XPG Fusion 1600W Titanium PSU Review – Should Corsair Worry?

Efficiency Normal, Light & Super-Light Loads

avg_efficiency_normal_loads1_115V

avg_efficiency_normal_loads1_230V

avg_efficiency_low_loads1_115V

avg_efficiency_low_loads1_230V

efficiency_ultra_low_load1_115V

Efficiency is high on all load ranges, but the modern Titanium competition performs even better in most cases.

Average Efficiency

avg_eff_115V

avg_eff_230V

However, the platform’s average efficiency is high, losing to most Titanium-rated PSUs.

Average PF

avg_pf_115V

avg_pf_230V

The APFC converter could perform better at 115V, given that the totem-pole PFC converter is digitally controlled.

Average Efficiency 5VSB

5VSB_efficiency_115V

5VSB_efficiency_230V

The 5VSB rail is highly efficient.

Vampire Power

Stand_By_115V

Stand_By_230V

Vampire power goes through the roof at 230V, which is why this unit fails to get a 230V Cybenetics rating. Moreover, the increased 230V vampire power explains the drop in 5VSB rail’s average efficiency compared to the 115V result.