Cooler Master
MPE-6501-AFAAG-U2 Cooler Master MWE 650-Watts 100-240V AC 8-4A 47-63Hz 80-Plus Gold Full Modular ATX Power Supply
MPE-6501-AFAAG-U2 Cooler Master MWE 650-Watts 100-240V AC 8-4A 47-63Hz 80-Plus Gold Full Modular ATX Power Supply
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The MPE-6501-AFAAG-U2 Cooler Master MWE 650-Watts power supply is a high-performance component designed to deliver reliable and efficient power to your computer system. With a wattage of 650 watts, this power supply is capable of supporting a wide range of computer configurations, from basic setups to more complex systems with multiple components. The 100-240V AC input range and 8-4A current rating ensure that this power supply can handle various power requirements, while the 47-63Hz frequency range provides flexibility and compatibility with different power grids.
As an 80-Plus Gold certified power supply, the MPE-6501-AFAAG-U2 Cooler Master MWE 650-Watts power supply offers high efficiency and reliability, with a minimum efficiency of 90% at 20% load, 92% at 50% load, and 89% at 100% load. This means that the power supply can deliver clean and stable power to your system while minimizing energy waste and reducing heat generation. The full modular design of this power supply allows for easy cable management and flexibility in configuring your system, making it an ideal choice for builders and upgraders who value convenience and customization.
The ATX form factor of the MPE-6501-AFAAG-U2 Cooler Master MWE 650-Watts power supply ensures compatibility with a wide range of computer cases and motherboards, making it a versatile and reliable choice for various computer configurations. With its high wattage, high efficiency, and modular design, this power supply is well-suited for demanding applications, including gaming, video editing, and other resource-intensive tasks. Whether you're building a new system or upgrading an existing one, the MPE-6501-AFAAG-U2 Cooler Master MWE 650-Watts power supply is a reliable and efficient choice that can help you achieve optimal performance and reliability.
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