XPG CORE REACTOR III Gold: Next-Generation Power for High-Performance PCs
XPG CORE REACTOR III Gold: Next-Generation Power for High-Performance PCs


XPG, the gaming brand of ADATA Technology, has announced the CORE REACTOR III Gold Fully Modular Power Supply, designed to meet the demanding power requirements of next-generation gaming PCs, high-performance workstations and AI-powered systems.
Building on the success of the CORE REACTOR series, the third-generation model introduces advanced power monitoring and protection alongside support for the latest PC power standards.
Advanced Power Protection with XTREME Power Guard
The CORE REACTOR III Gold is the first commercially available XPG power supply to feature XTREME Power Guard technology. This system combines continuous current monitoring, real-time alerts for detected abnormalities and active power shutoff protection to help safeguard compatible systems.
Key features include:
ATX 3.1 support for modern PC power requirements.
PCIe 5.1 support for next-generation graphics hardware.
Up to 235% power excursion capability, designed to accommodate brief power spikes under specified conditions.
80 PLUS Gold certification for power-conversion efficiency.
Fully modular cabling for cleaner builds and improved cable management.
Advanced power monitoring and protection through XTREME Power Guard technology.
Built for Next-Generation Gaming
As graphics cards, processors and AI workloads demand increasingly sophisticated power delivery, choosing an appropriate power supply is essential when building a reliable high-performance PC.
The XPG CORE REACTOR III Gold combines modern connectivity, efficiency and additional power protection in a platform designed for demanding gaming and computing systems.
For PC builders planning a new gaming rig or upgrading an existing system, it offers a power supply option worth considering alongside the requirements of the processor, graphics card and other components.
Planning your next gaming PC build? Talk to Nerdcore PC Systems about choosing suitable components for your performance goals, power requirements and budget.

