides AMD FreeSync Premium Pro, Auto Low Latency Modes, and 120 Hz VRR with MEMC for the UX Series. The UX Series uses CineStage X for 4.1.2 multi-channel audio for audio needs. Through Wi-Fi 6E, wireless compatibility is provided.

This year, the company’s line of ULED 4K televisions (the U-Series) is available in three models, the U6, U7, and U8 Series, each with a lot of the same features. When it is released later this year, the U6 is expected to sell for less than $500. Hisense’s U6 Series offers a Mini LED display with more than 200 Full-Array local dimming zones and will be available in sizes ranging from 50 to 85 inches.

The display features the same Quantum Dot Color and Hi-View Engine as the UX Series, but only 600 nits of peak brightness. For its Game Mode Plus option, it offers a 60 Hz variable refresh rate, Auto Low Latency Mode, and AMD FreeSync. Dolby Vision Atmos further improves the visuals, which are HDR-ready and compatible with HDR 10, HDR 10+, and HLG.

The same MiniLED display, over 500 Full-Array local dimming zones, and up to 1000 nits of peak brightness are offered by the U7 from the ULED 4K series. 2.1 multi-channel audio drives the music, while Dolby Vision, Dolby Atmos and the same HDR compatibility options drive the graphics. AMD’s FreeSync Premium Pro, 144 Hz VRR with MEMC, and Game Mode Pro for the U7 are all available. Additionally, this display supports Wi-Fi 6E. When the U7 series is released in the upcoming months, it will cost less than $1,000.

The U8 adds an Anti-Glare and Low Reflection Panel, 2.1.2 multi-channel audio, and an Anti-Glare and Low Reflection Panel to the display, raising the maximum brightness to 1500 nits. All ULED 4K panels employ the Google TV service, which gives users access to thousands of streaming services and supports hands-free device control.

As part of the CES 2023 theme this year, the business pledges to offer five new 85-inch display options as well as a 110-inch ULED X television that will be made available to consumers later in 2023.

However, the business is also concentrating on the Laser TV market to make sure that consumers will start using the products in their homes instead of conventional televisions and that they won’t need basements or other specialised areas to utilise Laser TV projectors. Over a period of three years, the growth in the company’s Laser TV category has climbed by 400%.

Hisense has now developed the first home 8K Laser TV in the world and is launching new 4K Laser TVs that are supported by Trichrome technology for the best possible picture quality. The new Laser TVs will have screens between 100 and 120 inches in size in 2023, support for Dolby Vision and Dolby Atmos audio, and an amazing 40W inbuilt speaker array. While the PX2-Pro and Cube C1 Mini Projectors build upon earlier iterations with improved picture and sound, the PL1H is thought of as the entry point for customers into Laser televisions.