Description
The ASUS ROG THOR III 1600W represents the pinnacle of power delivery, engineered for enthusiasts who refuse to compromise on stability or efficiency. Featuring 80 PLUS Titanium certification and full ATX 3.1 compatibility, this unit provides a rock-solid foundation for the most power-hungry builds. With its integrated GaN MOSFETs and magnetic OLED display, it combines cutting-edge semiconductor technology with real-time monitoring to ensure your system runs cool, quiet, and stable under any load.
This product is for:
- Extreme Overclockers: Those pushing hardware to the limit will benefit from the Turbo mode and GPU-First voltage sensing that stabilizes power delivery during peak transients.
- AI and Workstation Professionals: Users running multi-GPU setups for machine learning require the 1600W capacity and dual PCIe 5.0 16-pin connectors for reliable 24/7 operation.
- Silent Build Enthusiasts: With Cybenetics Lambda A noise certification and 0dB technology, it is ideal for those who demand a near-silent computing environment during low-to-medium loads.
- PC Modders and Aesthetics Seekers: The magnetic OLED display and Aura Sync ARGB lighting offer unparalleled customization for showcase builds, allowing for fan-up or fan-down mounting.
- Future-Proof Builders: Anyone investing in the latest NVIDIA 40-series or upcoming high-draw GPUs will appreciate the native ATX 3.1 support and high-quality embossed cables.
Detailed specifications:
- Total Output: 1600W (at 115V-240V) / 1300W (at 100V-115V)
- Efficiency Rating: 80 PLUS Titanium & Cybenetics Titanium
- Standard Compliance: ATX 3.1 / PCIe 5.1 Ready
- Dimensions: 200 x 150 x 86 mm
- Cooling: ROG Heatsinks, 135mm Dual Ball Bearing Fan with 0dB mode
- Connectors: 1x 24-pin MB, 2x 8-pin CPU, 2x 16-pin PCIe Gen 5, 4x 8-pin PCIe, 10x SATA, 9x Peripheral
- Protection: OVP, OPP, SCP, OCP, OTP, UVP
Operating the ROG THOR III is a premium experience from installation to daily use. The modular embossed cables are significantly more flexible than standard sleeved cables, making cable management in large chassis like the ROG Hyperion a breeze. During heavy gaming sessions, the magnetic OLED screen provides instant feedback on power draw, allowing users to monitor system health without software overlays. The GPU-First voltage sensing is a standout feature, effectively reducing voltage drops by up to 45% during sudden GPU spikes, which translates to smoother frame times and fewer system crashes in demanding titles.
Compared to the previous Thor II generation, the Thor III introduces GaN MOSFET technology, which improves power efficiency by 30% and allows for a more organized internal layout for better airflow. While standard Titanium PSUs focus solely on efficiency, the Thor III adds the ATX 3.1 standard, ensuring better handling of 3x GPU power excursions. Unlike competitors that use fixed OLED screens, the Thor III’s magnetic display can be flipped, making it compatible with both fan-up and fan-down mounting configurations, a level of versatility rarely seen in the high-wattage market.
Q&A:
- What is the benefit of ATX 3.1 in the ROG THOR III? ATX 3.1 improves upon previous standards by refining power excursion limits and connector reliability, ensuring safe power delivery for high-wattage PCIe 5.0 components.
- How does the 0dB mode work? When the 0dB button is engaged, the fan remains completely stationary until the PSU reaches a specific thermal or load threshold, ensuring silent operation during light tasks.
- Can the OLED display be moved? Yes, the OLED panel is magnetic and can be detached and reattached to either side of the PSU to remain visible regardless of your case's orientation.
- What is GaN MOSFET technology? Gallium Nitride (GaN) transistors are more efficient and generate less heat than traditional silicon MOSFETs, allowing for higher power density and cooler operation.
- Is this PSU compatible with older motherboards? Yes, it includes standard 24-pin and 8-pin connectors, making it backward compatible with existing ATX hardware while providing forward compatibility for new standards.
