Gigabyte AORUS P1600W 80+ Titanium Modular PCIe 5.1 AI TOP

Unleash the Might. Power in Sight. Massive 1600W 80 PLUS Titanium power in one of the most compact designs in its class. Built with server-grade components and support for multiple PCIe Gen5 GPUs, ready for advanced AI computing and ultimate PC builds. A built-in digital LCD provides real-time monitoring with customizable display visuals.

Features 4 x 16-pin PCIe cables supporting PCIe Gen 5.1 graphics cards Industry-leading compact design Digital LCD display 80 PLUS Titanium certified ATX 3.1 & PCIe Gen 5.1 Ready GaN MOSFET 100% Japanese Capacitors 140mm double ball bearing fan

MULTI-GPU READY Designed for advanced multi-GPU setups, this PSU includes two 16-pin to 16-pin and two 8-pin to 16-pin PCIe cables. It supports up to four PCIe Gen 5.1 graphics cards simultaneously—delivering up to 600W for two high-end GPUs or 300W each for four cards, ensuring stable power for demanding workloads.

COMPACT DESIGN Engineered with advanced thermal solutions and premium materials, AORUS packs 1600W of power into one of the most compact form factors in its class. At just 160mm in length, it fits easily into almost any chassis.

DIGITAL LCD DISPLAY The built-in digital LCD display monitors PSU status in real time and lets you showcase various custom content through GIGABYTE Control Center, adding a personal touch to high-performance power.

FULLY MODULAR DESIGN WITH SLEEVED CABLES All the sleeved cables are modular design. Installing only the cables you need to reduce clutter, to increase the airflow and to improve the chassis thermal performance.

RGB FUSION With 16.7M customizable color options and numerous lighting effects, you can choose lighting effects or synchronize with other AORUS devices via GIGABYTE Control Center.

AI TOP UTILITY The PSU integrates with AI TOP Utility to provide real-time power monitoring and key system statistics through a unified dashboard during AI workloads, helping users keep track of system behavior and optimize resources during sustained AI computing tasks.