Redmi wearable new products announced in early spring 2023: large screen watches, large screen bracelets, colorful headphones
CTOnews.com, December 24 / PRNewswire-FirstCall-Asianet /-- Redmi today unveiled a new wearable early spring line of 2023, including large-screen watches, large-screen bracelets and colorful headphones. The new series will be unveiled at the Redmi 2023 New year's conference with the K60.
According to reports, the new wearable 2023 early spring series includes Redmi Watch 3, Redmi bracelet 2 and Redmi Buds 4 youth version. Officials have now released some configuration information for Redmi Watch 3, saying that its display area has increased by 14.8%, pixel density up to 341PPi, sharpness increased by 1.3x, and the highest brightness 600nit, which is used as usual in the sun.
CTOnews.com learned that the Redmi 2023 New year's conference has now been officially announced at 19:00 on December 27. The Redmi K60 is equipped with a 2K vertical screen this time, and the K60 Pro will be equipped with a 2K high-quality vertical screen with the following features:
Brightness upgrade: 1400nit highlight peak brightness, domestic higher
Color upgrade: 12bit / 68.7 billion colors, full link P3 wide color gamut
Eye protection upgrade: 1920Hz PWM dimming, hardware-level low blue.
In terms of configuration, the Redmi K60 series includes Redmi K60E, Redmi K60 and Redmi K60 Pro models, which are equipped with Tianji 8200, the first generation Snapdragon 8 + and the second generation Snapdragon 8 respectively.
According to Lu Weibing, based on the frenzy adjustment, the K60 has been upgraded to a fury engine. The optimization group takes e-sports mobile phone as the standard model, optimizes item by item from the dimensions of data reading and writing, bottom scheduling, touch detection and network delay, and fine adjusts frame by frame rate, power consumption, temperature, stability and so on. In terms of heat dissipation, both Pro and the standard version upgrade super large area giant VC, together with a variety of large area heat dissipation materials, to form the strongest heat dissipation system in the history of Redmi.
