Corsair RM1200x Shift Fully Modular Power Supply - 1200W ATX 3.0 Certified with Zero RPM Fan Mode and 80 Plus Gold Efficiency

The Corsair RM1200x Shift Fully Modular ATX Power Supply stands at the forefront of power supply technology, meticulously designed for users demanding both performance and efficiency. With its fully modular design and micro-fit PSU connectors, this power supply enables you to utilize only the cables your system requires, ensuring a clutter-free build that maximizes airflow. Streamlined for cutting-edge builds, it achieves optimum arrangements with minimal space, proving to...

The Corsair RM1200x Shift Fully Modular ATX Power Supply stands at the forefront of power supply technology, meticulously designed for users demanding both performance and efficiency. With its fully modular design and micro-fit PSU connectors, this power supply enables you to utilize only the cables your system requires, ensuring a clutter-free build that maximizes airflow. Streamlined for cutting-edge builds, it achieves optimum arrangements with minimal space, proving to be an invaluable asset for both aspiring and seasoned PC enthusiasts alike.

Moreover, this unit boasts Intel ATX 3.0 certification, confirming its compliance with the industry-leading power standard. This makes it an ideal partner for the latest PCIe Gen 5 platforms, effectively handling transient power spikes without compromising performance. Coupled with advanced thermal technology, the Zero RPM Fan Mode maintains whisper-quiet operations by completely switching off the cooling fan at low to medium loads, delivering an impeccably serene computing experience.

This power supply's commitment to quality is evident with 100% 105°C-rated Japanese electrolytic capacitors, ensuring consistent power delivery and durability. With the modern standby compatibility, you can enjoy instantaneous waking from sleep states, enhancing your system’s readiness and responsiveness. Coupled with its 80 Plus Gold efficiency rating, the Corsair RM1200x Shift exemplifies reliability, performance, and energy-savviness that today's advanced PCs demand.