
Out of Stock
ASUS PRO WS WRX90E-SAGE SE | Workstation Motherboard, WRX90, E-ATX
ASUS
MPN: PRO WS WRX90E-SAGE SE
$1,299.99
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- WRX90 workstation platform
- E-ATX form factor
- ASUS PRO WS series
- Large-format motherboard design
- Professional workstation class
- Model: PRO WS WRX90E-SAGE SE
- Build high-performance workstations with WRX90 platform support
- Expand professional systems using an E-ATX motherboard layout
Anchor demanding workstation builds with a board designed for sustained professional use. The ASUS PRO WS WRX90E-SAGE SE is built for WRX90-class workstation deployments where expansion, stability, and platform headroom matter more than consumer features. Its large-format design gives system builders room to assemble high-performance configurations for rendering, simulation, AI development, and other compute-heavy tasks.
For teams specifying premium workstations, the value is in the platform itself. A board like this supports the kind of build that can absorb more memory, more storage, and more add-in hardware without forcing compromises in layout or airflow. That matters when the workstation is expected to run long jobs, handle large project files, or serve as a local development and production tool.
This is the right choice when the workstation is part of a revenue-generating workflow and downtime is expensive. It gives integrators and power users a foundation that matches the rest of the system investment, rather than becoming the limiting factor.
Ideal For
- 3D rendering workstations for long-duration jobs
- Engineering and simulation desktops with high expansion needs
- Content creation systems requiring premium platform headroom
- Local development workstations for compute-heavy workflows
Why This Product
- 1Workstation-focused WRX90 platform versus consumer desktop chipsets
- 2E-ATX layout for larger builds and expansion
- 3Designed for professional workloads, not gaming-first systems
- 4Premium foundation for high-investment workstation configurations



