Total Micro Smartmemory 64Gb Ddr4 Sdram Memory Module 2933Mhz

Total Micro SmartMemory 64GB DDR4 SDRAM Memory Module is engineered for server-grade performance, delivering powerful, reliable, and scalable memory for demanding workloads. This 64 GB RDIMM is purpose-built to elevate memory-intensive tasks—from large-scale virtualization and in-memory databases to high-traffic web services. By packing substantial capacity into a single 288-pin DIMM, it simplifies memory expansion, reduces slot pressure on your server’s memory bus, and helps you maximize density without compromising performance. Designed for data centers and enterprises that require uptime and predictable throughput, SmartMemory is optimized to maintain stable operation under heavy loads, enabling your critical applications to run with confidence.

• 64 GB in a single DIMM delivers substantial headroom for memory-intensive workloads, virtualization hosts running dozens of VMs, memory-resident databases, and large-scale analytics. This density reduces the need for additional modules and simplifies slot planning in dense server configurations.
• Operating at DDR4-2933 MT/s with CL21 latency, this module delivers high data throughput and lower memory access delays. The faster memory bandwidth accelerates databases, in-memory analytics, caching layers, and real-time processing tasks, helping to shorten query times and improve overall responsiveness.
• The module uses registered ECC memory (RDIMM) designed for stable operation under heavy, sustained loads. ECC protects data integrity by detecting and correcting common memory errors, which is crucial for mission-critical applications and enterprise workloads.
• With a standard 1.20 V operating voltage, this 64 GB module balances performance and power efficiency. Lower operating voltage contributes to reduced heat output and improved power utilization in dense data-center environments.
• Built to fit most server motherboards and multi-channel configurations, this module pairs well with modern CPUs and high-speed memory controllers, enabling scalable memory bandwidth across channels while preserving I/O bandwidth for compute tasks.

Technical Details of Total Micro SmartMemory 64GB DDR4 SDRAM Memory Module 2933MHz

• Memory Type: DDR4 SDRAM RDIMM, ECC
• Capacity: 64 GB
• Speed: DDR4-2933 MT/s (PC4-23466)
• CAS Latency: CL21
• Voltage: 1.20 V
• Pin Count: 288-pin
• Form Factor: DIMM
• Target Use: Server-grade workloads, virtualization, databases, high-traffic applications

The Total Micro SmartMemory 64GB DDR4 SDRAM module is designed to pair seamlessly with contemporary CPUs, high-speed memory controllers, and multi-channel configurations. Its high-density single-module design helps you extract more performance per watt and per rack unit, enabling you to refresh aging nodes, consolidate multiple virtual machines, or build robust private clouds without increasing DIMM counts. In cloud-ready infrastructures, this memory module supports multi-tenant environments by providing abundant RAM per host, improving virtualization density, caching efficiency, and data resilience. The combination of large capacity, fast DDR4-2933 speed, tight CL21 timings, and ECC/DIMM reliability makes it a versatile choice for data centers seeking stable, scalable memory that keeps workloads responsive and predictable under heavy demand.

In addition to raw capacity and speed, the SmartMemory line emphasizes predictable performance and data handling efficiency. This translates into improved latency profiles and steadier throughput for memory-bound tasks, such as large-scale in-memory databases, real-time analytics, and large cache-coherent workloads. By offering substantial RAM headroom per module, administrators can tune memory tiering, reduce paging, and ensure that workloads maintain low tail latencies even as demand spikes. The result is more consistent performance across diverse workloads and better utilization of CPU and storage resources, enabling tighter service-level agreements and improved user experiences for enterprise applications.

How to install Total Micro SmartMemory 64GB DDR4 SDRAM Memory Module

• Power down the system, unplug all power sources, and discharge static electricity. Open the chassis following the manufacturer’s guidelines to access the memory slots.
• Confirm that the motherboard supports DDR4 RDIMM ECC memory and that there is an available 288-pin DIMM slot. Review the server’s memory population guidelines to maintain optimal channel balance.
• Align the 288-pin edge connector with the slot notch ensuring the notch matches the slot key. The module should slide in smoothly without excessive force.
• Press down firmly and evenly on both ends of the DIMM until the latches on the sides click into place, securing the module. Confirm that the module is fully seated and locked.
• Reassemble the chassis, reconnect power, and boot the server. Enter the BIOS/UEFI to verify that the memory is detected and running at DDR4-2933 with CL21 timings. Run memory diagnostics if available to ensure error-free operation.

Frequently asked questions

• Q: What workloads benefit most from a 64 GB DDR4 RDIMM? A: Virtualization hosts with many virtual machines, memory-resident databases, caching layers, in-memory analytics, and high-traffic web services benefit from the large capacity and fast DDR4-2933 memory, which improves latency and throughput under heavy demand.
• Q: Is this module ECC and registered? A: Yes. The Total Micro SmartMemory 64GB DDR4 module is an ECC RDIMM, designed to protect data integrity and maintain stability in mission-critical servers.
• Q: Will this memory work in multi-channel configurations? A: It is designed for multi-channel server configurations and pairs well with current CPUs and memory controllers to maximize bandwidth and throughput across channels.
• Q: What voltage does the module operate at? A: The module operates at 1.20 V, balancing performance with power efficiency in dense data-center deployments.
• Q: Can I mix this 64 GB RDIMM with other memory modules? A: Mixing memory sizes and speeds can affect performance and stability. For best results, follow the server’s memory population guidelines and aim for matched modules in each channel. If mixing modules, ensure compatible specifications and consult the motherboard or system integrator’s documentation.