
This year at Computex, Superflower has unveiled an impressive 3300W power supply unit (PSU), which stands out as one of the most powerful offerings in the market. The model complies with the latest ATX 3.1 and PCIe 5.1 standards, pushing the boundaries of PSU capabilities.
Unveiling the Superflower Leadex Platinum ATX 3.1: A 3300W Powerhouse for AI Workstations
While many manufacturers are introducing their own 3000W+ PSU models, Superflower has claimed the title for the highest-rated power supply available through its Leadex series—its flagship product range.

The Leadex Platinum series’ “SF-3300F14HP 3.1″PSU boasts a Cybenetics Platinum “230V”rating, indicative of its high efficiency. This model delivers not only superior performance but also long-lasting stability, thanks to its integration of high-quality Japanese capacitors.







With a sizable mesh structure on the top and back of the PSU, heat dissipation has been clearly taken into account, enhancing overall efficiency. The unit incorporates a single 140mm fan, which was preferred over a more complex three-fan setup for aesthetic purposes. It adheres to an E-ATX form factor and is available in both black and white variants.

















Additionally, Superflower has introduced the Combat Dual PSU series, which includes two 600W PSUs that combine to reach a total of 1200W. This design adheres to the ATX PS2 size and achieves an efficiency rating of 90% or higher under typical loads, thanks to the use of complete Japanese capacitors. This setup allows for load-sharing, meaning that if one PSU fails, the other can maintain full power output.
At Computex, updates were also presented across various series, including Leadex, Combat, and Zillion, as well as new Mini-ITX/SFF solutions capable of delivering up to 1200W.












Moreover, Superflower revealed a selection of advanced cooling solutions, which include 120mm fans capable of spinning up to 3000 RPM, alongside their Linkable HyperLink series featuring a locking mechanism that delivers 12V ARGB power. These innovations contribute to a comprehensive experience for both cooling efficiency and modularity within high-performance builds.
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