The new MWE Gold V2 1250, 1250 series is the next step in the evolution of Cooler Master's entry level 80 Plus Gold Power Supply line which improves upon the original version in the places where users will see the most immediate benefit in terms of performance and stability for high end pc requirements.

The MWE Gold V2 1250 has been upgraded with a 140 mm FDB fan. The fan bearing delivers quiet and effective cooling solutions with longer lifespan.

MWE Gold 1050 & 1250 are equipped with a 140 mm silence fan with smart temperature controlling feature. The fan supports 0 RPM to achieve 0 noise based on the scenario.

The MWE 1250 Gold - V2 comes standard with 2 EPS connectors, 6 PCI-e connectors, and a high maximum wattage in order to ensure universal compatibility with all current gen motherboards and RTX 30 series graphics cards. You can build the high end system of your dreams and run all the latest games without having to break the bank on your PSU. This unit has all the necessary features to power the newest components for a great price.

MWE Gold V2 1250 comes with flat black cables that can be customized to each user's individual needs. The flat cable design also benefits the overall cable management and improves airflow. MWE Gold V2 1250 also provides enough connectors for the system with the latest motherboards and RTX graphics cards.

Efficiency has always been one of the most important factors for users when choosing their power supply unit. While there are a range of efficiency options, 80 PLUS Gold has been the ideal choice for the last several years and continues to be seen as the standard for much of the world. The MWE Gold - V2 delivers an 80 PLUS Gold certification, guaranteeing a typical minimum efficiency of 90%.

MWE Gold V2 1250 series is able to push its temperature resilience to 50 degree Celsius safely. Such a high threshold greatly improves what's possible to accomplish with the unit and your system in general. Overclocking and other high intensity applications become way more accessible when the system's power supply unit can take the heat.