Super Flower Leadex VII XG Gold 1300W White ATX3.1 Fully Modular SMPS

The Super Flower Leadex VII XG Gold 1300W White (SKU: SF-1300F14XG) is a high-capacity fully modular power supply built to the ATX 3.1 specification, making it compatible with the latest Intel and AMD platforms as well as next-generation PCIe 5.0 graphics cards. The white finish suits modern windowed chassis builds where aesthetics matter as much as performance. At the heart of its cooling solution is a 140 mm Fluid Dynamic Bearing (F.D.B.) fan featuring a distinctive nine-blade design. Fluid dynamic bearings reduce friction compared with conventional sleeve bearings, contributing to lower operating noise and an extended service life. The nine-blade geometry is engineered to move a high volume of air while keeping audible noise levels low, which is particularly valuable in a 1300 W unit that can sustain significant thermal loads under demanding workloads. Fully modular cabling means that only the cables you actually need are connected, reducing clutter inside the case and improving airflow across the rest of your components. This also simplifies builds and future upgrades, as cables can be swapped or rerouted without disturbing unrelated connectors. The ATX 3.1 standard introduces tightened transient load response requirements, ensuring the unit can handle the abrupt power spikes characteristic of modern high-end GPUs without triggering protections or causing instability. This makes the Leadex VII XG Gold 1300W a sound foundation for flagship GPU configurations. Verifiable specifications sourced from listing data: • Model / SKU: SF-1300F14XG (White variant) • GTIN / EAN: 4711213446733 • Rated output: 1300 W • Efficiency rating: 80 Plus Gold • ATX revision: ATX 3.1 • Modular type: Fully Modular • Fan: 140 mm F.D.B. (Fluid Dynamic Bearing), 9-blade • Colour: White • Form factor: ATX Note: Efficiency percentages at specific load points, exact connector counts, over-current/over-voltage protection thresholds, and warranty duration are not confirmed in the available source data and are therefore omitted from this listing