Honor WIN2 Series Gets Visionox 2K 185Hz Display, and Configurations Are Revealed

Honor's upcoming WIN2 gaming series will use a Visionox 2K 185Hz OLED flat screen across the whole lineup. Visionox has confirmed it as the world's first 2K 185Hz gaming smartphone display, ahead of the October 21 launch in China.

Display

1. The panel is 6.89 inches, flat, with a 2K resolution and 185Hz refresh rate.
2. It has 5,920Hz PWM dimming and ultra-thin 0.93mm bezels.
3. According to Visionox, the company got the TÜV Rheinland Global Eye Protection 6.0 and flicker-free certifications.
4. A super-resolution AI algorithm preserves the 2K resolution, and more than 40 popular games have the native 185Hz.
5. Visionox is the sole strategic screen supplier for the series.

Models and Specs

The lineup has three phones: WIN2, WIN RT2, and WIN Turbo 2. According to tipster Digital Chat Station, the two main configurations are:

Honor is confirming its chipset, 10,100mAh battery and dual-turbo cooling in the WIN2 that will help it reduce temperature up to 10 degrees Celsius within 50 seconds.. The WIN RT2's Snapdragon 8 Elite Gen 5 is still a rumor.

An early WIN2 benchmark reportedly reached about 5.7 million on AnTuTu. That unit had 16GB RAM, 1TB storage and Android 17. The WIN2 is also tipped to carry IP68, IP69 and IP69K ratings.

Design and Pre-Orders

Pre-orders are open in China. The phones come in three colors: Quick Play, Win by Choice, and Red & Blue Buff.Storage and memory choices are 12GB + 256GB, 16GB + 256GB, 12GB + 512GB, 16GB + 512GB, and 16GB + 1TB. It is designed in a horizontal matrix design style with vertical edges, backside RGB lighting, fan for cooling, and a cloud-patterned back panel.. Pricing has not been announced.

Correction to check: The original article calls the 12,070mAh phone the "standard" version and the 10,100mAh phone the "Pro". Other sources show the 12,070mAh model is the WIN RT2 and the 10,100mAh model is the WIN2. I used those names above. Also, "1TB HDD" in the original is wrong; it is 1TB of flash storage.