GIGABYTE UD1600PM PG5 AI TOP 80 Plus Platinum Power Supply, 1600W, 60-50Hz Freq, 12V v3.1 ATX Intel Form Factor

GIGABYTE UD1600PM PG5 AI TOP 80 Plus Platinum Power Supply Description & Specification: Superior Power Efficiency with GIGABYTE UD1600PM PG5 AI: The GIGABYTE UD1600PM PG5 AI TOP 80 Plus Platinum Power Supply is built to provide high-performance during gaming, content creation and professional workload as it comes with enhanced 1600W power output. Delivers reliable and stable power delivery and is designed with Intel ATX 12V v3.1 standard. 140mm Double Bearing Fan for Optimal Cooling: It is equipped with 140mm double ball bearing fan to provide optimal cooling performance even under high pressure and includes: Fans that can automatically adjust fan speed according to the power load. Maintains high airflow and temperature to keep the system cool. Comes with enhanced thermal solution which increases the system’s durability and delivers stable cooling performance. Better Cable Management and Modular Design: The GIGABYTE UD1600PM PG5 AI TOP 80 Plus Platinum Power Supply allows users to use only the necessary cables as it comes with a fully modular design. With flat and all-black cables to provide sleek and enhanced look while minimizing cable-clutter from the setup. Supports PCIe 5.0 and GPU Support: It is built to provide support for the latest GPUs while delivering stable and consistent performance and the GIGABYTE UD1600PM PG5 AI TOP 80 Plus Platinum PSU comes with: 2x 16-pin PCIe cables, which provides support for 600W power per GPU, delivers dual high-end graphics card setups. Allows four GPUs to operate simultaneously at 300W each with the 2 x 8-pin to 16-pin PCIe cables. 8 x 6 2 pin PCIe connectors to support multi-GPU compatibility. Compact Design and Durable Build: The GIGABYTE UD1600PM PG5 AI TOP 80 Plus Platinum PSU comes in a compact design measuring 150 x 190 x 86mm to easily fit into standard ATX cases. Delivers stable and superior performance and ensures durability. Comes with PCIe 5.0 support and safety features for optimal efficiency.