KTD-PE310Q/16G Kingston 1066MHz PC3-8500 ECC Registered DDR3 SDRAM 240-Pin RAM (16GB)

Overview of KTD-PE310Q/16G 16GB 1066MHz Memory Module

The KINGSTON KTD-PE310Q/16G 16GB 1066MHz PC3-8500 CL7 ECC Quad Rank Registered DDR3 SDRAM module is engineered to deliver reliable, enterprise-grade performance for demanding PowerEdge server infrastructures and professional workstation environments. Designed with stability, endurance, and multitasking efficiency in mind, this 240-pin DIMM memory upgrade enhances data throughput, minimizes latency, and strengthens system responsiveness for a wide variety of enterprise applications.

General Information

• Brand: Kingston
• Part Number: KTD-PE310Q/16G
• Product Type: Memory Module

Technical Specifications

• Total Capacity: 16GB
• Memory Technology: DDR3 SDRAM
• Module Count: 1 × 16GB
• Data Rate: 1066MHz DDR3-1066 / PC3-8500
• Signal Type: Registered (Buffered)
• Error Correction: ECC for superior data reliability
• Voltage: 1.5V
• Rank Design: Quad Rank
• Ideal Platform: Enterprise-grade servers

Module Dimensions and Weight

• Form Factor: 240-pin DIMM
• Shipping Height: 6.95 in
• Shipping Width: 2.25 in
• Shipping Depth: 0.3 in
• Shipping Weight: 0.14 lb

Compatible Server Series

• PowerEdge R410
• PowerEdge R510
• PowerEdge R610
• PowerEdge R710

Dell PowerEdge Tower Servers

• PowerEdge T410
• PowerEdge T610
• PowerEdge T710

The Kingston KTD-PE310Q/16G 16GB 1066MHz DDR3 SDRAM

The Kingston KTD-PE310Q/16G 16GB 1066MHz PC3-8500 ECC Registered DDR3 SDRAM module stands within a widely utilized category of enterprise memory solutions engineered specifically for dependable server performance. This type of memory, known for superior stability, is often integrated into data-center environments, virtualization clusters, advanced storage platforms, and critical business workstations that demand exceptional reliability. As part of the DDR3 ECC Registered RAM family, the module combines signal integrity enhancements, error-correcting capabilities, and Registered DIMM architecture to ensure consistent operation even under extensive workloads. Due to its optimized operational frequency of 1066MHz, the module delivers a balanced combination of bandwidth and latency management, supporting systems that require predictable throughput. This category of RAM is essential for maintaining system integrity within infrastructures running continuous applications such as database engines, ERP software, cloud computing nodes, and high-volume transaction services where downtime is unacceptable.

DDR3 ECC Registered Memory

The broader category of DDR3 ECC Registered memory represents a generation of enterprise-class modules built to maintain performance stability across complex workloads. As server tasks scale, unbuffered memory may struggle with signal load and increased probability of system interruptions. Registered DIMMs introduce a register that supports the server’s memory controller by redistributing load and enhancing signaling consistency. This is particularly important for multi-processor server boards.

1066MHz Frequency Memory

Operating at 1066MHz, the PC3-8500 specification supports remarkable compatibility across many server architectures of its generation. While more modern frequencies are available in later DDR3 or DDR4 standards, systems designed for this speed rely on consistent timing, balanced command processing, and thermal stability. The Kingston KTD-PE310Q/16G delivers dependable performance within these expectations, providing stable data transfer rates appropriate for organizations requiring predictable resource allocation. This frequency level is advantageous for environments that do not depend solely on raw bandwidth but prioritize harmonized performance across numerous applications that must run concurrently. The module ensures that latency characteristics, refresh cycles, and timing patterns remain coherent within the server’s predefined configuration.

