Fsp · Computer Power Supplies

FSP CANNON PRO 2500W Power supply unit ATX ATX3.1 Black

The Future is NowATX 3.1 & PCIe Gen 5.1 Ready Following the latest ATX 3.1 & PCIe Gen 5.1 regulation this series supports 2 x total power excursion and 3 x GPU excursion to provide peak performance with modern hardware or future upgrades. High efficiency in Platinum-certified Certified by world-class organizations 80 PLUS 230 EU platinum certification for lower power loss less heat and quieter operation. Ready to Build Your Own AI PC Station 4 x PCIe 12V-2x6 and 3x PCIe 8 pin connectors Supports four 12V-2x6 connectors and three 6+2 pin connectors providing the power needed for high-end gaming rendering and multi-GPU setups. Fully Modular Cabling Design To make power supply installation easy and allows users to use only the needed cables improving airflow and reducing system clutter. +5V & 3.3V DC to DC Circuit Design Both of +3.3V and +5V DC DC module combined +12V SR circuit offers supreme efciency voltage stability and high system compatibility especially in cross regulation(unbalance load) mode. 105 Japanese Bulk Capacitor The bulk capacitor inside serves to support working under an extremely harsh environment such as with high temperatures peak voltage fluctuations. It stabilizes the performance for high reliability that your system can count on. Powerhouse Yet Energy-saving High energy conversion up to 94% and 70% efficiency at 2% loading with less than 0.5W consumption in standby mode ensures an energy-efficient cost-effective system that is also eco-friendly. The Premium Quality FDB Fan Built with optimized thermal solution and an advanced 135mm fluid dynamic bearing fan for cooler components and quieter operation. Industrial design: Conformal Coating for Rigorous Computing Environments Provide power stably under rigorous high-speed computing environments that need to operate 24 hours a day without interruptions. Fortress-level Protection Our comprehensive circuit shields your valuable components from harm.

90-day range £∞–-£∞ · average £NaN