Phanteks AMP GH 1000W 80+ Platinum ATX Modular Power Supply

Introducing the Phanteks AMP GH Series, these units revolutionize cable management with sleek, individually textured cables for a pristine setup. Enhanced with a 120 mm Hydraulic Dynamic Bearing Fan, they deliver temperature-controlled operation in Hybrid Fanless mode, ensuring ...Introducing the Phanteks AMP GH Series, these units revolutionize cable management with sleek, individually textured cables for a pristine setup. Enhanced with a 120 mm Hydraulic Dynamic Bearing Fan, they deliver temperature-controlled operation in Hybrid Fanless mode, ensuring virtually silent performance.

With the latest PCIe Gen 5.1 GPU cable technology, the 12V-2x6 connector delivers up to 600W of power via a single cable. Engineered to meet ATX 3.1 specifications, the Phanteks AMP GH represents a superior and cost-effective choice for high-performance builds. 12V-2x6 Cable Included Built to ATX 3.1 Specifications, ready to handle new and upcoming CPU and GPU hardware requirements.

Fully Modular Design, individually textured cables for easy installation and reduced clutter. Latest PCIe Gen5.1 GPU Connector, 12V-2x6 connector providing up to 600W of power through a single cable. Made to fit in most standard cases, so you can build with confidence and ease.

Packed With Features Ultra-high power density with a small footprint of only 140mm depth. Gold-plated high current terminals reduce current transmission resistance for increased efficiency. The hydraulic dynamic bearing (HDB) of the 120mm fan improves the lubrication of the bearing for increased stability and longevity.

The back panel and PCB are connected by a copper plate to improve output power quality. Multiple 6-Pin and 8-Pin output connectors support all multi GPU platforms. Premium Hybrid Mode Advanced fan control for smart thermal management.

Operates completely fanless under 30% load for silent performance. Ideal for ultra-quiet system builds and noise-sensitive environments. Balances cooling efficiency with acoustic optimization.