ASUS Pro WS X570-ACE / Motherboard / ATX / Socket AM4 / AMD X570 / USB-C Gen2, USB 3.2 Gen 1, USB 3.2 Gen 2 / 2 x Gigabit LAN / onboard graphics (CPU required) / HD Audio (8-channel) | 90MB11M0-M0EAY0

Description

ASUS Pro Workstation motherboards are designed for professionals in AI training, deep learning, animation, 3D rendering or media production. Featuring expandable graphics, extensive storage, impressive connectivity and exceptional overall performance and reliability, Pro Workstation motherboards are the ideal solution for creative professionals. Each motherboard includes centralized management software with support for out-of-band management, so they're also an efficient and cost-effective option for IT administrators.

ASUS Pro WS X570-ACE / Motherboard | 90MB11M0-M0EAY0

Special Features

• User-friendly design
• Centralized, cost-effective server-grade management
• Make your memory faster and reliable

Product features

• User-friendly design
  The Pro WS X570-ACE is packed with an exclusive two-way VGA holder to provide extra rigid support for up to two high-end graphics cards, to prevent potentially damaging bowing or bending. This VGA holder is easy to install and can be mounted with an additional system fan, making sure your workstation has ample cooling to complete any task.
• Centralized, cost-effective server-grade management
  ASUS Control Center Express is centralized server-grade software that works in conjunction with a GbE LAN controller which also serves as a management controller to reduce IT operational costs and improves efficiency. Its out-of-band management enables hardware-level control such as remote hardware reset, BIOS setting and update, and operating system installation across multiple clients, and remotely troubleshoot crashes or unexpected shutdowns.
• Make your memory faster and reliable
  Error-Correcting-Code (ECC) support offers a potent foundation for your build and enables Pro WS X570-ACE to automatically detect and repair single-bit memory errors, ensuring reliable and responsive performance in mission-critical environments.