GIGABYTE has launched their latest X79 series motherboard range. Supporting the latest second-generation Intel Core i7 processor family for high-end desktops (aka Sandy Bridge-E), these new X79 Express Chipset motherboards unite unrivalled desktop PC performance with a new level of hardware flexibility and control. GIGABYTE 3D Power and its all new 3-way Digital Power Engine offers ultimate control of your PC’s power delivery, while GIGABYTE 3D BIOS provides a wholly more intuitive and graphical UEFI BIOS environment.
“These new GIGABYTE X79 series ranges of boards are all about giving enthusiasts and professionals unprecedented control over their PC’s hardware. GIGABYTE 3D Power and 3D BIOS give hardcore gamers, extreme overclockers and cutting-edge content creators’ absolute mastery over every aspect of their PC,” said Tim Handley, Deputy Director of Motherboard – Marketing, GIGABYTE.
GIGABYTE X79 series motherboards take advantage of the GIGABYTE 3D Power that delivers unprecedented power delivery control. Utilizing a brand new Digital PWM controller, GIGABYTE’s 3D Power features three digital memory controllers for not only the memory, but VTT and VSA. The GIGABYTE 3D Power application provides a range of controls via a graphical user interface, allowing adjustment of load line calibration, over voltage protection control and real-time adjustment of CPU, VTT, IMC and four-channel memory frequencies.
All GIGABYTE X79 series motherboards are designed to get the absolute best performance from the latest 2nd generation Intel Core i7 processors, bringing a number of new enthusiast-class features to Intel’s latest extreme platform. Featuring the new LGA 2011 socket and based on the latest updated micro-architecture, these new processors feature up to six cores with up to 15MB L3 cache and four-channel DDR3 memory. With an unprecedented 40 PCI Express lanes, enthusiast gamers can also enjoy the absolute maximum GPU performance in Multi-GPU SLI and CrossFireX configurations.
Therefore, availability may vary from region to region.