Fsp Hydro Gt Pro Atx3.0 (pcie5.0) 850w 80plus Gold Semi Modular Power Supply

FSP HYDRO GT PRO SEMI MODULAR POWER SUPPLY

Compatible with ATX12V V3.0 & EPS12V V2.92

Efficiency ≧ 90% @ typical load

Active PFC ≧ 0.9

Waiting time > 17ms at 80% load

Japanese electrolytic capacitors

450V, 105°C Japanese main capacitors

+12V single rail design

+5V & 3.3V DC - DC module design

Eco semi fanless fan control switch

120 mm fluid dynamic bearing (FDB) fan

Semi-modular with black flat cable

Complete protection: OCP/OVP/OPP/SCP/OTP

Power Trip to 200%
Increased tolerance to high power spikes for compatible PSU platforms. For 450W PSU, up to 200% of PSU's rated power for 100μs with 10% duty cycle.

Excellent Electrical Performance
The LLC topology allows zero voltage switching of the main switches, significantly reducing switching losses and increasing efficiency.

Excellent Component Quality
450V, 105°C Japanese main capacitors are of superior quality, protecting your equipment from the famous capacitor leakage problem and also extending the life of your equipment

ECO Switch, Quieter and Longer Lasting Fan
The Hydro GT PRO series offers an Eco Switch that allows the PSU to operate quieter while consuming less power. When the power supply is equal to or less than 30% load, the power supply goes into silent mode and the fan is turned off.

HYDRO GT PRO series comes with FDB fan and smart 0dBA function to reduce noise and have longer lifespan.

Semi-Modular Design
The Hydro GT PRO series is designed to be semi-modular, which not only saves the user time spent on installation, but also provides a clean and tidy look to your system for cable management.
Black Flat Cable with Multiple ESP12V Connectors
Dual CPU power connectors support modern motherboards and deliver stable power to your CPU, while flat cables with an all-black finish give the Hydro GT PRO series a stylish, premium look.

80 Plus® Gold Certificate
The Hydro GT PRO series is a power supply with 80 PLUS® Gold Certification, which guarantees operation with a minimum of 90% efficiency at 50% load of the PSU nominal power, reducing electricity costs.