Main Features

• Experience high performance, built-in security and remote management capabilities with compatible Intel Xeon processor
• DDR5 SDRAM slot for convenient installation of memory
• RAID supported levels provide data reliability and fault tolerance
• The SSI CEB server standard motherboard enables a solid foundation for PC components and magnifies the performance by supporting multiple processors

Marketing Information

Performance, Productivity, Proven

The Pro WS W790 series workstation motherboard is deftly tailored for creative professionals, developers and engineers, unleashing the dominate performance of the latest Intel Xeon processors, with CPU and memory overclocking capability. Featuring an optimized memory trace layout, advanced power stage design, server-grade IPMI remote management, and ultrafast PCIe 5.0 and networking connectivity, Pro WS W790 series melds no-compromise engineering with incredible aesthetics.

ASUS W790 motherboards go above and beyond the ordinary with a painstakingly cultivated collection of hardware validations to help ensure that your workstation build supports a wide variety of memory, cooler, chassis, PSU and other devices. Learn more about the Qualified Vendor List.

Low-profile professionalism

With metallic black aluminum extrusions, stainless steel black mesh with highlighted details, and a transparent smoky gray I/O cover, Pro WS W790-ACE presents a professional, low-profile look for content creators.

Multi-GPU support

The Pro WS W790-ACE features five PCIe 5.0 x16 slots for high-powered graphics cards, enabling enhanced performance for professional design, modeling, simulation and rendering applications.

Reliability with supreme memory overclocking

The Pro WS W790-ACE supports 4-channel 2DPC DDR5 RDIMM ECC memory, allowing automatically to detect and correct data corruption, reducing the chance of system crashes. Being infused with deliberate memory trace layout, this motherboard enables DDR5 memory overclocking with maxed-out speeds to provide better memory performance for a diverse range of workloads.