The Supermicro AS-2114S-WN24RT is built for high-density NVMe storage in data centre environments where compact compute and responsive local flash help reduce I/O bottlenecks. Its direct-attached hot-swap drive bays and redundant power support resilient virtualised and database workloads with dependable performance.
As infrastructure grows denser, teams need compact nodes that keep local storage responsive while leaving room for virtualised services, data processing, and storage consolidation.
Supermicro AS-2114S-WN24RT is a 2U WIO A+ server built for all-flash storage and HCI environments. It suits production platforms where low-latency access, dense capacity, and predictable node design matter more than adding a separate storage tier.
The platform combines a single EPYC 3rd/2nd Gen processor with up to 4 TB of memory and 24x 2.5" NVMe direct-attached bays, plus M.2 support. That mix gives operators a practical base for storage-heavy nodes that need fast front-end access and straightforward expansion planning.
In practice, the AS-2114S-WN24RT helps reduce storage bottlenecks, keep active datasets responsive, and support workloads that generate frequent reads and writes. With capacity of around 184 TB, it fits environments that need high local density without introducing unnecessary platform sprawl.
Contact our team to discuss how the Supermicro AS-2114S-WN24RT can be aligned to your storage or HCI deployment requirements.
The Supermicro AS-2114S-WN24RT is a 2U server platform for enterprise and storage-focused deployments that combines dense all-flash design with an AMD EPYC platform to support data-intensive environments.
Direct-Attached NVMe Layout
The platform is built around 24 direct-attached 2.5-inch NVMe drive bays for low-latency flash storage access.
High-Capacity Storage Envelope
Its storage architecture supports approximately 184 TB of maximum capacity for demanding data workloads.
EPYC Compute Foundation
The system uses a 3rd/2nd Gen AMD EPYC processor platform to provide a scalable compute base for server-side storage tasks.
M.2 Boot Integration
Integrated M.2 support provides a separate boot or utility storage path alongside the primary NVMe drive set.
Workload-Conscious Deployment
The server architecture is suited to environments that need balanced compute and storage density in a single platform.
Storage-First Lifecycle Planning
The direct-attached NVMe design simplifies platform planning for deployments that prioritize flash performance and capacity.
Enterprise Infrastructure Fit
The AS-2114S-WN24RT is positioned for enterprise use cases that require a compact server form factor with high storage density.
If you are planning a dense flash server deployment, our team can help map compute and storage requirements to the AS-2114S-WN24RT platform.
Supermicro AS-2114S-WN24RT is a compact all-flash node for low-latency local storage, software-defined storage, and dense data services. It fits teams that need fast internal storage in a 2U footprint without moving to a full storage array.
In virtualisation and internal platform clusters, storage nodes must keep up with mixed reads, writes, and rebuild activity. This Supermicro system suits compact SDS designs where front-access flash and efficient compute help reduce bottlenecks.
Manufacturing teams often need responsive local storage for production databases, quality records, and analytics staging close to the line. The AS-2114S-WN24RT helps avoid delays from shared central storage and keeps site data quickly available.
Finance environments place heavy pressure on database response times, risk datasets, and analyst scratch space. This node is a practical fit when local flash access matters more than large nearline capacity or extra storage layers.
Healthcare teams need fast departmental storage for imaging cache, research datasets, and operational records that must remain locally controlled. The system supports these workloads when applications need quick access before data is moved to archive tiers.
Software development environments generate repeated small-file activity across build caches, container registries, and test datasets. This Supermicro node helps keep parallel pipelines moving by giving teams fast local storage for frequently rewritten data.
Our team can help design and deploy Supermicro AS-2114S-WN24RT systems for data centres, manufacturing sites, finance, healthcare, and development platforms where compact all-flash storage must stay responsive and manageable.
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