The ECC Advantage

The ECC function embedded within Kingston’s enterprise memory architecture is part of a category where data accuracy is critical. In many server setups, undetected errors can propagate, causing file corruption, transactional inconsistencies, service failures, or unexpected system reboots. ECC combats this risk by continuously verifying data integrity at every cycle. During intense computational tasks, such as analytics modeling, virtual machine provisioning, artificial intelligence pipelines, video surveillance analysis, and large-scale datasets, ECC technology ensures that the memory subsystem remains stable. For long-term reliability, this category of RAM is preferred by system administrators who need to maintain operational continuity without manual intervention or excessive monitoring. In this sense, ECC Registered DDR3 modules act as a safeguard, supporting both small business servers and advanced enterprise clusters.

240-Pin DDR3 Interface

The 240-pin interface used by DDR3 Registered modules serves as a structural standard across compatible server motherboards. This category of memory uses a distinct notch placement to prevent incorrect installation and incorporates a layout engineered to sustain consistent electromagnetic performance. Servers utilizing this interface often support multi-channel architecture, allowing administrators to expand memory capacity without destabilizing data flow. The Kingston KTD-PE310Q/16G fits seamlessly into these configurations, supporting scalable installations within virtualization, container management, clustered computing, and cloud server frameworks. The pin configuration ensures secure communication between the memory module and the CPU’s memory controller, which is essential for error correction, refresh commands, precharge cycles, and read/write accuracy.

Longevity and Durability

Kingston’s rigorous quality assurance ensures that this memory module remains dependable throughout its service life, making it an excellent investment for long-term enterprise computing environments.

Registered DIMM Memory

Registered DIMMs introduce an additional hardware register that manages address and command signals before forwarding them to the DRAM chips. This design reduces electrical stress on the memory controller and enhances stability. In servers running continuous transaction processing, live data replication, or persistent application workloads, signal consistency becomes a core requirement. Registered DIMMs excel in this regard, ensuring that large memory arrays do not generate signal distortion or interference across memory channels. Kingston’s implementation of this architecture is tailored for systems that demand scalability without diminishing reliability. Even when installed in multi-DIMM-per-channel configurations, the module retains integrity, making it suitable for distributed computing and intensive database processing tasks.

Memory Capacity and Scalability

At 16GB per module, this memory component supports extensive scaling when installed in multi-DIMM server configurations. Many enterprise servers include 8, 12, 16, or even more DIMM slots, enabling administrators to achieve high memory totals for virtualization, analytics, or distributed computing. This category emphasizes efficient capacity expansion without throwing off system balance. The predictable performance of DDR3 ECC Registered memory ensures that adding more modules does not degrade responsiveness. Whether a server uses single-CPU or dual-CPU architecture, the Kingston KTD-PE310Q/16G seamlessly integrates with other Registered DIMMs, maintaining error-free communication and synchronized memory channel utilization.

Thermal and Voltage Optimization

Thermal consistency is vital in data center environments where airflow must be optimized. Kingston designs this memory category with controlled heat distribution and durable component layout. Operating within standard DDR3 voltage parameters, the module consumes efficient power levels, preventing unnecessary heat generation. Stable thermal performance is essential for systems that remain active 24/7. Excessive heat introduces risks of signal delays, timing inconsistencies, and long-term degradation. With optimized thermal attributes, the Kingston KTD-PE310Q/16G supports extended service life and dependable system behavior.

Multi-CPU Server 

Many server platforms that accept DDR3 ECC Registered RAM support multi-CPU configurations. These systems depend on balanced memory distribution across channels and sockets. The Kingston KTD-PE310Q/16G operates seamlessly within these frameworks, ensuring parallel data paths remain synchronized. Multi-processor environments benefit from this category of memory due to reduced signal strain and efficient address command management. Servers running dual Xeon processors or similar architectures rely on the consistency of the memory subsystem to execute high-volume computational tasks. The Registered design helps ensure that even heavily populated systems maintain stable operation without memory bottlenecks.

Compatibility 

Some professional workstations, particularly those used for engineering software, CAD platforms, 3D modeling, and high-precision computational tasks, also accept ECC Registered DDR3 memory. These machines benefit from the Kingston KTD-PE310Q/16G by gaining enhanced reliability. Systems used for mission-critical design cannot risk unpredictable faults. ECC memory reduces the chance of data corruption during rendering, simulation, or compilation. As part of this category, the module provides workstation professionals with confidence that their workflows will proceed smoothly and results will remain accurate.