The MSI MEG CORELIQUID E15 360 is introduced as an ambitious all-in-one cooling design targeting high-end and performance-focused gaming PCs.
At its core is a combination of engineering elements: a 30 mm-thick aluminum radiator, a next-generation three-phase motor pump, and three high-airflow fans, all housed in a single, unified frame.
One defining hardware feature is the integrated 6.67-inch curved AMOLED display. The screen offers a 2240 × 1080 resolution and supports media playback, customizable system information, and a glasses-free 3D effect.
Simplification in the build process is achieved through several systems, including a magnetic EZ Conn system and an integrated fan hub. Furthermore, the cooler features a universal mounting bracket compatible with Intel’s LGA 1700 and LGA 1851 sockets, alongside AMD’s AM4 and AM5 platforms.
Engineers implemented Laminar Focus Technology, which involves reversing the center fan’s orientation to reduce airflow turbulence passing through the radiator.
Detailed specifications outline the operational parameters for the system components.
The pump is rated for 3000 ± 300 RPM. It draws 0.52 ± 0.104 A and consumes 6.24 ± 1.248 W, holding a life expectancy of 50,000 hours at 40°C.
The radiator itself measures 397 × 124.5 × 30 mm and is constructed of aluminum. The water block and display unit dimensions are listed as 71.63 × 68.5 × 64.97 mm.
For cooling fluid circulation, the unit utilizes 390 mm of EPDM tubing featuring an IIR inner layer.
The three-fan assembly measures 362 × 125 × 28.4 mm. The fans run between 800 and 2300 ± 230 RPM, providing 217.91 CFM of airflow and 3.84 mm-H₂O of static pressure. They operate at a rated noise level of 39.58 dBA.
The fan array uses fluid dynamic bearings, providing a 40,000-hour life expectancy at 40°C. As a set, the fans draw 0.68 ± 0.15 A and consume 8.16 W, and include ARGB Gen 2 lighting.
Documentation on the product is handled digitally; instead of a printed manual, users must scan a QR code to access documentation.
The retail packaging was described as
