MicronMTC10C1084S1BC64BD1R16GBDDR5DIMM 6400|Ultra-Fast DDR5 for Gaming

General

Engineer's Note

This unbuffered ECC DDR5-6400 DIMM is engineered for professional workstations and entry-level servers where data integrity is critical, making it ideal for virtualization, financial modeling, and local database workloads. Its single-rank configuration at 6400 MT/s maximizes signal integrity and minimizes electrical loading on the memory controller, delivering stable, high-bandwidth performance with hardware error correction despite a conservative CL52 latency.

Technical Specs & Insights

1. End-to-end ECC silently corrects single-bit faults in real time, preserving the integrity of virtualized databases and preventing costly silent data corruption across multi-tenant server nodes.
2. Unbuffered signaling strips command latency to the absolute minimum, delivering a decisive responsiveness advantage for latency-sensitive workloads like in-memory caching and high-frequency transaction processing.
3. Single-rank construction avoids rank-interleaving overhead, sustaining stable top-tier frequencies under heavy load and guaranteeing predictable throughput for every CPU core in the chassis.
4. This capacity step provides an efficient memory-per-core ratio for containerized microservices, maximizing host density without wasting expensive server DIMM slots on overprovisioning.
5. The elevated DDR5 transfer rate saturates memory channels far faster, directly shortening runtime for memory-bound AI inference passes and complex financial risk simulations.

Why These Specs Matter

The Micron MTC10C1084S1BC64BD1R is a 16GB DDR5-6400 ECC Unbuffered DIMM, purpose-built for entry-level servers and professional workstations where data integrity and speed cannot be compromised. For IT administrators managing virtualization clusters, ECC is a non-negotiable safeguard: it detects and corrects single-bit errors in real time, preventing silent data corruption that could crash multiple virtual machines or corrupt a critical in-memory database like Redis. Unlike Registered memory, the unbuffered architecture eliminates the extra clock cycle delay, delivering lower latency that accelerates time-sensitive transactional workloads without sacrificing signal quality in platforms designed for up to two or four DIMM slots. The single-rank design further ensures optimal electrical balance and higher achievable frequencies across all populated slots, maximizing stability in compact servers. Finally, the blistering 6400MHz bandwidth fuels memory-intensive applications—think multiple concurrent VDI sessions or real-time financial modeling—where every nanosecond of wait equals lost productivity.

Endurance & Reliability

Based on the ECC Unbuffered DDR5-6400 16 GB DIMM, clearly a server‑grade module, here are capacity planning guidelines for typical server workloads.

General Virtualization
For a balanced start, deploy two identical modules in dual‑channel mode (32 GB total) to support moderate VM density without over‑provisioning. As consolidation increases, scale to four matching DIMMs (64 GB) and keep channels symmetric to maintain memory bandwidth and reliable vMotion operations.

In‑Memory Database
Large capacity and data integrity are critical. Fill all available DIMM slots with these 16 GB modules, targeting 128 GB or higher per socket for substantial in‑memory datasets. Always configure identical sticks in balanced memory channels, leveraging ECC to guard against bit‑errors in sensitive cache/table structures.

High Performance Computing
Sustained bandwidth drives HPC throughput. Since these are single‑rank DIMMs, populate one DIMM per channel (1DPC) to reliably reach DDR5‑6400 speeds. A quad‑channel setup with four modules (64 GB) delivers maximum bandwidth for simulation and modeling, while ECC ensures computation stability during long‑running parallel jobs.

Verified Compatibility

Rigorously tested ECC DDR5 UDIMM, validated for entry-level servers/workstations: Dell PowerEdge T160, Lenovo ThinkStation P3, HP Z2 G9.

FAQ