The XPG Fusion Titanium 1600 PSU Review: Outrageous Power, Outstanding Quality

One of the perks of normality largely returning to the PC components market now that the crypto mining bubble has popped has been a return to normal with regards to component availability. Video cards were of course the biggest change there – even if prices on the latest generation remain higher than many would like to see – but crypto farms were also soaking up everything from CPUs and RAM to power supplies. So after a period of almost two years of high-powered PSUs of all flavors being hard to come by, the PSU market is also returning to normal.

The collapse of crypto mining and underlying improvement of electronics components has also meant that high-power PSU designs have reverted, in a sense. PSU vendors are finally making some fresh investments in high-end, high-efficiency designs – PSUs that crypto miners would have never paid the premium for. Especially with the launch of the new ATX 3.0 standard and its 12VHPWR connection, there’s an opportunity for a new generation of PSUs to make their mark while powering the latest video cards.

There are few power supplies where this is more apparent than XPG’s new Fusion Titanium 1600. The sole member of its class, the Fusion is a true flagship-grade PSU with the electronics quality to match. Built by Delta Electronics, the XPG Fusion makes liberal use of Gallium Nitride MOSFETs in order to deliver a monstrous 1600 Watts of power at 80 Plus Titanium levels of efficiency. All the while this will also be one of the first high powered ATX 3.0 power supplies, offering two 12VHPWR connectors – making it suitable to drive two high-end video cards – which is no small feat given the power excursion requirements that come with the ATX 3.0 specification.

To that end, today we are thoroughly exploring everything that makes the XPG Fusion stand out from the crowd. From its oversized chassis to its almost absurd voltage regulation quality, it’s a power supply that few customers will ever need, but certainly makes its mark across the PSU design ecosystem.

from AnandTech https://ift.tt/mMP384I