
Out of Stock
ASUS E394S-IM-AA Motherboard | Intel Xeon, DDR4, Rack-Mountable
ASUS
MPN: E394S-IM-AA
$218.90$227.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Intel Xeon processor support
- DDR4 SDRAM memory technology
- 768 GB standard memory
- 3 total expansion slots
- 2U rack-mountable chassis integration
- 3 USB ports
- VGA management output
- Network (RJ-45) connectivity
Sustain storage services in environments where downtime is expensive and expansion space is limited. The ASUS E394S-IM-AA is positioned for rack-mounted infrastructure built around Intel Xeon processing and DDR4 SDRAM, giving IT teams a server-class foundation for NAS-oriented deployments. Its rack-mountable design supports dense installation patterns that fit cleanly into existing data center workflows.
With support for substantial memory capacity and multiple expansion slots, this board class is suited to storage systems that need room for growth without forcing a platform refresh. That matters when you are balancing performance, service life, and procurement discipline across standardized hardware fleets. The result is a motherboard choice that aligns with enterprise storage planning rather than entry-level desktop assumptions.
For teams evaluating cost against operational risk, this model earns its place by supporting the kind of deployment where predictable behavior, rack integration, and platform longevity matter. It is the sort of component that helps keep storage infrastructure stable while leaving room for future capacity and connectivity requirements.
Ideal For
- Deploy in rack-mounted NAS storage systems
- Standardize storage nodes in enterprise data centers
- Support high-density server builds with limited rack space
- Maintain serviceable infrastructure for shared storage workloads
Why This Product
- 1Rack-mountable design suits dense storage deployments
- 2Intel Xeon support targets server-class workloads
- 3768 GB memory capacity supports larger NAS builds
- 43 expansion slots provide room for platform growth



