Superior pump and cold plate integration reduces connection point failure and delivers highly effective cooling quietly and efficiently. The infinite mirror provides a mesmerizing visual effect made even more impressive by ARGB lighting cusomization.
XPG LEVANTE X series coolers are compatible with a wide range of Intel® and AMD motherboard platforms, giving you the flexibility to pair this cooler with whatever modern processor you like.
XPG LEVANTE X series units utilize Asetek’s 7th Gen cooling solution to provide better heat management and 800RPM whisper-quiet performance.
The thermal-optimized copper plate with 0.15mm-thin micro channel provides a larger cooling area to enhance the efficiency of the heat-exchange process.
ARGB Fans with a Highly-Efficient PWM Cooling Solution.
XPG LEVANTE 240’s two Dual-Ring 120mm ARGB fans have 20 LEDs each, to deliver a vibrant visual experience.
Fluid Dynamic Bearing (FDB) fans with PWM(*) are designed with an auto-restart mechanism (up to 40,000 hours at 40ºC of MTBF).
PWM(*), or Pulse Width Modulation, allows fans and water pumps to adjust cooling speed and airflow based on the component’s temperature. Sync with motherboards that support PWM headers and appropriate software to enable this function.
The 100% aluminum radiator delivers a smooth, consistent gaming experience, supported by 11 water channels to disperse liquid and heat at an impressive rate.
The pump circulates LEVANTE’s low-evaporation coolant to the CPU and then initiates the heat transfer process from the CPU to the coolant via copper plate. The warm liquid then travels away from the CPU through the tubing to the radiator where it finally dissipates the heat from the with the assistance of high-performance FBD fans.
* All the images on this page are for illustration only.
* Product specifications and product appearance may differ from country to country. We recommend that you check with your local dealers for the specifications and appearance of the products available in your region. The colors of products may not be perfectly accurate due to variations caused by photographic variables and monitor settings, so they may vary slightly from images shown on this site. Although we endeavor to present the most accurate and comprehensive information at the time of publication, we reserve the right to make changes without prior notice.