ASUS
RS520A-E12 /RF16LX2-R2PE//WITH RISER BKT L
Out of Stock
ASUS RS520A-E12 /RF16LX2-R2PE Rack Server | Enterprise, 2U, AMD
ASUS
MPN: RS520A-E12 /RF16LX2-R2PE
$128.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Dual-socket AMD EPYC platform
- 16 DIMM memory architecture
- 2U rackmount server form factor
- ASUS enterprise server chassis
- Riser bracket included
- Rack-optimized thermal design
- Designed for data center deployment
- Consolidate critical workloads in a 2U rack chassis with dual-socket AMD EPYC support
Built for infrastructure teams that need density without sacrificing expansion, the ASUS RS520A-E12 /RF16LX2-R2PE fits serious compute into a 2U footprint. Its platform design supports dual-socket AMD EPYC processing and a high-capacity memory architecture, making it a strong fit for virtualization clusters, private cloud nodes, and data-intensive application tiers.
This server is designed to help standardize rack deployments where thermal efficiency, service access, and component flexibility matter. The chassis includes a riser bracket configuration and the platform is positioned for enterprise integration rather than entry-level use. That matters when uptime, maintenance windows, and future capacity planning are part of the purchase decision.
For buyers comparing lower-cost servers, this model stands out by giving you a more capable foundation for scaling memory, compute, and I/O in a compact rack form factor. It is the kind of platform that earns its place in environments where the server is expected to carry critical workloads, not just basic services.
Ideal For
- Virtualization host for mixed enterprise workloads
- Private cloud node in a standardized rack fleet
- Database server for memory-sensitive applications
- General-purpose compute platform in a data center rack
Why This Product
- 12U chassis offers better rack density than larger tower-style systems
- 2Dual-socket AMD EPYC support suits heavier consolidation workloads
- 316 DIMM architecture provides more memory headroom than entry servers
- 4Riser-based expansion design supports more flexible PCIe planning
