Asus 1600W ROG Thor Titanium PSU, Fully Modular, 80+ Titanium, PCIe 5.0, Digital Power Control, RGB Lighting, OLED Display, Lambda A++
by ASUS
Original price
£619.95
-
Original price
£619.95
Original price
£619.95
£619.95
-
£619.95
Current price
£619.95
SKU 90YE00K0-B0NA00
Availability:
in stock, ready to be shipped
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The Quietest 1600W Power Supply
The ultimate expression of Thor wields a redesigned core that brings higher power efficiency, improved cooling, and lower noise to monstrous rigs that slay everything in their path.
GaN MOSFETS
Gallium nitride MOSFETs are the source of Thor’s power. Boasting lower switching losses and improved efficiency compared to conventional silicon transistors, GaN FETs allow the 1600W Thor to swing massive amounts of current without being needlessly wasteful.
Digital Power Control
A digital controller provides precise control over the GaN power array, facilitating lightning-fast response to load changes.
80 PLUS Titanium Certification
Low-ESR Japanese capacitors further improve efficiency and reduce heat, readying Thor to reliably fuel your build for years to come.
ROG Heatsinks
Integrated ROG heatsinks have 2x more volume than traditional designs, resulting in 20% lower temperatures inside the PSU, further extending component lifespan.
135mm PWM Fan
The PWM-controlled Axial-tech fan shifts 21% more air and needs fewer revolutions to cool critical components. And because Thor is designed from the ground up to stay cool, the fan shuts off entirely when the PSU load is 50% or below.
LAMBDA A++ Certification
Thor Titanium cooling upgrades result in a coveted Lambda A++ noise rating, confirming the latest iteration wields menacing power in absolute stealth.
OLED Power Display
Located on the side of the PSU, the ROG Thor 1600W titanium features a stunning OLED panel, that provides insight into total power draw, making it easier to tune system performance and efficiency.
Aura SYNC
ROG Thor features built-in addressable Aura RGB LEDS, ready to accent your rig with an array of colours and lighting effects.