Supermicro ASG-2015S-E1CR24L-01-G2 Storage A+ Server - 512GB DDR5-4800

Supermicro ASG-2015S-E1CR24L-01-G2 is a high-density storage server built for environments that require large-scale data handling, fast access paths, and consistent throughput across heavy storage pools. Built on the AMD EPYC architecture and designed in a 2U form factor, it brings together extensive drive capacity, DDR5 memory bandwidth, and flexible PCIe expansion to support data-centric workloads such as archival systems, large repository storage, and distributed storage frameworks.

Key Features of Supermicro ASG-2015S-E1CR24L-01-G2

• Single-socket AMD EPYC SP5 platform supporting high core density processing
• 512GB DDR5-4800 ECC RDIMM memory for high-throughput data handling
• 24 x 3.5" hot-swap drive bays supporting SAS3 and SATA3 storage devices
• PCIe 5.0 expansion slots for high-speed add-in cards and accelerators
• Flexible AIOM networking support with high-bandwidth adapter options
• Redundant power supply design for continuous operation
• Integrated IPMI for full remote system management and monitoring
• Support for NVMe boot and cache configurations depending on build

Storage Density and System Layout

The system is structured around 24 front-access drive bays, allowing large-scale storage pools to be assembled using high-capacity HDDs or mixed media configurations. This layout supports flexible storage tiering and efficient drive servicing without system downtime.

Processing and Memory Balance

At its core, the platform pairs AMD EPYC processing capability with 512GB of DDR5 memory, allowing smooth handling of storage indexing, metadata operations, and concurrent data requests. The memory subsystem provides sustained bandwidth for data-heavy workloads.

Expansion and Connectivity Options

PCIe 5.0 slots and modular AIOM networking support provide flexibility for high-speed network interfaces and storage controllers. This allows the system to adapt to different deployment requirements, including high-throughput storage clusters.

System Reliability and Management

Designed with redundant power supplies and hot-swap components, the server maintains continuous operation in demanding environments. Integrated management through IPMI enables remote monitoring, control, and maintenance without physical access.