Gigabyte X570 AORUS ULTRA AM4 ATX Motherboard
GET READY FOR AMD RYZEN™ 3000-SERIES
GIGABYTE X570 motherboards based on the AMD X570 Chipset provide full support for 3rd Gen AMD Ryzen™ Processors. The all-new design is a testament to GIGABYTE’s dedication to design quality. GIGABYTE X570 motherboards offer a rich list of features such as support for PCIe 4.0 and USB Type-C™ interfaces on select boards, refined audio, high speed of Ethernet, and the latest standard of WIFI design, to fulfill users’ performance, audio, and data transfer needs. The new, advanced power and thermal design enable users to unleash the performance on AMD Ryzen™ 3000-series Processors, making the GIGABYTE X570 motherboards perfect for users looking to build the best AMD platform gaming system.
AMD StoreMI Technology
GIGABYTE X570 motherboards maximize your PC’s potential with AMD StoreMI technology. StoreMI accelerates traditional storage devices to reduce boot times and enhance the overall user experience. This easy-to-use utility combines the speed of SSDs with the high capacity of HDDs into a single drive, enhances the read/write speeds of the device to match that of SSDs, bolsters data performance for incredible value, and transforms the everyday PC into a performance-driven system.
Ultimate Power Design
To unleash the full potential of the 3rd Generation of AMD Ryzen™ CPU, the motherboard requires the best CPU power design. With the best quality components and GIGABYTE R&D design capability, the X570 AORUS is a true beast among motherboards.
Advanced Thermal Design
X570 AORUS ULTRA reaches a perfect balance between style and performance by combining the media acclaimed Fins-Array heatsink and Direct Touch Heatpipe, to Heatpipe provide 30% lower MOSFET temperatures for enthusiasts, overclockers, and professional gamers.
Fins-Array Heatsink with Direct Touch Heatpipe and High Thermal Conductivity Pad
X570 AORUS ULTRA uses a Fins-Array Heatsink which increases the heat dissipation area by 300% compared to traditional heatsinks of the same size. Direct Touch Heatpipe helps transfer heat from MOS fins. By using LAIRD 1.5mm thick, 5W/mK high thermal conductivity pads, it can transfer 2.7x more heat compared to traditional thermal pads in the same time period.