ASUS TUF Gaming 1200W Gold 1200 Watt ATX 3.0 Fully Modular SMPS

Features: The TUF Gaming 1200W Gold is an efficient, resilient and dependable PSU that’s engineered for the long haul. Capacitors and chokes pass demanding tests to achieve Military-grade Certification. Dual ball fan bearings can last up to twice as long as sleeve bearing designs. A protective PCB coating protects against moisture, dust, and extreme temperatures. An 80 Plus Gold Certification is the result of Japanese capacitors and other premium components. Axial-tech fan design features a smaller fan hub that facilitates longer blades and a barrier ring that increases downward air pressure. Fully modular etched cables keep your rig neat and tidy. 10-year warranty included. Built For The Long Haul The ASUS TUF Gaming 1200W Gold packs military-grade strength, a flagship fan design, and PCB protection for efficient, durable power delivery. The result is a PSU that will reliably fuel your rig for years to come.​ Dual Ball Fan Bearings 2x longer lifespan Exemplary cooling is provided by a 135mm fan spinning on a dual ball bearing setup that will last up to twice as long as a sleeve bearing design. Protective PCB Coating All wrapped up A protective conformal coating envelops the PCB to protect against short-circuits caused by moisture, dust, and debris. ATX 3.0 Compatible Step into the future The latest power specification updates have landed. ATX 3.0 ushers in tighter voltage and current regulation guidelines for next-gen hardware – and TUF Gaming 1200W Gold steps ahead of the curve by being fully compliant. A 16-pin PCIe cable ripe for piping up to 600W of power to PCIe Gen 5.0 graphics cards is bundled with the PSU, bringing large-scale capabilities. 10-year Warranty A decade of power​ We’re so confident about the reliability of the TUF Gaming 1200W Gold that we back it with a 10-year warranty.​ Fully Modular Etched Cables Supple ply The included fully-modular cable set is etched to provide a similar aesthetic to sleeved cables but a touch more flexibility for tight spaces