be quiet! Introduces Dark Power Pro 13 1300W and 1600W ATX 3.0 PSUs

Jakob Aylesbury / 12 months ago

be quiet! has introduced their new Dark Power Pro 13 Titanium Power supply with full ATX 3.0 compatibility for PCIe 5.0 graphics cards in both 1300W and 1600W models.

Be Quiet Dark Power Pro 13

The Dark Power Pro 13 features an incredible 80 Plus Titanium efficiency a frameless fan with a full mesh fan grill, and fully digital regulation of PFC, LLC, and SR with full bridge topology. The Dark Power Pro 13 is perfect for the latest high-power systems and even features an overclocking key which allows users to combine the six 12 V rails into one high-power output. The unit features an extremely premium design with a stunning aluminium case as well as fully modular, singularly sleeved cables.

Future-Proof

The Dark Power Pro 13 is fully future-proof not only due to its high wattage but also because of its full support for the ATX 3.0 standard which adapts the power specifications defined by PCI Express 5.0 and sets clear target power values. The Dark Power Pro 13 is designed to handle the extreme transient loads that new graphics cards experience and utilises the new 12VHPWR cable capable of delivering 600W. Alongside this specification, The unit features a Titanium efficiency rating of up to 94.5% and relies on premium components to ensure this efficiency as well as reliability.

Silent Wings Cooling

Ensuring the high-end components within the Dark Power Pro 13 are cool is the frameless Silent Wings fan which is placed directly under a mesh grill surrounded by a funnel-shaped air intake. This cooling system ensures optimal air circulation and best-in-class cooling whilst also remaining quiet with low startup rotational speeds and is virtually inaudible in low-to-medium load scenarios.

Overclocking Key

The Dark Power Pro 13 features an overclocking key which allows users to switch the power supply from multi-rail mode to single-rail mode with just the flick of a switch. The overclocking key increases the PSU’s stability under extreme overclocking conditions.