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EMI available for 12 months on regular price: ৳1,650
Key Features | ||
Type | DDR3 | |
Capacity | 8GB | |
Frequency | 1600Mhz | |
Operating voltage | 1.5v | |
Latency | CL11 | |
Physical dimension | ||
Pin | 240-pin | |
Warranty Information | ||
Warranty | 3 Years |
The KINGBANK DDR3 UDIMM is a desktop memory module designed for users seeking reliable performance for everyday computing and light to moderate multitasking. Clocked at 1600 MHz and available in 4GB and 8GB capacities, it delivers a balance of speed and affordability for upgrading legacy systems or refreshing older desktops.
Built to operate on a 240-pin DDR3 DIMM socket, this memory module is well suited for desktop motherboards that support DDR3. With CAS latency timings of 11-11-11-28, it provides decent responsiveness for tasks like web browsing, office productivity, media playback, and light photo editing. The voltage options of 1.35V to 1.5V allow flexibility in compatibility with different systems, while still maintaining stable performance.
Because DDR3 has slower clock rates and higher latency than more modern DDR4 or DDR5 standards, this UDIMM is not designed for the highest performance gaming or professional workloads. However, for users who have systems that only support DDR3, it offers a cost-effective way to improve performance over older modules with lower frequency or fewer channels.
Additionally, this memory is useful in scenarios where stability and compatibility matter more than cutting-edge speed — for example in office machines, home computers, or industrial/embedded systems still utilizing DDR3 infrastructure. The part numbers differ by capacity, ensuring the module is identifiable and replaceable: the 4GB version is distinguished separately from the 8GB one, but both share the same performance characteristics aside from size.
Overall, the KINGBANK DDR3 UDIMM 1600MHz module is a solid choice for anyone seeking to upgrade or maintain a desktop system that uses DDR3. It enhances system responsiveness, reduces lag during multitasking, and offers stable, dependable service for standard computing tasks without requiring the highest specifications or expense.
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