ASUS ROG MAXIMUS XI Code - Z390 - ATX Motherboard - Socket 1151 - USB 3.1 Gen 1/3

THE CODE Inspired by the rich heritage that has bound the Republic of Gamers to the world of gaming, ROG Maximus XI Code brings together the finest in ROG engineering in understated form that offers all the expansion and personalization opportunities needed to create a distinctive custom rig.

THRILLING PERFORMANCE

With a dedicated onboard clock generator, support for the latest high-performance memory, and cooling options to keep thermals under tight control, Code provides a potent foundation for your next gaming build.

POWER PERFORMANCE

BUILT FOR OVERCLOCKING

By default, all of Coffee Lake's major bus frequencies are derived from the same reference clock, limiting the control and flexibility needed to harness the full overclocking potential of the platform. ROG Maximus XI Code features a dedicated onboard clock generator that supplies dynamic reference clocks to the CPU cores and major subdomains, giving you the freedom to coax every MHz of headroom from the system.

DDR4 4400MHZ+

Whether you're gunning for high memory frequencies or tuning timings for the lowest latency, ROG Maximus XI Code provides the tools you need to exploit the Coffee Lake architecture's full potential: carefully optimized trace pathways maintain signal integrity, and the acclaimed ROG firmware offers the necessary tweaks to ensure stability while maximizing memory performance. Load up with a high-density memory kit for heavy multitasking, or run a focused setup that delivers the bandwidth your favorite games and applications need. Any way you stack it, the Code has you covered.

OPTIMEM II

To provide Intel's latest CPUs unfettered access to memory bandwidth, we've reimagined motherboard trace routing from the ground up. Our OptiMem II tech carefully maps memory signal pathways across different PCB layers to reduce vias and also adds shielding zones that significantly reduce crosstalk. And to further enhance overclocking headroom for fully stacked memory configurations, we've employed a highly customized T-Topology layout that delivers time-aligned signaling.