854596-B21 HPE 32GB DDR4 Reg SDRAM 2400Mhz 288-Pin Ram

HPE 854596-B21 32GB DDR4 2400MHz PC4-19200 CAS-17 ECC Registered SDRAM 288-Pin Memory Overview

The HPE 854596-B21 32GB DDR4 2400MHz PC4-19200 CAS-17 ECC Registered SDRAM 288-Pin memory module represents an enterprise-grade memory solution designed for high-performance HPE server environments. With a capacity of 32GB and DDR4 architecture, this module ensures enhanced system responsiveness, reliability, and efficiency in demanding server workloads. The PC4-19200 specification guarantees high memory bandwidth, while the CAS-17 latency ensures fast access to critical data. The ECC Registered design provides advanced error detection and correction capabilities, essential for mission-critical operations where data integrity and system stability are paramount.

DDR4 Memory for Enterprise Servers

The HPE 854596-B21 memory module belongs to a category of DDR4 server memory that combines speed, stability, and efficiency for enterprise applications. Operating at 2400MHz, it provides substantial bandwidth improvements over previous DDR3 modules, allowing servers to process larger datasets and support multi-threaded applications effectively. This category of memory is particularly suited for HPE ProLiant servers, delivering a balanced combination of performance and reliability while minimizing system latency and energy consumption.

ECC Registered Technology and Data Integrity

A defining characteristic of the HPE 854596-B21 category is its ECC (Error-Correcting Code) Registered design. ECC memory is capable of detecting and correcting single-bit errors while identifying double-bit errors, preventing data corruption and system failures. The registered architecture stabilizes the memory signal, allowing multiple modules to operate together efficiently in multi-slot configurations. This makes the 854596-B21 module an optimal choice for workloads requiring continuous uptime, such as virtualization, cloud computing, database management, and enterprise resource planning.

Benefits of CAS-17 Latency in High-Demand Environments

The CAS-17 latency specification ensures that memory access cycles are processed quickly, contributing to faster application responsiveness and reduced wait times during intensive operations. The low latency is particularly beneficial in scenarios involving real-time data analysis, large-scale transaction processing, or multi-user virtualized environments. When paired with ECC Registered architecture, CAS-17 latency ensures a consistent, reliable memory performance that reduces bottlenecks and maximizes CPU utilization.

Reliability in Continuous Operations

Enterprise servers often operate 24/7 under heavy workloads, making memory stability a critical requirement. The HPE 854596-B21 category addresses this need by combining ECC error correction with the registered DIMM architecture. This combination ensures that the memory module maintains signal integrity even in multi-module configurations, preventing potential crashes and minimizing the risk of data loss. Industries such as finance, healthcare, telecommunications, and cloud service providers benefit significantly from this high-reliability memory category.

Throughput for Server Workloads

With a PC4-19200 data rate, the HPE 854596-B21 provides sustained high-speed data transfer between memory and processor, supporting the needs of data-intensive applications. This category excels in environments where large datasets must be rapidly accessed, such as transactional databases, virtualization hosts, and large-scale analytics platforms. High throughput ensures minimal latency for critical workloads, allowing servers to maintain high responsiveness during peak operational hours.

Multi-Threaded Applications

The 32GB capacity and DDR4 architecture of this memory module enable optimal performance in multi-threaded applications that demand rapid access to multiple memory locations simultaneously. This is essential for virtualized servers running numerous virtual machines, complex simulation tasks, or AI and machine learning workloads. By providing consistent memory access speeds and maintaining low latency, the 854596-B21 ensures balanced and predictable server performance across all active processes.

Data Centers

The HPE 854596-B21 operates at lower voltages compared to older DDR3 modules, offering significant energy savings when deployed in high-density server racks. Reduced power consumption not only lowers operating costs but also contributes to reduced heat generation, alleviating strain on server cooling systems. This makes the 854596-B21 an ideal choice for organizations seeking to optimize total cost of ownership (TCO) while scaling their memory infrastructure for enterprise applications.

Certified HPE Memory Integration

The HPE 854596-B21 memory module is fully compatible with a wide range of HPE ProLiant servers and validated HPE server architectures. As HPE-certified memory, it undergoes rigorous testing to ensure reliable operation with supported servers, guaranteeing seamless integration and optimized performance. This category reduces potential memory compatibility issues, allowing IT administrators to confidently expand or upgrade server memory while maintaining full system reliability.

Scalability Server Architecture

The 32GB module size allows for flexible memory configurations in enterprise servers. Administrators can scale server memory incrementally to meet growing computational needs without replacing existing modules, supporting long-term expansion strategies. The ECC Registered design enables multi-module configurations to maintain stability across all installed memory banks, ensuring consistent system performance as memory density increases. This scalability makes the HPE 854596-B21 a forward-looking choice for growing organizations with evolving IT requirements.

Cloud Deployments

Virtualized servers and cloud platforms benefit from the HPE 854596-B21’s combination of capacity, speed, and reliability. ECC Registered memory ensures each virtual machine receives consistent, error-free memory resources, while high-speed DDR4 architecture supports dynamic workload allocation across multiple VMs. This category is well-suited for hosting hypervisors, managing containerized applications, or supporting multi-tenant cloud infrastructures, where stability and performance are critical to service quality.

Enhanced Database and Transaction Processing

Memory reliability and speed are crucial for transactional databases and real-time processing systems. The HPE 854596-B21 category ensures rapid access to active datasets while providing ECC protection to prevent corruption. This allows enterprises to maintain high levels of transaction integrity, minimize latency in query processing, and achieve consistent uptime for database servers. The module supports mission-critical applications that require accurate, high-speed data processing without performance degradation over time.

Multi-Node Server Configurations

In high-density server clusters or multi-node configurations, memory stability is a critical factor. The registered nature of the HPE 854596-B21 reduces electrical load on memory channels, allowing multiple modules to operate reliably in larger configurations. This category ensures balanced signal distribution, minimizing errors and improving performance consistency across all nodes. Organizations deploying HPC clusters, distributed computing environments, or large-scale enterprise systems will find this memory module particularly advantageous for maintaining system integrity and performance.

Industry Applications

The HPE 854596-B21 memory module is ideal for a wide range of industry applications, including enterprise data centers, cloud hosting, virtualization platforms, financial systems, healthcare IT, scientific computing, and AI workloads. Its combination of speed, capacity, ECC reliability, and energy efficiency ensures that organizations can deploy robust memory solutions for data-intensive operations while maintaining operational continuity and minimizing risks of data corruption or system downtime.