850087-001 HPE 32GB DDR4-2133/PC4-17000 RDIMM 288-Pin Memory.

HPE 850087-001 32GB DDR4-2133MHz PC4-17000 RDIMM 288-Pin CL15 ECC Registered Memory Module Overview

The HPE 850087-001 32GB DDR4-2133MHz PC4-17000 RDIMM 288-Pin CL15 ECC Registered Memory Module represents a highly reliable, enterprise-grade memory solution engineered for HPE ProLiant servers, blade systems, and high-performance computing environments. This category of memory modules combines advanced DDR4 architecture with error-correcting code (ECC) technology, registered DIMM buffering, and a high 32GB capacity per module, making it ideal for mission-critical workloads, virtualization platforms, in-memory databases, and large-scale enterprise applications. By delivering the precise balance between capacity, speed, and stability

DDR4 Architecture and Its Role in Enterprise Memory

The DDR4 2133MHz memory architecture in this category delivers a significant performance uplift over earlier DDR3 memory modules. With a frequency of 2133MHz and a PC4-17000 bandwidth rating, this memory module provides data transfer rates up to 17GB/s, supporting large-scale server workloads and memory-intensive applications. The DDR4 architecture improves signal integrity, reduces voltage requirements, and provides higher module densities. As server workloads become more complex and memory demand increases, the DDR4 standard ensures that large datasets, virtual machines, and real-time applications are handled efficiently without performance degradation.

Performance with 2133MHz Frequency

The 2133MHz operating speed of the HPE 850087-001 module allows servers to process instructions and access data more quickly than earlier memory generations. High-frequency memory reduces latency and ensures that CPU cores receive data without delay, which is especially important in multi-threaded and multi-core server environments. The combination of 2133MHz speed and CL15 CAS latency ensures a balanced approach between responsiveness and stability, enabling seamless execution of complex workloads.

Bandwidth with PC4-17000 Rating

The PC4-17000 specification translates to high memory bandwidth, allowing multiple applications and virtual machines to share resources without contention. High-bandwidth memory improves system responsiveness in database queries, data analytics, AI training tasks, and virtualization clusters, providing consistent performance even under peak load conditions.

ECC Registered Memory and Data Integrity

The HPE 850087-001 category features ECC (Error Correcting Code) Registered technology, which plays a critical role in ensuring system reliability and data integrity. ECC memory automatically detects and corrects single-bit errors that may occur during data transmission or storage, preventing data corruption and maintaining operational stability. Registered DIMMs include an additional buffer between the memory controller and DRAM chips, reducing electrical load and enabling servers to accommodate higher memory capacities without compromising performance.

Single-Bit Error Correction for Enterprise Reliability

ECC technology is essential for enterprise-grade servers, where even minor memory errors can lead to significant disruptions. The HPE 850087-001 ensures that data errors are corrected in real-time, maintaining accuracy in mission-critical workloads and protecting sensitive enterprise data.

Buffering Mechanism in Registered DIMMs

The registered DIMM design incorporates a memory register that buffers electrical signals, reducing the stress on the memory controller and stabilizing performance. This feature allows the HPE 850087-001 module to be deployed in high-density server configurations, supporting multiple DIMMs per channel while maintaining signal integrity and system reliability.

HPE Server Platforms

The HPE 850087-001 memory category is fully compatible with a wide range of HPE ProLiant servers, including rack, tower, and blade systems. HPE certification ensures that each module has been tested rigorously to validate compatibility, stability, and performance with HPE server platforms. This category provides a seamless plug-and-play experience, enabling IT administrators to scale memory capacities efficiently without compatibility concerns. The 288-pin DIMM form factor allows for secure installation and reliable electrical connections within server memory slots, supporting high-performance operation in both dual- and quad-processor configurations.

Multi-Processor Servers

Multi-processor systems rely on balanced memory distribution across channels to maximize CPU utilization. The HPE 850087-001 module supports symmetric channel configurations, ensuring that memory access is evenly distributed and performance is optimized for virtualization, database processing, and multi-threaded applications.

Validated HPE ProLiant Integration

Every module in this category undergoes rigorous testing with HPE ProLiant servers, verifying firmware compatibility, electrical signaling, and thermal performance. This ensures that IT administrators can deploy these modules with confidence, maintaining high availability and uptime in enterprise environments.

High-Density Server Environments

With 32GB per DIMM, the HPE 850087-001 category enables servers to support substantial memory capacities without increasing the number of modules installed. High-density memory is particularly valuable in virtualization platforms, in-memory databases, and cloud computing environments, where multiple virtual machines and workloads share system resources. By providing large memory capacities per module, this category reduces memory bottlenecks, improves application response times, and ensures consistent performance under heavy load conditions.

Enhanced Workloads

Virtualization workloads require extensive memory allocation to maintain optimal performance for multiple virtual machines. The HPE 850087-001 module allows servers to host more VMs per host, improving resource utilization and reducing the need for additional hardware. Virtual desktop infrastructure (VDI), private cloud environments, and hyperconverged systems benefit from this high-density memory, which ensures smooth operation even during peak usage periods.

