General

Engineer's Note

This RDIMM’s Registered signal type and ECC ensure rock‑solid data integrity for virtualized environments and in‑memory databases, while the single‑rank x8 configuration minimizes electrical loading on the memory bus to sustain stable 6400 MT/s throughput under dense server workloads.

Technical Specs & Insights

1. High-density module capacity allows more virtual machines per physical host, reducing server footprint and licensing costs in consolidated data centers.
2. Elevated memory bandwidth accelerates in-memory databases and real-time analytics, cutting query response times for cloud workloads.
3. On-die ECC and side-band error correction scrub silent data corruption, ensuring financial transactions and critical records remain absolutely accurate.
4. Registered architecture buffers command signals, stabilizing multi-DIMM slots and enabling massive total memory pools vital for large-scale virtualization.
5. Lower operating voltage trims server power draw and improves thermal headroom, yielding higher rack density without exceeding cooling budgets.

Why These Specs Matter

In a world where unplanned downtime or data corruption can cost thousands per minute, the Micron MTC10F108YS1RC64BC1 RDIMM is engineered to eliminate those risks. As a DDR5-6400 registered ECC module with a 24 GB capacity, it directly addresses the critical pain points of modern data centers. When you are running a dense virtualization cluster hosting dozens of business-critical VMs, the registered signal buffer and on‑die ECC ensure rock‑solid stability, even under heavy simultaneous workloads, preventing the memory errors that silently corrupt transactional data or cause hypervisor crashes. In memory‑intensive database applications like Redis or SAP HANA, the single‑rank x8 architecture at 6400 MT/s delivers exceptionally consistent low‑latency bandwidth, accelerating real‑time query responses without throttling. Operating at just 1.1 V, it also keeps thermal and power budgets in check across scaled‑out racks, meaning higher reliability and lower TCO. This is not just memory; it is a safeguard for your 24/7 operations, transforming raw speed into business continuity you can trust.

Endurance & Reliability

General Virtualization
A single 24GB RDIMM is a convenient density for right‑sizing virtual machine hosts. Deploy six or eight identical modules for 144–192GB totals, which comfortably supports 20–40 moderate VMs with ECC protection ensuring uptime. Populate all memory channels symmetrically to maintain balanced NUMA performance in dual‑socket servers.

In‑Memory Database
For in‑memory workloads like Redis or SAP HANA, low‑latency DDR5‑6400 and registered ECC are essential. Start with eight 24GB RDIMMs (192GB) per socket to cache large datasets while retaining data integrity. Scale to 16 DIMMs when your database exceeds 1TB—larger capacities per module would be preferable, but 24GB modules let you scale granularly without overprovisioning.

High‑Performance Computing
HPC clusters demand both bandwidth and reliability. A balanced node configuration uses eight 24GB RDIMMs across eight channels, delivering 192GB of capacity and peak theoretical bandwidth. The 1.1V operating voltage helps control thermals in dense racks while the CL52 latency and registered signaling maintain signal integrity at 6400MT/s, critical for tightly coupled MPI workloads.

Verified Compatibility

Rigorously tested server memory, compatible with Dell PowerEdge R760, HPE ProLiant DL380 Gen11, Lenovo ThinkSystem SR650 V3.

FAQ