General

Engineer's Note

This DDR5-4800 UDIMM with ECC is purpose‑built for entry‑level servers and professional workstations where data integrity is non‑negotiable, making it an ideal fit for virtualized environments, in‑memory databases, and critical edge‑computing tasks. Its single‑rank x8 design drives signal stability and compatibility, while the exceptionally low CAS latency of 4 combined with on‑die ECC delivers lightning‑fast, error‑resilient memory access under sustained workloads.

Technical Specs & Insights

1. ECC protection silently detects and corrects single-bit memory errors, preserving data integrity for mission-critical server applications and preventing costly downtime.
2. 16 GB per DIMM strikes the right balance for virtualization hosts, increasing VM density without forcing early investment in higher-capacity modules.
3. DDR5 architecture doubles the prefetch and bank groups, unlocking the memory bandwidth needed to keep modern multi-core server processors saturated during peak loads.
4. 1.1 V operation lowers the thermal footprint in densely packed racks, directly contributing to better power usage effectiveness in always-on data centers.
5. 4800 MHz frequency accelerates in-memory compute and large dataset throughput, helping real-time analytics and database servers deliver faster query responses.

Why These Specs Matter

The MTC10C1084S1EC48BA1R is a 16GB DDR5 UDIMM engineered for professional desktop workstations and high-end creator PCs, bringing a strategic blend of speed, integrity, and efficiency to environments where every bit matters. The 4800MHz frequency, with a remarkably low CAS latency, slashes access times so that 4K video rendering and real-time 3D animation previews feel fluid and responsive — you spend less time waiting for timeline scrubs and more time creating. Even under sustained loads, such as compiling complex VFX shaders or running large-scale financial models, the unbuffered ECC design silently detects and corrects single-bit errors that would otherwise pass unnoticed and corrupt your final output, giving asset managers or simulation users absolute confidence in result accuracy. Meanwhile, the 1.1V operating voltage keeps thermals in check during marathon rendering sessions, reducing fan noise and lowering long-term energy costs without sacrificing peak throughput. Whether you are upgrading a compact video editing rig or a multi-monitor data analysis tower, this single-rank module’s broad platform compatibility ensures a straightforward, reliable upgrade path, so your system remains stable under demanding multitasking and your workflow never misses a beat.

Endurance & Reliability

This is a server-grade DDR5 ECC Unbuffered DIMM (288-pin UDIMM). Here are capacity planning guidelines for common server workloads.

General Virtualization
For a hypervisor hosting 10–20 virtual machines, begin with two identical 16 GB ECC modules (32 GB) for solid baseline performance and memory headroom. When consolidating 30+ VMs, install four 16 GB DIMMs (64 GB) spread evenly across memory channels to ensure balanced throughput and consistent ECC error correction.

In-Memory Database
In-memory databases like Redis or SAP HANA demand substantial capacity and data safety. Fully populate all available slots with single-rank 16 GB ECC modules—typically 8×16 GB (128 GB) on a single-socket board or 16×16 GB (256 GB) on a dual-socket server. ECC protection prevents silent memory corruption that could compromise transactional consistency.

High-Performance Computing
HPC simulations are often bandwidth-bound. Install one 16 GB ECC UDIMM per memory channel (e.g., eight modules on an 8-channel platform) to extract peak parallel bandwidth. The unbuffered, single-rank design provides slightly lower access latency than registered memory, benefiting tightly coupled parallel workloads and scientific modeling.

Verified Compatibility

Compatibility validated: rigorously tested for Dell PowerEdge T160, Lenovo ST50 V3, HPE ML30 Gen11 servers.

FAQ