* Free items are subject to availability, please check this is added to your basket on check out. Features Supports 10th Gen Intel Core™ Series Processors Dual Channel Non-ECC Unbuffered DDR4, 4 DIMMs Intel Optane™ Memory Ready 14 Phase Digital VRM Solution with 90A Smart Power Stage & Tantalum Polymer Capacitors Array Shielded Memory Routing for Better Memory Overclocking Newly Invented Thermal Design with Fins-Array II Heatsink & Direct Touch Heatpipe II Onboard Intel Wi Fi 6 802.11ax 2T2R & BT5 with AORUS Antenna 125d B SNR AMP-UP Audio with High-End ESS SABRE 9118 DAC, ALC1220 & WIMA Audio Capacitors Blazing Fast Intel 2.5 Gb E LAN with c Fos Speed Punk Gaming Neonpunk style emanates in the darkness from the glimmer of high quality metals, showcasing futuristic aesthetics in the darkness of the night. The new era of esports has arrived. Z490 AORUS MASTER uses an pure digital CPU power design which
Includes:: a digital PWM Controller with Smart Power Stages & is capable of providing 90A of power from each phase for a total of 1260A. This 100% digital controller, new Tantalum Polymer Capacitors Array, & additional 8+8 Solid-pin CPU Power Connectors offer incredible precision & stability in delivering power to the motherboards most power-hungry & energy-sensitive components, allowing enthusiasts to get the absolute maximum overclocking performance from the new 10-core 10th Gen. Intel Core™ processors. Unparalleled Performance GIGABYTE understands that our customer wont stop chasing better computer performance & strive to deliver that in our products. For the Z490 series, protective & optimized memory trace enhance the performance; faster read & write speed save time & improve efficiency; & generous M.2 Storage with thermal guards ensure unthrottled read & write performance. Future upgrades to the Z490 are made possible by the use of PCIe 4.0-ready components. Fins-Array II Fins-Array II uses brand new louvered stacked fins technology which is usually only used on industrial equipment that need compact heat exchangers. It has a special secondary fins structure that enhances heat transfer performance. Louver Directed Flow Heat flow that goes through fins will enter from the leading edge of the louver & is then directed by other louvers or fins. This louver directed flow can greatly improve heat transfer performance.