Super Flower Leadex VII Platinum Pro 1200W ATX 3.1 Power Supply (White)

The Super Flower Leadex VII Platinum Pro 1200W ATX 3.1 Power Supply in White (SKU: SF-1200F14XP-WH) is a high-capacity, fully modular power supply designed to meet the demands of modern, high-performance PC builds. The Leadex VII Platinum Pro series sits at the top of Super Flower’s consumer lineup, combining a clean white aesthetic with the robust electrical performance needed for today’s most power-hungry CPUs and graphics cards. The fully modular cable design means every cable — including the 24-pin ATX connector — is detachable. This significantly reduces clutter inside the chassis, simplifies cable management, and allows builders to route only the cables they need for a tidier, better-airflowed system. Compliance with the ATX 3.1 specification ensures the unit is engineered to handle the transient power excursions generated by current-generation GPUs. This is particularly relevant for builds featuring high-end discrete graphics cards that can draw significant burst power beyond their rated TDP. The 1200W continuous output provides ample headroom for dual-storage arrays, multiple high-speed NVMe drives, and overclocked processors alongside a power-hungry GPU. The Platinum efficiency rating under the 80 Plus programme indicates the unit achieves at least 92% efficiency at 50% load under 115V conditions, meaning less energy is wasted as heat and electricity bills are kept in check relative to lower-rated alternatives. The white colourway is purpose-built for builds using white or light-coloured cases and components, making it a popular choice for aesthetically coordinated systems. Verified Specifications: • Model: SF-1200F14XP-WH • Brand: Super Flower • Rated Output: 1200W • ATX Standard: ATX 3.1 • Efficiency Rating: 80 Plus Platinum • Modular Design: Fully Modular • Colour: White • Price (at time of listing): ₹18,294 (regular price ₹34,000) • Stock Status: In Stock Ideal for enthusiast gaming rigs, professional workstations, and content-creation systems requiring reliable, efficient, high-wattage power delivery