ASUS
ROGCrosshairX870EGlacial
Out of Stock
ASUS ROG Crosshair X870E Glacial Motherboard, E-ATX, DDR5 | ROG, AMD
ASUS
MPN: ROGCrosshairX870EGlacial
Call for Price
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- AMD E-ATX motherboard platform
- 24+2+2 power stage design
- DDR5 memory support
- Two PCIe 5.0 x16 SafeSlots
- Seven M.2 slots
- Dual Realtek 10G Ethernet
- 5-inch full-color LCD display
- AI Cache Boost support
Keep high-end AMD systems running at full pace with the ASUS ROG Crosshair X870E Glacial. This E-ATX motherboard is built for builders who want headroom, control, and clean integration in a premium platform. Its 24+2+2 power stage design supports demanding CPUs under heavy load, while DDR5 memory support and two PCIe 5.0 x16 SafeSlots give you room for fast graphics and expansion.
Storage capacity is equally serious. Seven M.2 slots let you build out dense NVMe arrays without sacrificing layout flexibility, and dual Realtek 10G Ethernet provides the wired throughput expected in workstation-class and content-creation environments. The onboard 5-inch full-color LCD adds practical visibility for thermals, status, and system identity, reducing the need to open monitoring software during tuning or troubleshooting.
AI Cache Boost and advanced cooling features round out a board designed for sustained performance rather than short bursts. For premium AMD builds where stability, connectivity, and expansion matter as much as raw speed, this model justifies its place at the top of the stack.
Ideal For
- High-end AMD gaming rigs with multiple PCIe 5.0 devices
- Creator workstations requiring fast local NVMe storage
- Network-heavy desktop builds needing dual 10G wired links
- Enthusiast tuning systems that benefit from onboard status display
Why This Product
- 1Dual 10G Ethernet for higher wired throughput than typical enthusiast boards
- 2Seven M.2 slots for dense NVMe storage expansion
- 324+2+2 power stages for sustained CPU delivery under load
- 45-inch LCD for direct system monitoring on the board



