Conquer the BattlefieldThe MAG series was born through rigorous quality testing and designed to be a symbol of sturdiness and durability. Focused on providing the best user experience the MAG series has a simple installation process coupled with a friendly user interface making it the best choice for entry level gamers.PREMIUM HARDWARE DESIGNWith years of experience MSI is no stranger to building high-performance motherboards. Our R&D and engineering teams have reviewed countless designs evaluated a wide selection of high quality components and developed products for reliability even under extreme conditions.THERMAL SOLUTION FOR MORE CORES AND HIGHER PERFORMANCEWith more cores processors thermal and power design is more important to make sure the temperature keeps lower. MSI extended PWM heatsink and enhanced circuit design ensures even high-end Intel CPU to run in full speed with MSI motherboards.ENHANCED PERFORMANCEHigh performance MSI motherboards are loaded with advanced features and the latest technology to overwhelm any challenge at hand no matter whether youre a gamer prosumer or PC enthusiast.EXTREME STABILITY & COMPATIBILITY TESTINGMSI conducts thorough memory testing with the most popular memory brands under extreme conditions to ensure your system runs stable no matter what. Our memory partners include brands like Corsair Crucial Kingston G.Skill and many more to optimize memory modules configurations and even improve overclocking.CONNECTIVITYMSI motherboards are built with a variety of connectors to satisfy gamers. Enhanced audio advanced LAN networking capabilities USB and Mystic Light turn any gaming experience into an immerse one.HIGH-BANDWIDTH AND LOW-LATENCY NETWORKMAG B460 TOMAHAWK features high-bandwidth and low-latency 2.5G plus Gigabit LAN for power users. Onboard 2.5Gbps connectivity provides incredible data transfer speed faster than ever before. MSI LAN Manager automatically classifies and prioritizes the latency-sensitive for your applications giving you the best online experience with low latency.