Haier‘s high-end Casarte sub-brand was established in 2007 and has since then continually released premium products including the Casarte hybrid water heater announced recently. The brand has also launched the Light Year E68 Mini LED TV. The smart TV was unveiled at the 2023 China Home Appliances and Consumer Electronics Expo (AWE), is an exciting new addition to the world of home entertainment. The TV boasts Rheinland & CQC eye protection double-certified QD-MiniLED technology, which helps to ensure that users do not harm their eyes while watching TV.

Haier Casarte Light Year E68 TV

The Casarte Light Year E68 TV features a precise light control which is achieved through the 1+N image quality chip architecture, bringing a comfortable viewing experience. The TV also relies on LR technology to reduce surface reflectivity, and it adopts the “AG+LR” principle to achieve anti-glare and anti-reflection effects.

Haier’s Casarte brand unveils the Light Year E68 Mini LED TV

In addition to these eye protection features, the Casarte Light Year E68 TV has several other impressive specifications. For instance, the TV has a peak brightness that exceeds 1000 nits, and its color gamut is 30% higher than that of ordinary TVs. It also comes with support for 240Hz refresh rate.

Haier Casarte Light Year E68 TV

As for the sound quality, the TV features a multi-dimensional sound field system that can realize the virtual 5.1 surround sound effect. This means that viewers can enjoy the experience of being in a theater without leaving their homes.

In addition, the smart TV can act as the center of the entire smart home, supporting the interconnection of Haier’s 8,000+ smart home appliances. This means that users can enjoy one-screen management of the whole family.

Haier Casarte Light Year E68 TV

Finally, the Casarte Light Year E68 TV offers a humanized experience that is designed to make watching TV as enjoyable as possible. The TV can boot up in just 5 seconds, and it features 0 advertisements. This is achieved through the upgrade of the chip and the optimization of the boot loading process.

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