Elevate your computer’s performance with the FSP HV PRO 650W Power Supply, certified 80+ White, designed to deliver reliable and efficient power for both professionals and enthusiasts. With a robust 650-watt output, this power supply is ideal for desktops, gaming rigs, and workstations requiring stable and consistent energy.
Manufactured by the renowned FSP brand, recognized globally for superior power solutions, the HV PRO 650W model is engineered in Taiwan using advanced technology to ensure exceptional performance and long-lasting durability.
Technically, the FSP HV PRO 650W complies with ATX12 v2.52 & EPS12 v2.92 standards, guaranteeing broad compatibility with most modern motherboards. Enjoy up to 85% efficiency at typical load, reducing power consumption and helping to keep internal temperatures low. Its single-rail +12V design delivers steady power during high-demand periods, while the +5V and +3.3V DC to DC module design improves both efficiency and voltage stability.
One of the standout
features is the ultra-quiet 120mm fan, built for longevity and superior cooling performance. It keeps your system temperatures in check without unwanted noise, making it perfect for quiet environments such as offices or bedrooms. Moreover, complete protection mechanisms—including Over Current Protection (OCP), Over Voltage Protection (OVP), Over Power Protection (OPP), and Short Circuit Protection (SCP)—safeguard your components during voltage fluctuations or faults.
The FSP HV PRO 650W is easy to install and maintain. For optimal performance, regularly clean the fan and air vents using compressed air to prevent dust build-up. This power supply is suitable for desktop computers, gaming setups, and office environments that demand extended operation and high reliability.
By choosing the FSP HV PRO 650W, you’re ensuring consistent performance, comprehensive protection for your hardware, and lower energy costs, all with minimal noise. Invest in this advanced power supply for a safe, efficient, and dependable computing experience across any environment requiring high power and complete reliability.
