Gigabyte UD750GM PG5 750W 80 Plus Gold Power Supply

The Gigabyte UD750GM PG5 is a 750-watt fully modular power supply designed for modern desktop builds that demand clean, reliable power delivery. Carrying the 80 Plus Gold efficiency certification, it operates at higher efficiency levels compared to Bronze or Silver-rated units, meaning less energy is wasted as heat during typical workloads — a meaningful benefit for systems that run extended gaming or creative sessions. One of the standout technical features of this unit is its compliance with the ATX 3.0 standard, which introduces tighter transient load tolerances to support next-generation GPUs. Paired with a native PCIe 5.0 connector, the UD750GM PG5 is ready to power current-generation graphics cards without requiring awkward splitter adapters, reducing cable clutter and potential connection points that could otherwise compromise stability. Fully modular cabling means you only connect the cables your build actually needs. This keeps the interior of your case tidy, promotes better airflow, and simplifies future upgrades or cable management overhauls. The black color finish integrates cleanly with most mid-tower and full-tower chassis designs. Backed by a 5-year warranty from Gigabyte, the UD750GM PG5 offers a reasonable service commitment for a component that sits at the heart of your PC’s reliability. For builders pairing this unit with a Gigabyte motherboard — such as the B650 or Z790 series — it represents a cohesive single-brand ecosystem with unified warranty support. Verified Specifications: • Model: GP-UD750GM PG5 • Rated Output Power: 750W • Efficiency Rating: 80 Plus Gold • Modular Design: Fully Modular • ATX Standard: ATX 3.0 • Connector: PCIe 5.0 supported • Color: Black • Warranty: 5 Years • GTIN / EAN: 4719331553609 • Brand: Gigabyte Note: The source listing contained a description referencing “1300W” capacity, which conflicts directly with the product name, SKU, and all other listed attributes indicating 750W. This discrepancy is flagged as a data error and the 1300W figure has not been used in this copy