8224R-i20-S2D

Certified HCI Standard Solution for Microsoft Windows Server Software-Defined.
There’s a lot to be gained in efficiency and simplicity by utilizing software-defined datacenter technology. But many IT organizations lack the time or staff to envision and implement new software-defined infrastructure. Validated software-defined datacenter solutions from preferred Microsoft partners like Nfina can help you access these benefits faster.
Nfina’s 8224R-i20-S2D is a validated Hyper-converged Infrastructure (HCI) Standard solution for Microsoft Windows Server Software-Defined (WSSD), that works with Window Server to deliver high-performance storage or hyper-converged infrastructure. Hyper-converged solutions bring together compute, storage, and networking on industry-standard servers and components, which means organizations can gain improved datacenter intelligence and control while avoiding the costs of specialized high-end hardware.
Windows Server Software-Defined Features
Software-Defined Storage
HCI Standard
NFINA ADVANTAGE
- Nfina’s Windows Server Software-Defined solutions uses Microsoft-validated designs and follow engineering best practices for seamless deployment and a steady-state operational experience.
- Nfina gets you up and running without lengthy design and build time and offers a single point of contact for implementation and support services.
- Nfina earn Windows Server Software-Defined program certification by meeting Microsoft standards for:
- Quality
- Accelerated time to value
- Out-of-the-box optimization
- Expedited problem resolution
- Nfina’s Windows Server Software-Defined solutions are available in 2 nodes and 4 nodes to support your specific requirements.
8224R-i20-S2D

Minimum Configuration
2x 10GBaseT (On motherboard)
Maximum Configuration
2x 10GBaseT (On motherboard)
Drives (per node)
INTEL® XEON® SCALABLE PROCESSOR
8224R-i20-2SD
• Microsoft Azure Stack HCI
• Up to 2 2nd Generation Intel Xeon Scalable Processors
• 24x 2.5″ NVMe Hot-Swap Drive Bays
• Up to 1.5TB Total Memory
• 2/4 Nodes Per Cluster
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Support Documents
