Voeding GIGABYTE UD1000GM PG5 V2 1000W ATX 3.1 volledig modulair 80 PLUS Gold wit

The GIGABYTE UD1000GM PG5 V2 1000W is a fully modular power supply unit designed for desktop PCs that require stable, high-capacity power delivery. It supports PCIe Gen 5.1 devices, carries an 80 PLUS Gold efficiency rating, and uses an active cooling solution with a 120 mm fan. The compact enclosure (150 x 140 x 86 mm) and white finish make it suitable for a variety of system builds where reliable, continuous power is needed.

Advantages

This GIGABYTE power supply offers 1000 W of total power with up to 90% efficiency under typical loads, reducing energy waste and heat. The fully modular cabling simplifies installation and cable management. PCIe Gen 5.1 compatibility ensures support for the latest graphics and accelerator cards, while built-in protections and quality components contribute to stable output and long-term durability.

Suitable for

• High-performance gaming PCs with modern GPUs
• Workstations with multiple PCIe devices
• Systems requiring efficient, continuous 1000 W power delivery
• Custom builds where modular cabling and compact PSU size are preferred

Key specifications

• Total power: 1000 W
• Efficiency: 80 PLUS Gold (approx. 90% efficiency)
• Motherboard connector: 20+4 pin ATX
• PCIe compatibility: Gen 5.1
• Cooling: 120 mm fan
• Dimensions: 150 x 140 x 86 mm
• Weight: 2.48 kg
• Colour: White

How to use

Install the PSU into a compatible ATX case following the motherboard and case manufacturer instructions. Connect the 20+4 pin ATX connector to the motherboard and attach the required modular PCIe, CPU, SATA, and peripheral cables to your components. Ensure proper airflow around the 120 mm fan and secure all cables to avoid obstruction. Verify voltage selector (if present) and use a grounded power source.

Recommendations

For reliable long-term operation, allow sufficient case airflow, periodically check that the fan and vents are free of dust, and use surge protection or an uninterruptible power supply (UPS) when powering critical systems.