Simmtec, Inc
Simmtec, Inc 2GB DDR3L 1600MHz 1.35V 240-pin DIMM memory upgrade
2GB DDR3L 1600MHz 1.35V DIMM built for GIGABYTE GA-Q87M-D2H compatibility
- Engineered for GIGABYTE GA-Q87M-D2H compatibility
- 2GB DDR3L module expands system memory capacity
- 1600MHz DDR3L speed supports responsive multitasking
- Low 1.35V DDR3L voltage reduces power draw
- 240-pin DIMM fits standard desktop memory slots
Targeted Compatibility
This 2GB DDR3L module is engineered specifically for the GIGABYTE GA-Q87M-D2H desktop and workstation motherboard. It provides a straightforward capacity increase for systems built on that platform without requiring configuration changes.
Low-Voltage Operation
The stick runs at 1.35 V, reducing power draw and heat output compared to standard DDR3. Non-ECC unbuffered organisation keeps latency low for typical desktop workloads while the 1600 MHz rating delivers PC3L-12800 bandwidth.
Simple Installation
The 240-pin DIMM form factor fits directly into the board's memory slots with no adapters or cables required. Single-rank 2rx8 layout leaves additional slots free for further upgrades within the motherboard's supported limits.
Highlights
- Engineered for GIGABYTE GA-Q87M-D2H compatibility
- 2GB DDR3L module expands system memory capacity
- 1600MHz DDR3L speed supports responsive multitasking
- Low 1.35V DDR3L voltage reduces power draw
- 240-pin DIMM fits standard desktop memory slots
Specifications
No published specifications for this item yet.
Questions about this item
How do I install the 240-pin DIMM in the GIGABYTE GA-Q87M-D2H and what step is often missed?
Align the notch on the module with the slot key, press down firmly until both side clips click shut, and verify the 1.35 V DDR3L setting is enabled in BIOS so the stick runs at its rated voltage.
What maintenance or replacement will this 2GB DDR3L module need over time?
No routine maintenance is required; keep the slot contacts clean and ensure the system cooling keeps the DIMM within normal operating temperature. If errors appear, replace the module with an identical 2GB DDR3L 1600 MHz part.
What limit appears first when this memory runs under sustained load?
The 2 GB capacity is the first bottleneck; once the workload exceeds that amount the system swaps to disk, so performance drops before the 1600 MHz speed or 1.35 V voltage become limiting factors.
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