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ASUS RS700-E11-RS4U-16W10 1U Rack Server | Enterprise, 32 DIMM
ASUS
MPN: RS700-E11-RS4U-16W10
$2,738.03
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 1U rack server platform
- 32 DIMM memory slots
- 4 NVMe drive bays
- ASUS server platform
- Enterprise rack deployment design
- High-density compute chassis
- Consolidate more workloads in 1U using a dense rack-mounted chassis
- Expand memory capacity with 32 DIMM slots for larger in-memory workloads
Consolidate compute density without giving up serviceability. The ASUS RS700-E11-RS4U-16W10 is built for rack environments that need high memory capacity, fast local storage, and a compact 1U footprint. With support for 32 DIMM slots and 4 NVMe bays, it is positioned for virtualization hosts, latency-sensitive applications, and storage-heavy workloads that benefit from local flash.
This platform is a strong fit when you need to standardize on a server class that can absorb growth without forcing a chassis refresh. The 1U design helps preserve rack space in crowded data centers, while the NVMe-ready layout supports faster application response than legacy spinning media configurations. For teams comparing entry-level rack servers, the value here is in density and headroom: fewer boxes, more memory expansion, and a layout suited to enterprise deployment patterns.
Use it where consolidation, predictable performance, and rack efficiency matter more than low-end commodity pricing. It is the kind of server that earns its place in production by supporting more work per rack unit and reducing the need to overprovision early.
Ideal For
- Virtualization host consolidation in space-constrained racks
- Database and analytics nodes requiring fast local NVMe storage
- Edge compute deployments with limited rack footprint
- General-purpose enterprise server standardization
Why This Product
- 1More memory expansion than typical 1U entry servers
- 24 NVMe bays support faster local storage tiers
- 3Compact chassis preserves rack space
- 4Better suited to dense enterprise workloads than basic tower systems
