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The ROG Thor 1600W Titanium III provides high-end power delivery and rock-solid stability for gamers. It uses next‑gen GaN MOSFETs for improved efficiency, and a patented "GPU‑First" intelligent voltage stabilizer (IVS) for enhanced voltage stability. The unit also includes Turbo Mode for aggressive cooling during overclocking, and a magnetic Thor OLED display that can be attached to either side of the PSU for flexible installation.

The ROG Thor 1600W Titanium III provides high-end power delivery and rock-solid stability for gamers. It uses next‑gen GaN MOSFETs for improved efficiency, and a patented "GPU‑First" intelligent voltage stabilizer (IVS) for enhanced voltage stability. The unit also includes Turbo Mode for aggressive cooling during overclocking, and a magnetic Thor OLED display that can be attached to either side of the PSU for flexible installation.

The ROG Thor 1600W Titanium III employs an innovative GaN MOSFET that delivers up to 30% more power efficiency than standard MOSFETs. The smaller GaN components enable a neater internal layout and create room for larger heatsinks and better airflow, which improves heat dissipation.

The ROG Thor 1600W Titanium III employs an innovative GaN MOSFET that delivers up to 30% more power efficiency than standard MOSFETs. The smaller GaN components enable a neater internal layout and create room for larger heatsinks and better airflow, which improves heat dissipation.

Enable the "GPU‑First" voltage sensing by connecting the IVS cable to prioritize GPU power delivery. This patented intelligent voltage stabilizer improves voltage stability by up to 45% under heavy loads and overclocking; the feature is designed exclusively for 16‑pin PCIe power cables and is not available for 8‑pin PCIe cables.
Enable the "GPU‑First" voltage sensing by connecting the IVS cable to prioritize GPU power delivery. This patented intelligent voltage stabilizer improves voltage stability by up to 45% under heavy loads and overclocking; the feature is designed exclusively for 16‑pin PCIe power cables and is not available for 8‑pin PCIe cables.


Upgraded PCIe® connectors use high‑performance copper pins with superior thermal conductivity to reduce operating temperatures. This results in a notable 29% reduction in connector temperatures (up to 12.3°C), which helps maintain stable power delivery for demanding graphics cards.

Upgraded PCIe® connectors use high‑performance copper pins with superior thermal conductivity to reduce operating temperatures. This results in a notable 29% reduction in connector temperatures (up to 12.3°C), which helps maintain stable power delivery for demanding graphics cards.

This PSU is fully ATX 3.1 compatible and ships with a 16‑pin PCIe cable capable of delivering up to 600 watts to PCIe 5.1 graphics cards, preparing your system for next‑generation hardware. ATX 3.1 introduces tighter voltage and current regulation standards, and the ROG Thor 1600W Titanium III complies with those requirements.
This PSU is fully ATX 3.1 compatible and ships with a 16‑pin PCIe cable capable of delivering up to 600 watts to PCIe 5.1 graphics cards, preparing your system for next‑generation hardware. ATX 3.1 introduces tighter voltage and current regulation standards, and the ROG Thor 1600W Titanium III complies with those requirements.


The ROG Thor 1600W Titanium III attains 80 PLUS Titanium and Cybenetics Titanium certifications by using low‑ESR Japanese capacitors, which contribute to improved efficiency, reduced heat generation, better acoustics, and increased reliability.

The ROG Thor 1600W Titanium III attains 80 PLUS Titanium and Cybenetics Titanium certifications by using low‑ESR Japanese capacitors, which contribute to improved efficiency, reduced heat generation, better acoustics, and increased reliability.

The PSU uses dual‑ball fan bearings rated for up to 80,000 hours of operation, offering roughly twice the lifespan of sleeve bearings and exceeding the longevity of many fluid dynamic bearings. This design supports long‑term, reliable cooling with low noise.
The PSU uses dual‑ball fan bearings rated for up to 80,000 hours of operation, offering roughly twice the lifespan of sleeve bearings and exceeding the longevity of many fluid dynamic bearings. This design supports long‑term, reliable cooling with low noise.


To minimize noise, the PWM‑controlled fan stops spinning entirely when PSU load is at 20% or below. In 0dB mode (when the button is pressed), the fan will continue spinning while transitioning from high to low loads to ensure temperatures are safely reached before stopping.

To minimize noise, the PWM‑controlled fan stops spinning entirely when PSU load is at 20% or below. In 0dB mode (when the button is pressed), the fan will continue spinning while transitioning from high to low loads to ensure temperatures are safely reached before stopping.

A detachable magnetic OLED shows real‑time power draw, giving you visibility into system power and efficiency. The magnetic mount can be moved to either side of the PSU to accommodate fan‑up or fan‑down installations without compromising airflow.
A detachable magnetic OLED shows real‑time power draw, giving you visibility into system power and efficiency. The magnetic mount can be moved to either side of the PSU to accommodate fan‑up or fan‑down installations without compromising airflow.


ASUS backs the ROG Thor 1600W Titanium III with a 10‑year warranty for core product operation. The addressable RGB LEDs are covered for 3 years under the warranty terms.

ASUS backs the ROG Thor 1600W Titanium III with a 10‑year warranty for core product operation. The addressable RGB LEDs are covered for 3 years under the warranty terms.













Please Note: Product images are for illustrative purposes only and may differ from the actual product.
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