In-Memory Database

Databases such as SAP HANA, Oracle, and Microsoft SQL Server experience significant performance gains when deployed on servers equipped with high-capacity memory modules. With 32GB per DIMM, the HPE 850087-001 category supports larger data caches in memory, reducing disk I/O and improving query response times for analytics, reporting, and transaction processing workloads.

Reliability and System Uptime

The combination of ECC and registered memory design ensures that the HPE 850087-001 category provides exceptional reliability and high system uptime. Enterprise servers require continuous operation to support business-critical workloads, and memory-related errors are a leading cause of unexpected downtime. ECC Registered memory mitigates this risk by detecting and correcting errors before they propagate, while the registered design stabilizes electrical signals across multiple DIMMs. This category allows IT organizations to maintain predictable system performance, even in high-density server deployments with demanding workloads.

Reduced Risk of Memory Failures

Memory failures can cause system crashes, data corruption, and unplanned downtime. By implementing ECC Registered modules, organizations significantly reduce the likelihood of such failures, ensuring stable and continuous operation in mission-critical environments.

Predictable Performance Under Load

Servers equipped with HPE 850087-001 modules maintain stable performance during high-load scenarios, including heavy database queries, virtualization bursts, and intensive computational tasks. Predictable memory behavior enhances application performance and supports SLAs for enterprise operations.

DDR4 Design

DDR4 memory consumes less power than DDR3 due to its lower voltage operation and optimized circuitry. The HPE 850087-001 module contributes to energy-efficient server operation, reducing overall data center power usage and supporting sustainability initiatives.

Enhanced Thermal Stability for Continuous Operation

The high-quality materials and robust design of this category ensure thermal stability under sustained workloads. This is essential for servers running 24/7 operations, high-density virtualization, or database-intensive applications, where consistent memory performance is critical.

Enterprise Applications

The HPE 850087-001 32GB DDR4-2133MHz RDIMM category supports a wide variety of enterprise applications, including cloud computing platforms, virtualization clusters, high-performance databases, big data analytics, AI workloads, and ERP systems. Its high density and reliable ECC Registered architecture make it suitable for environments where uptime, data integrity, and predictable performance are essential. Organizations in finance, healthcare, research, government, and large-scale enterprise sectors benefit from the scalability, speed, and reliability offered by this memory category.

Cloud Workloads

Cloud service providers and enterprises deploying virtualized infrastructure rely on dense, reliable memory to maintain high VM density and service availability. The HPE 850087-001 module ensures smooth operation for multiple tenants and workloads, enabling efficient resource allocation and improved service performance.

In-Memory Analytics and Database Applications

High-capacity memory allows for more data to be cached in RAM, reducing disk access and improving query and transaction response times. The HPE 850087-001 module supports large-scale analytics, real-time reporting, and complex database operations, delivering measurable performance gains.

HPE Certification and Quality Assurance

All modules in this category are HPE-certified, guaranteeing compatibility with ProLiant servers and adherence to strict quality standards. Certification ensures that each module undergoes rigorous testing for electrical performance, thermal tolerance, signal integrity, and long-term reliability. HPE validation provides peace of mind to IT administrators, ensuring that the memory module delivers consistent, predictable performance while maintaining server uptime and operational efficiency.

Rigorous Testing and Validation

Modules in this category are subjected to multiple testing phases, including stress testing, thermal cycling, and firmware compatibility checks, to ensure reliability under enterprise workload conditions. This process guarantees that the memory modules meet HPE’s stringent quality standards.

Durability Performance

The high-quality components and HPE manufacturing processes provide durable and long-lasting performance. Servers equipped with this memory category experience fewer failures, reduced maintenance requirements, and extended operational lifespans.

Physical Design: 288-Pin DIMM Benefits

The HPE 850087-001 module uses a 288-pin DIMM form factor, offering a secure and stable connection to the server memory slot. This design supports high-density memory configurations and enables efficient signal routing between the CPU and memory. The robust mechanical construction ensures reliable operation even under continuous workloads, server vibration, or high-density rack configurations.

Signal Integrity and Reliability

The optimized pin layout and high-quality PCB design ensure signal integrity, reducing electrical interference and supporting stable communication between multiple DIMMs and processors in multi-channel configurations.

Scalability Enterprise Workloads

The HPE 850087-001 32GB DDR4-2133MHz RDIMM category allows enterprises to scale memory capacity effectively to meet growing workload demands. High-capacity modules reduce the number of DIMMs needed per server, enabling future expansion and maintaining energy-efficient operations. This category provides future-proofing for workloads involving virtualization growth, AI model training, database scaling, big data analytics, and cloud adoption. By deploying HPE-certified memory modules, organizations can confidently expand their memory infrastructure while ensuring predictable performance and system stability over time.