GameMax 750W PRO RGB 80 Plus Gold Rated PSU Modular Power Supply Unit

GameMax RGB-750W - Fully Modular Power Supply Unit
The RGB-750 (Fully Modular) - a prime power supply featuring 80 Plus Gold efficiency, 140mm ARGB Ring Fan featuring multiple-ARGB colour modes & smart thermal control RPM

• Fully Modular
• 80 Plus Gold Efficiency
• 140mm High Airflow ARGB Ring Fan
• Low Noise Fan with Smart Thermal Control RPM
• Powerful Single 12V Rail Output
• Active PFC
• High Quality Capacitors and Internal PCB Board Design Used
• Full protection functions with OVP / UVP / OPP / SCP / OCP

Created for the ones who dare to win, the gamers who refuse to give up and the unstoppable. The unreasonable and relentless. The few who go against the grain and dream big. For those who know the adventure is out there and it’s for the taking. With over 10 years experience creating PC cases, peripherals and hardware to provide gamers with the very best kit, Game Max is now here to change the UK for good.

Mainstream Gold Level PCB Design
LLC+DC-DC Combination, with Optimised design, to provide stable output under various load changes.

DC-to-DC conversion circuit for higher efficiency and tight voltage regulation even under heavy cross-loading conditions.

Fully Modular
A smart fully modular design with soft black flat cables for efficient cable management, only connect the cables you need and the power supply is built with 40% increased ventilation area in the body of the PSU improving the overall air flow.

140mm ARGB Ring Fan
A 140mm high airflow ARGB Ring Fan with multiple LED Modes (Single, Spiral, Wave, Ripple, Flow & Spectrum) provide excellent accent lighting to your build, easily control via the LED control button and the smart thermal control RPM built inside which adjusts the fan speed as the load is powered to maintain performance.

80 Plus Gold Efficiency
GameMax RGB-750W is 80 PLUS Gold Certified and with its high efficiency, up to 90%, the reduced heat dissipation means less noise from cooling fans since they will spin at lower speeds, hence reduced cooling costs and improved system reliability.