On April 12th, MSI unveiled the MPG EZ120 ARGB fan featuring a magnetic design that allows for easy assembly akin to building blocks, reducing user effort and complexity during PC assembly.
These fans boast impressive specifications, with dimensions of 123mm x 120mm x 28mm and a lightweight build at just 203g. Users can choose between classic black and elegant white color options.
Employing advanced Fluid Dynamic Bearing (FDB) technology, along with the addition of a fixed nut, effectively reduces vibration and noise, thus enhancing durability.
The MPG EZ120 ARGB fan boasts 9 fan blades with a speed range of 0 to 1900 RPM ±10%. It delivers a maximum airflow of 73.82 CFM and a maximum air pressure of 2.56 mmH?O, all while keeping noise levels as low as 28.82 dBA, ensuring an efficient and quiet cooling experience for users.
But that's not all; this fan also excels in lighting effects. With a total of 33 embedded LED lights on the frame and blades, users can synchronize RGB lighting effects with their motherboard or customize colors and effects easily through the MSI Center, allowing for a personalized and dazzling lighting atmosphere.
It's worth mentioning that the MPG EZ120 ARGB fan features an innovative frame design. It incorporates built-in embedded magnets, allowing the fans to easily connect without the hassle of intricate cable operations.
Moreover, the magnetic connection blocks not only replace traditional fan cables but also handle power supply and signal transmission. This ensures a more secure connection between the two fans, making the installation process much simpler.
To meet users' needs for installing fans in different positions within the chassis, MSI also provides daisy-chain cables, facilitating the connection of MPG EZ120 ARGB fans in various locations inside the chassis.
Furthermore, users can utilize MSI's FAN HUB hub, which comes with four expansion ports, supporting connections for up to 18 MPG EZ120 ARGB fans. This offers users great flexibility in configuration and expansion, fully satisfying the requirements for heat dissipation and RGB lighting effects.
