General

Engineer's Note

Designed for enterprise servers and workstations, this 24 GB DDR5-6400 RDIMM with ECC and registered signaling ensures data integrity and system stability under heavy virtualization and in-memory database workloads. Its single-rank x8 configuration at 1.1V combines high bandwidth with efficient thermal performance, enabling reliable 24/7 operation in dense rack environments.

Technical Specs & Insights

1. Registered signal buffering stabilizes command and address lines, enabling massive memory footprints across multiple DIMMs per channel for robust virtualization scalability.
2. Integrated ECC silently corrects single-bit errors and detects multi-bit faults, preserving data integrity in financial transactions and mission-critical database operations.
3. The next-generation memory technology delivers substantial bandwidth gains and on-die ECC, elevating per-core throughput in dense compute clusters.
4. A capacity tier precisely sized for balanced cloud instances allows efficient memory provisioning per virtual machine without wasting resources.
5. Ultra-high transfer rates sharply reduce memory access latency, accelerating real-time analytics and in-memory processing under heavy concurrent loads.

Why These Specs Matter

Designed for the data center, the Micron MTC10F108YS1RC64BB2R is a DDR5-6400 Registered DIMM that directly addresses the priorities of enterprise IT: uncompromised data integrity, scalable capacity, and raw throughput. As an RDIMM, its onboard register buffers clock and command signals, enabling a virtualization cluster to populate all 12 or 16 DIMM slots per server without signal degradation. This means you can confidently assign 24GB per dedicated vCPU in dense VMware or KVM hosts, eliminating the memory contention that causes unpredictable VM stall. The ECC engine is non‑negotiable for in‑memory databases like SAP HANA or Redis; a single undetected bit‑flip can corrupt a financial transaction or return a wrong inventory count, but here every 64‑bit word is continuously validated, turning silent data corruption into a non‑event. Running at 6400MT/s, the module supplies the bandwidth to feed a dozen NVMe drives streaming real‑time analytics, while the single‑rank x8 organization keeps command‑bus loading low – a critical advantage when you need to sustain high CAS‑52 latencies under 100% read workloads without throttling. In essence, this module transforms generic server memory from a risk into a predictable, high‑performance asset for hybrid‑cloud and AI‑ready infrastructure.

Endurance & Reliability

General Virtualization
For a 24GB RDIMM, populate servers in balanced configurations to maximize memory bandwidth. Use six identical modules in a six-channel architecture to achieve 144GB total, suitable for hosting 20–30 light to medium VMs. Avoid mixing capacities, as balanced DIMM population ensures optimal interleaving and NUMA performance.

In-Memory Database
Deploy multiple 24GB RDIMMs to build large, low-latency memory pools for datasets like Redis or SAP HANA. A two-socket server with 16 modules provides 384GB, enabling fast in-memory analytics without resorting to slower storage tiers. Ensure all channels are populated equally to sustain 6400MT/s throughput under heavy write loads.

High-Performance Computing
Equip compute nodes with fully balanced 24GB RDIMMs, targeting 12 or 24 DIMMs per node for 288GB or 576GB. This registered ECC memory assures data integrity during multi-day simulations. The DDR5-6400 speed and single-rank design reduce access latency, crucial for parallel MPI workloads that demand high bandwidth per core.

Verified Compatibility

Rigorously tested, compatible with Dell PowerEdge R760, HPE ProLiant DL380 Gen11, and Supermicro X13 servers.

FAQ