General

Engineer's Note

This is a standard desktop UDIMM, with its Non-ECC, unbuffered design optimized for consumer platforms running productivity, content creation, and legacy gaming workloads. The dual-rank x8 organization and CL9 latency on this DDR3-1333 module provide a balanced mix of capacity interleaving and responsive timing, ensuring stable multitasking performance in older systems.

Technical Specs & Insights

1. Four-gigabyte capacity comfortably handles everyday desktop multitasking, letting users keep email, browser, and productivity suites open without paging delays.
2. DDR3 technology delivers a cost-effective upgrade that breathes new life into aging desktop systems for reliable light-duty computing.
3. Thirteen-hundred-megahertz speed sustains smooth frame pacing in legacy gaming titles, reducing micro-stutter when the action heats up.
4. CAS nine latency tightens the gap between a data request and its delivery, making program launches and task switching feel crisply responsive.
5. Dual Rank x8 interleaving pipelines read and write operations across rank groups, raising effective throughput for snappier content editing workflows.

Why These Specs Matter

The Micron MT16JTF51264AZ-1G4M1 is a desktop UDIMM engineered to maximize responsiveness in consumer and professional rigs. Its Non-ECC, unbuffered architecture directly answers the demands of latency-sensitive tasks: by stripping away error-correction overhead and buffer registers, every read and write command travels a shorter, cleaner path to the CPU. For a AAA gamer, this translates to reduced DPC latency and smoother frame delivery during GPU-bound scenes, where a single stutter can break immersion. The module’s DDR3-1333 CL9 timing and dual-rank x8 configuration further bolster real-world bandwidth. In video rendering, dual rank allows the memory controller to interleave accesses across internal banks, feeding the processor a steadier stream of 4K timeline data for faster preview scrubbing. RoHS compliance also guarantees a sustainably built, hazardous-substance-free component, ensuring long-term system reliability. For competitive gamers reviving older desktops and editors fortifying budget workstations, this 4GB module delivers consistent low latency and dependable throughput.

Endurance & Reliability

Gaming Build
For a dual-channel DDR3 gaming PC, install two matched 4GB modules (total 8GB) for entry-level configurations or populate all four slots with 4GB sticks for a 16GB kit, ensuring identical CL9 and 1333MHz specs to avoid timing mismatches. With modern titles benefiting from 16GB, a quad-module setup retains dual-channel interleaving and delivers smooth performance when paired with a discrete GPU.

Content Creation
A 64GB capacity target is unrealistic with 4GB UDIMMs alone, as it would require 16 modules—far beyond typical consumer motherboard limits. Instead, aim for a practical maximum of 32GB using eight 4GB DDR3-1333 DIMMs if the board supports it; this suits moderate 1080p video editing and lighter 3D rendering where memory bandwidth and capacity outpace single-channel setups. For heavier work, migrate to a DDR4 platform with higher-density modules.

General Productivity
Deploy two 4GB modules (8GB total) in dual-channel mode for optimal cost-versus-performance in multitasking, Office applications, and web browsing. A single 4GB stick is a viable budget holdover but leaves noticeable performance on the table due to halved memory bandwidth. Adding a second identical 4GB UDIMM later doubles throughput and capacity, extending the system’s useful life without overspending.

Verified Compatibility

Proven compatible with Dell Optiplex 790, HP Compaq 8200 Elite, Lenovo ThinkCentre M81 series.

FAQ