S1F60A HPE 128GB PC5-38400 DDR5 4800MHz 4Rx4 ECC Memory
Brief Overview of S1F60A
HPE S1F60A 128GB PC5-38400 DDR5 4800MHz Cl42 Ecc Registered Quad Rank X4 1.1V SDRAM 288-Pin RDIMM Smart Memory Kit For Proliant Gen11 Server. Factory-Sealed New in Original Box (FSB) with 3 Years Warranty
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Overview of HPE S1F60A 128GB DDR5 PC5-38400 Memory
The HPE S1F60A 128GB DDR5 Smart Memory Kit is engineered to deliver exceptional performance, reliability, and scalability for modern enterprise servers and data center workloads. Designed specifically for demanding computing environments, this DDR5 SDRAM module provides a massive 128GB capacity in a single RDIMM module, enabling servers to process large datasets, virtualization platforms, artificial intelligence workloads, and mission-critical applications efficiently.
General Information
- Manufacturer: HPE
- Part Number: S1F60A
- Product Type: Memory Module
Technical Specifications
- 128GB high-capacity DDR5 SDRAM module
- 4800MT/s high-speed memory performance
- ECC Registered memory for superior data integrity
- Quad Rank X4 architecture for efficient workload distribution
- 288-pin RDIMM form factor designed for enterprise servers
- Low 1.1V power consumption for improved energy efficiency
- Compatible with HPE ProLiant Gen11 and Apollo servers
- Smart Memory technology for enhanced system validation
Importance of ECC Memory in Servers
- Automatically detects and corrects data errors
- Prevents system crashes caused by memory faults
- Maintains data integrity in enterprise environments
- Improves long-term system stability
Benefits of RDIMM Technology
- Improved signal integrity
- Higher memory scalability
- Better performance in multi-DIMM configurations
- Enhanced system reliability in enterprise servers
Physical Design and Build Quality
- 288-pin server-grade RDIMM module
- Compact and durable design
- Built for high-performance server environments
- Engineered for long-term reliability
Shipping Dimensions and Weight
- Height: 1.00 inch
- Depth: 6.75 inches
- Weight: approximately 0.20 lb
Supported Server Platforms
- HPE ProLiant Gen11 Servers
- HPE Apollo Family Systems
- HPE Gen11 AMD Server Platforms
The HPE S1F60A 128GB PC5-38400 DDR5 4800MHz RAM
The HPE S1F60A 128GB PC5-38400 DDR5 4800MHz ECC Registered Quad Rank X4 1.1V SDRAM 288-Pin RDIMM Smart Memory Kit for ProLiant Gen11 Servers represents a significant advancement in enterprise-grade memory technology. Designed specifically for modern data center infrastructures, this high-capacity DDR5 server memory module delivers superior bandwidth, improved power efficiency, and advanced reliability features that support demanding workloads such as virtualization, cloud computing, artificial intelligence, and large-scale database operations.
High-Speed Performance with 4800MT/s
This HPE Smart Memory module operates at 4800 megatransfers per second, delivering faster data access and improved system throughput. The PC5-38400 memory bandwidth ensures servers can handle complex computing tasks such as database operations, virtualization workloads, and analytics processing without bottlenecks.
Massive 128GB Memory Capacity
With a single-module capacity of 128GB, the HPE S1F60A memory kit significantly expands server memory capabilities. High-capacity modules allow IT administrators to build powerful systems capable of running memory-intensive workloads, including enterprise applications, virtualization environments, and high-performance databases.
ECC Registered Memory for Maximum Reliability
Reliability is a critical factor in enterprise servers. The HPE S1F60A DDR5 memory module integrates ECC (Error Correcting Code) functionality to detect and correct memory errors automatically. This feature significantly reduces the risk of data corruption, ensuring stable operation for business-critical workloads.
Advanced DDR5 Memory Architecture
The HPE S1F60A utilizes the latest DDR5 SDRAM technology, representing a significant evolution from previous DDR4 memory modules. DDR5 offers improved bandwidth, greater memory density, enhanced reliability features, and better power efficiency. These advancements make DDR5 memory an essential component for next-generation servers and enterprise computing environments.
Improved Efficiency and Power Optimization
The HPE S1F60A module operates at a low voltage of 1.1V, which contributes to improved power efficiency compared to earlier memory generations. Lower operating voltage reduces power consumption across large-scale server deployments, helping data centers lower energy costs while maintaining high levels of performance. In addition to reducing power consumption, DDR5 memory includes advanced power management features that distribute power regulation across the memory module itself. This architecture enhances system stability while minimizing power fluctuations that could affect server reliability.
Quad Rank Architecture for Enhanced Data Handling
The quad rank design of this DDR5 RDIMM module improves the efficiency of memory operations by organizing memory chips into multiple ranks that the memory controller can access independently. This structure allows the server to optimize memory utilization and improve overall throughput when handling large datasets. Quad rank memory configurations are particularly useful for enterprise applications that require frequent access to large volumes of data. By improving memory access efficiency, servers can process transactions faster and maintain consistent performance during peak workloads.
X4 Chip Organization for Enterprise Reliability
The X4 chip architecture used in the HPE S1F60A memory module contributes to enhanced reliability and improved error correction capabilities. In enterprise environments where data integrity is essential, X4-based memory modules provide stronger error detection and correction compared to consumer-grade memory configurations. This architecture supports advanced ECC functionality that can detect and correct memory errors before they affect system performance or data accuracy. As a result, businesses can maintain higher levels of operational reliability and minimize the risk of unexpected system failures.
Advanced Error Detection Capabilities
The ECC functionality within the HPE Smart Memory module provides multi-bit error detection and correction mechanisms. These features help maintain system reliability in environments where servers process sensitive data or handle mission-critical workloads.
By identifying and correcting errors at the hardware level, ECC memory reduces the likelihood of system crashes, application errors, and data corruption. This reliability is essential for industries such as finance, healthcare, and scientific research where data accuracy is paramount.
Designed for ProLiant Gen11 Server Platforms
The HPE S1F60A 128GB DDR5 RDIMM is specifically engineered for HPE ProLiant Gen11 servers. These servers represent the latest generation of enterprise computing platforms designed to support modern workloads including hybrid cloud environments, edge computing, and high-performance analytics.By pairing advanced DDR5 memory modules with ProLiant Gen11 server architectures, organizations can achieve superior performance and scalability. The combination of high bandwidth, large capacity, and optimized firmware integration ensures that servers can handle demanding enterprise applications efficiently.
Compatibility with Multi-Socket Server Configurations
Enterprise servers often utilize multi-socket processor configurations to maximize computational power. The HPE S1F60A RDIMM is designed to operate seamlessly within these environments, supporting large memory capacities across multiple processor channels. This compatibility enables businesses to build highly scalable server infrastructures capable of supporting extensive virtualization environments and complex enterprise workloads.
High-Performance Database Systems
Enterprise database platforms rely heavily on system memory to cache frequently accessed data. The 128GB DDR5 module allows servers to maintain larger data caches, resulting in faster transaction processing and improved database responsiveness.
