On May 12th, ASUS officially released the ROG Ryujin III WB Chinese version, the first water cooling head module under the ROG brand, offering users a choice of stylish black and white colors, with a starting price of 1899 yuan.
One of the core highlights of the ROG Ryujin III WB is the 3.5-inch IPS full-color LCD display screen, with a refresh rate of up to 60Hz, capable of showing clear and smooth content. Users can highly customize the displayed content according to their preferences, easily showcasing GIF animations, personalized logos, or images on the screen.
At the same time, this screen also has 32MB of storage space, allowing for the upload and storage of a large amount of content, supporting up to 2000 frames of video content, providing users with a wealth of display options.
In terms of heat dissipation performance, the ROG Ryujin Dragon God III WB also performs exceptionally well. It uses ROG custom hard tube fittings, which are convenient and quick to twist, seamlessly connecting to ensure the efficient operation of the water cooling system.
The radiator features 178 micro cooling fins and small copper alloy cold plates internally, significantly boosting heat dissipation efficiency. The embedded axial flow technology cooling fan is the icing on the cake, with a maximum speed of 5100 RPM, maximum airflow of 21.08 CFM, and maximum air pressure of 5.53 mmH2O, effectively reducing the temperature of the motherboard power modules. Officially claimed to reduce temperatures by up to 35°C, enhancing overall system performance and stability.
In addition to serving as a display platform, the ROG Ryujin Dragon God III WB's full-color LCD screen can also be used for hardware monitoring. Through the Armoury Crate software, users can choose to display key information such as temperature, voltage, fan speed, or frequency, keeping track of hardware operation status at all times.
Furthermore, this liquid cooling radiator also seamlessly integrates with AIDA64 Extreme, providing users with a more comprehensive and convenient monitoring experience.
