A8217683 Dell 32GB 2133MHz PC4-17000 CL15 ECC Dual Rank 1.2v DDR4 SDRAM Memory

Dell A8217683 32GB Pc4-17000 Memory

Dell A8217683 32GB 2133MHz PC4-17000 CL15 ECC Registered Dual Rank 1.2v DDR4 SDRAM 288-Pin RDIMM Genuine Memory Module. The Dell A8217683 Memory Module is a 32GB DDR4 registered, error-correcting memory module designed for server-class systems. It is specified as PC4-17000 operating at an effective data rate of 2133MHz and uses a 288-pin RDIMM form factor.

Dell 32GB 2133MHz Memory Overview

The Dell A8217683 32GB 2133MHz PC4-17000 CL15 ECC Registered Dual Rank 1.2v DDR4 SDRAM 288-Pin RDIMM Genuine Memory Module sits at the intersection of enterprise reliability and modern server performance. The category includes genuine OEM modules, compatible RDIMM variants, and subcategories segmented by capacity, speed, voltage, and ECC/registered attributes. Each module within this category adheres to the strict qualification and compatibility matrix expected by Dell server platforms and validated server vendors, ensuring interoperability with PowerEdge servers and select certified motherboards.

Performance

At 2133MHz (PC4-17000) with a CAS latency of CL15 and operating at a low-voltage 1.2v profile, the Dell A8217683 32GB module balances speed and power efficiency for demanding workloads. The Dual Rank configuration increases memory density and effective channel utilization on supported server architectures, while ECC Registered design offers on-the-fly error detection and correction together with signal stability through register buffering. In practice, a system populated with genuine Dell A8217683 32GB 2133MHz RDIMMs shows reduced error rates in error-prone memory-bound applications, more predictable latency under high concurrency, and improved uptime for 24/7 operations. When planning server memory for virtualization density or large in-memory databases, the category’s blend of capacity, speed, and ECC guarantees predictable scale without sacrificing data integrity.

ECC Registered

ECC Registered DDR4 modules like Dell A8217683 are engineered to protect against single-bit errors and detect multi-bit errors, automatically correcting the former and flagging the latter. This capability is essential for systems that cannot tolerate silent data corruption. Registered modules include an address and command register that helps maintain signal integrity across multiple memory ranks and high memory population counts; this is especially relevant in racks with many DIMMs per channel or in multi-socket servers. The Dell A8217683 series applies ECC Registered architecture to guarantee that as systems scale out with heavier memory footprints, performance remains stable and errors are mitigated without compromising throughput. IT teams that prioritize data center reliability will appreciate the robust error-handling characteristics baked into each RDIMM in this category.

Compatibility

Compatibility is a crucial piece of the purchasing puzzle for server memory. Dell A8217683 32GB 2133MHz RDIMMs are validated for use in supported Dell PowerEdge platforms and selected server platforms that accept ECC Registered DDR4 RDIMMs. The category description includes details on platform compatibility matrices, supported BIOS revisions, and recommended memory population configurations to help administrators design balanced systems.

Technical

Every buyer wants clarity about electrical and physical specifics. The Dell A8217683 32GB RDIMM features DDR4 SDRAM architecture, 288-pin form factor, Dual Rank organization, ECC Registered buffering, CL15 latency, and operation at 1.2 volts. These specifications dictate thermal characteristics, power draw, and physical compatibility with server DIMM slots. A careful explanation of how these attributes affect system-level performance helps procurement teams quantify benefits when comparing alternatives in neighboring categories such as non-ECC UDIMMs, LRDIMMs, or higher-frequency JEDEC modules.

Error Correction

Reliability metrics — including Mean Time Between Failures (MTBF), error-correction coverage, and thermal tolerances — are central to enterprise memory selection. The category explains how ECC Registered DDR4 modules improve mean time to recovery and can reduce the frequency of unplanned outages caused by memory errors. OEM testing and industry-standard burn-in procedures are referenced to assure buyers that Dell A8217683 modules undergo stringent validation. The product family’s focus on reliability is especially important in environments running latency-sensitive financial services, large-scale analytics, or scientific computing where data integrity directly impacts business outcomes.

Thermal

Power and thermal behavior of memory modules influence rack-level cooling designs and total cost of ownership. The Dell A8217683 32GB 2133MHz modules run at a 1.2v standard which reduces per-module power consumption compared to earlier DDR generations operating at higher voltages. The category content includes practical notes on estimating power per DIMM in dense configurations, understanding how increased capacity affects chassis airflow, and strategies for managing heat when populating multiple DIMMs per channel. IT architects can leverage these details when performing capacity planning and when modeling PUE (Power Usage Effectiveness) at the data center level.

Use cases

The Dell A8217683 32GB 2133MHz RDIMM is ideal for a wide range of enterprise workloads. In virtualized environments, a 32GB module increases VM density per host and reduces the number of physical servers required to support a given VM pool. In database servers, increased in-memory capacity enables larger buffer pools and caches, reducing disk I/O and improving query performance. For HPC clusters and in-memory analytics, the combination of dual rank density and ECC protection improves usable memory capacity and resilience under long-running computations. The category outlines workload profiles and provides guidance on matching memory capacity and speed with application-level needs, helping readers make purchase decisions based on expected throughput, latency sensitivity, and growth projections.

Virtualization

When consolidating multiple virtual machines or containerized workloads onto fewer physical servers, memory becomes the primary constraint. The Dell A8217683 32GB modules enable higher consolidation ratios without sacrificing ECC protection, which is critical when tenants or business-critical services are colocated on the same physical hardware. The category provides deploy-time suggestions for memory overcommit strategies, swap avoidance, and NUMA-aware placement to ensure predictable performance in dense virtualization scenarios.